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LIST OF COMMON DATA FIELDS FOR THE NATIONAL R&D INFORMATION SYSTEMIndustrial Technology Development Institute (ITDI)2003 - 2013 ProjectsNote: Highlighted columns are part of the DBM requirements

Ranking Project Code (System Generated)

RDR-EBD-2012-13

RDA-FPD-2012-07

RDR-FPD-2012-08

RDR-FPD-2012-09

RDR-EBD-2012-10

RDR-EBD-2012-11

RDA-FPD-2012-05

RDR-FPD-2012-10

RDR-EBD-2012-08

RDR-EBD-2012-09

RDA-CED-2012-07-

RDR-EBD-2012-06

RDR-CED-2012-06

RDR-EBD-2012-07

RDR-FPD-2012-02

RDR-FPD-2012-06

RDR-FPD-2012-03

RDR-FPD-2012-04

RDR-EBD-2012-02

RDR-EBD-2012-03

RDR-MSD-2012-04

RDR-CED-2012-02

RDR-CED-2012-03

RDR-CED-2012-04

RDR-CED-2012-05

RDR-EBD-2012-01

RDR-EBD-2012-04

RDR-FPD-2012-01

RDA-MSD-2012-01

RDR-MSD-2012-02

RDR-MSD-2012-03

RDR-MSD-2012-05

RDA-CED-2011-22

RDA-CED-2011-23

RDR-CED-2011-11

RDR-CED-2011-20

RDA -CED-2011-21

RDR-FPD-2011-01

RDR-FPD-2011-07

RDR-EBD-2011-15

RDR-CED-2011-13

RDR-FPD-2011-03

RDA-MSD-2011-13

RDA-MSD-2011-11

RDR-FPD-2011-04

RDA-MSD-2011-15

RDA-CED-2011-08

RDA-MSD-2011-03

RDA-CED-2011-04

RDA-CED-2011-19

RDA-FPD-2011-06

RDA-MSD-2011-12

RDR-EBD-2011-14

RDA-MSD-2011-02

RDA-MSD-2011-09

RDA-MSD-2011-10

RDA-CED-2011-06

RDR-CED-2011-03

RDR-CED-2011-05

RDR-CED-2011-09

RDR-CED-2011-15

RDR-CED-2011-14

RDA-CED-2011-16

RDR-CED-2011-17

RDR-CED-2011-10

RDR-CED-2011-02

RDR-EBD-2011-01

RDR-EBD-2011-02

RDR-EBD-2011-03

RDR-EBD-2011-04

RDR-EBD-2011-05

RDR-EBD-2011-06

RDR-EBD-2011-07

RDR-EBD-2011-08

RDR-EBD-2011-09

RDR-EBD-2011-11

RDR-EBD-2011-13

RDR-EBD-2011-10

RDR-FPD-2011-05

RDR-MSD-2011-01

RDR-MSD-2011-04

RDR-MSD-2011-05

RDR-MSD-2011-06

RDR-MSD-2011-07

RDR-MSD-2011-08

RDR-MSD-2011-14

RDR-CED-2010-05

11 RDR-FPD-2010-11

12 RDR-FPD-2010-12

RDR-CED-2010-08

4 RDR-FPD-2010-04

RDA-MSD-2010-07

RDR-CED-2010-03

RDR-CED-2010-06

RDR-CED-2010-15

RDA-EBD-2010-01

RDR-EBD-2010-09

RDR-FPD-2010-02

RDR-FPD-2010-03

6 RDR-FPD-2010-06

RDR-MSD-2010-05

RDA-MSD-2010-08

RDR-FPD-2010-01

RDA-CED-2010-01

RDA-CED-2010-02

RDR-CED-2010-04

RDR-CED-2010-09

RDR-CED-2010-10

RDR-CED-2010-11

RDR-CED-2010-12

RDR-EBD-2010-02

RDR-EBD-2010-03

RDR-EBD-2010-04

RDR-EBD-2010-05

RDR-EBD-2010-06

RDR-EBD-2010-07

RDR-EBD-2010-08

RDR-EBD-2010-10

RDR-EBD-2010-01

7 RDR-FPD-2010-07

8 RDR-FPD-2010-08

9 RDA-FPD-2010-09

10 RDA-FPD-2010-10

RDR-FPD-2010-13

RDR-MSD-2010-01

RDR-MSD-2010-02

RDR-MSD-2010-03

RDR-MSD-2010-04

RDR-MSD-2010-06

RDR-CED-2009-18

RDR-FED-2009-12

RDR-FPD-2009-13

RDR-FPD-2009-14

RDA-MSD-2009-04

RDR-CMD-2009-16

RDR-FED-2009-10

RDR-EnD-2009-05

RDR-MSD-2009-05

RDR-MSD-2009-08

RDR-FPD-2009-12

RDR-MGD-2009-06

RDR-EnD-2009-06

RDR-MSD-2009-06

RDR-MSD-2009-07

RDR-CMD-2009-17

RDR-CMD-2009-14

7 RDR-FPD-2008-07

9 RDA-FPD-2008-09

10 RDA-FPD-2008-10

RDA-FPD-2008-11

RDA-CMD 2008-08

RDA-CMD-2008-07

RDA-CMD-2008-06

RDA-CMD-2008-05

8 RDR-FPD-2008-08

RDA-EnD-2008-03

RDR-FED- 2008-07

RDR-CMD-2008-03

RDR-MSD-2008-03

RDR-EnD-04

RDR-EnD-2008-01

RDR-FED- 2008-03

RDR-FED - 2008-06

RDR-EnD-2008-2

RDR-MSD-2008-02

RDA-FED- 2008-08

5 RDR-FPD-2008-05

6 RDR-FPD-2008-06

RDR-CMD-2008-08

2007-CMD- 07

2008-CMD - 17

RDR-CMD-2008-11

RDR-CMD-2008-10

RDR-CMD-2008-02

RDR-FED- 2008 -05

RDA-FED- 2008-09

RDR-MGD-2008-02

RDR-MGD-2008-04

RDR-MGD-2008-05

1 RDR-FPD-2008-01

2 RDR-FPD-2008-02

RDR-FPD-2008-03

4 RDR-FPD-2008-04

2008-MSD-01

2008-MSD-02

2008-MSD-03

2008-MSD-07

2008-MSD-21

RDR-MSD-2009-09

RDA-CMD-2008-04

RDA-CMD-2008-04

2007-MSD-17

2007-CMD-02

RDA-FED- 2008-02

2007-MSD-10

2008-FED-13

RDR-CMD-2008-01

RDR-FPD-2007-06

RDA-FPD-2007-13

RDR-FPD-2007-04

RDR-FPD-2007-05

2007-CMD-13

2007-CMD-03

2007-CMD- 11

2007-CMD-12

2008-FED-14

RDR-FPD-2007-01

RDR-FPD-2007-07

RDA-FPD-2007-08

RDA-FPD-2007-10

RDA-FPD-2007-11

RDA-FPD-2007-12

2007-MSD-03

2007-MSD-05

2007-CMD-05

2007-CMD-11

2008-CMD-08

2007-CMD-03

2007-CMD-09

2007-CMD-16

2007-CMD-15

RDR-FPD-2007-02

RDR-MSD-2008-01

2007-CMD-17

2008-FED-03

2008-FED-04

2007-FED-010

RDR-FED -2008-01

2007-CMD-01

2007-MSD-04

2007-MSD-09

2007-MSD-12

RDR-FPD-2007-03

2008-FED-15

2007-MSD-08

Process Development/Improvement

LIST OF COMMON DATA FIELDS FOR THE NATIONAL R&D INFORMATION SYSTEMIndustrial Technology Development Institute (ITDI)2003 - 2013 Projects

Program Title

Technological Support for the Industrialization of Makapuno

Food Processing Technology




Emerging Packaging Technology for Processed Food Products

Packaging Technology Development?innovation for fresh and Semi-Processes Agricultural Produts

Packaging Technology Development?innovation for fresh and Semi-Processes Agricultural Produts

Metrology in Chemistry

Metrology in Chemistry





Development of R&D Competency on Nanotechnology



Design and Development of Process Equipment for Food Processing Firms

Packaging Design and Brand Development


Minimum Safety Standards for Packaging

High Impact Technology Solutions (HITS)


Packaging Development in the Country


RDR


Waste utilization and value added


Food Product/Process Development/Improvement for MISMes

Food Product/Process Development/Improvement for MISMes

Packaging

R&D

R&D

R&D

R&D

R&D

R&D

R&D

R&D

Development/Improvement of Philippine Products Through the Application of Advance/Modern Packaging Technology

Packaging

Packaging

Packaging

Packaging

Enhancement of Capability in Industrial Automation

Engineering Design of Equipment

Support to Industry Particularly SMEs


R&D

Process Development/Improvement/EM

Process Development/Improvement/EM

Development of Food Standards


Packaging



Packaging

Packaging



Sub-Project B. Minimally Processed Green Mango Slices


Development of Spray Dried Coconut Skim Milk

Sub-Project C:Mango Halves in Syrup in Glass Jars and Tin Cans

Development of Green Mango Product - Sub-Project A. Green Mango Puree

Automation and Software Development



Industrial Technology Development Institute (ITDI)2003 - 2013 Projects

Project Title

Development of a Bench Scale Two Stagefor Biogas Production from Swine Wastes Effluent

Evaluation of Quality Profile and Functional Properties of Makapuno (ECM and Kabuwig

Development of Restructured Steak

Development of Natural Food Coloring

Bioremediation of Mercury Contaminates Sites in ITDI

Treatability Study of Wastewater Generated from ITDI Laboratory

Establishment of Processing Methods for the Production of Natural Sweeteners from Nipa

E-Nose and E-Tongue Evaluation of Philippine Ethnic Foods

Conduct of Third National PCDD-PCDF Inventory in the Philippines

Development of Transports Packaging Technology for Fresh Fruits and Vegetables

Establishment of Emissions Factors and Verification of Environmental Technology for Selected Sources in the Philippines

Application of Modified Atmosphere Packaging (MAP) Technology to Enhance the Shelf Life and Quality of Fresh Fruits and Vegetables

Development of Retort Foods as disaster Mitigation/Relief Foods (chicken arroz caldo, chicken rice...)

Extraction, Characterization and Bio-assay for Larvicidal Activity of some Philippine Medicinal Plants

Assessment of Potentially Non-Environmentally Acceptable Products/Packaging

Interlaboratory Comparison of Additives and Contaminants in Foods

Utilization of Lyophilized Coconut Water in Personal Care Products

Bench-Scale treatment of Industrial Wastewater Using ITDI Isolated Microbes

Edible Film from Cassava and Sago and its Application

Mass Transfer Rates During Vacuum Frying of Selected Fruit: Mango

Production of Secondary Certified Reference Materials and Provision of Proficiency Testing of Metals (Elemental Standard Solutions) in Water

Establishing Normal Reference Values for Hematology and Clinical Chemistry in Selected Animal Models: An Aid to Natural Drug Discovery

Innovative Smoking Techniques (Less Smokehouse) for Food Products: Sub Project 1: Development and Characterization of Food Quality Smoked Salt : Sub Project 2: Product Development using Smoked Salt

Establishment of Demonstration Facility of Sewage Treatment Plant

Treated Wastewater Recycling in the Swine Industry

Fertilizer Formulation for Coconuts Using Salt Bitterns and Indigenous Materials

Improved Technology for Slow Release Fertilizer

Scale-Up Production and Application Testing of Biolubricants

Processing of Waste Water Coconut Water Generated by Copra Makers as Intermediate Raw Materials for Coco Beverages

Study 3 - Development of Disposable Foamed Food Containers and Cutleries from Biodegradable Nanocomposites

Synthesis of Eicosapentaenoic Acid from Crude Glycerol

Improving the Safety of "Taho" and "Tokwa" with Appropriate Use of Food Additives

Study 1 - Modification of Natural Zeolite for Industrial Separation Process

Garbage/Waste Disposal Biogas and Composite Materials from Household Wastes (Pilot Scale Biomethanation of the Organic Fraction of Municipal Solid Waste (OFMSW) for Energy Production)

Development of Biocide, Salt and Heavy Metals Resistant Aerobic Microbes for the Treatment of COD and BOD Tannery Wastewater

Establishment of an Advanced Device & Materials Testing Laboratory for the Semiconductor & Electronics Manufacturing Industries

Study 2 - Development of Cellulose Acetate/Chitosan Nanofibrous Membrane for the Removal of Heavy Metals from Wastewater

Development of VCO Based Pesonal Care Products for Hair and Skin (PCHRD)

Production of 1 Million OL Trap Kits for Aedes Mosquito for Distribution to the Dep Ed.

Development of Prototyping of Barrel from Local Woods

Scale-up Production of Bubod for Tapuy Production

Study 4 - Development of silver-Filled Epoxy (SFE)/Halloysite Nanotube (HNT) Nanocomposites as Die Attach Material in Semiconductor Devices

Comparative Studies on the Bioactivity of the Aqueous and Ethanolic Extract/Pellets Form of Piper Nigrum on the Duration of Egg, Larval and Pupa Development Stages of Aedes and Anopheles Mosquitoes.

Performance Testing of the Continuous-Type Bio-Fuel Reactor with the Production of methyl Ester from Jatropha Seed Oil

Determination of Volatile Compounds of Embryo Cultured Macapuno (ECM) Meat using Simultaneous Distillation Extraction-Gas Chromatography (SDE-GC) and Solid-Phase Microextraction-Gas Chromatography (SPME-GC)

Integrated Energy Efficiency and Cleaner Production of Industry

Standardization of Appropriate s for Ethnic Foods: Salted Egg (Itlog Maalat)

RDR-EBD-2011-15Preparation of the Environmental Performance Report and Management Plan

Enhancing the Competitive Identity of Unique Philippine Products through the Development of Packaging Design and Appropriate Packaging Technology (Phase 2)

Plasma-Treated Abaca Fiber Reinforced Composites for Industrial Applications (ITDI-KIMS Collaboration Project)

Effect of Simulated Sunlight on the Safety of Low density Polyethylene (LDPE) as Food Packaging

Design/Development of Process Equipment for Food Processing Firms

Development of Standards for Ethnic Foods: Banana Ketchup or Banana Sauce

Prototyping of Water Filtration System: Ceramic Filter with Colloidal Silver

Design Improvement of the Existing Styro-Plastic Densifier

Development of a Hybrid Portable Solar Still for Potable Water in Rural Areas.

Production of Nanoclay from Local Bentonite Ore as Additive in Polymer-Clay NanoComposite Systems

Performance Studies of a tetracycline-imprinted polymer as sensing layer in a quartz crystal microbalance sensor

Synthesis of High Value Products from Local Calcium Carbonate

Utilization of Mango Peels as Source of Pectin (PhilMech-DA-ITDI Project)

Water Purification System: Production and Field/Performance Testing of Ceramic Pot Filter

Modification of Natural Zeolite as Replacement of STPP for Detergent Industry

Extraction and Characterization of Larvicidal Fractions of Piper nigrum (Black Pepper)- Essential Oil and Aqueous Extract(PCHRD-UST)

Characterization of Philippine Sauces (Vinegar & soy Sauce) and discrimination Between Coffee Varieties

RDR-EBD-2011-14Genetic Manipulation of Saccharomyces crevisiae for Simultaneous Saccharification and Fermentation (SSF) of Starchy materials

Development of Nanostructured/Composite Coating by Electrodeposition

Synthesis of Nanosilica from Local Silica for High Performance Concrete

Effect of Storage Time and Temperature on the Properties of Selected Flexible Materials

R&D Studies on the Detoxification of Jatropha Pressed Cake for Use as Animal/Poultry Feeds

Natural Health Supplements from Anona muricata (Guyabano)

Production of Plants Oils and Methyl Ester using SCFE (Supercritical Fluid Extraction method)

Development of Andrographis paniculate (Sinta) as Antidiabetic Dietary Supplement

Scale-up Production and Application Testing of Alkyd Resin from Jatropha Curcas Oil

Improved Formulation and Bio-assay of Natural Mosquito Repellent Lotion and Spray for Babies and Children

Study on the Production of Adsorbents from Cassava Starch

Roll-out of Ovicidal/larvicidal Trap System for Aedes Mosquito Nationwide (Under the program on "Paminta larvicide for Dengue Vector Control"

Pre-commercialization Production of Methyl Ester from used Vegetable Oil Using the Continuous-Type Bio-fuel Reactor

Performance Testing and Commercialization of Salt Iodization Machine (Screw Type Continuous Mixer)

RDR-EBD-2011-01Development of an Immobilized Titanium Dioxide Photocatalyst for Water Treatment

RDR-EBD-2011-02Field Testing of Clay-Based Solidification Process on Leather Tannery Waste Sludge

RDR-EBD-2011-03Ceramic Clay Products from Solidified Leather Tannery Waste Sludge

Microbial Removal of Residual Chromium from Tannery Wastes under Anaerobic Conditions

RDR-EBD-2011-04In-Vessel Treatment of Tannery Sludge using the ITDI Bioreactor Composting Technology

Anaerobic and Aerobic Treatment of Wastewater from the Leather Tanning Industry using a UASB Reactor and Activated Sludge System

RDR-EBD-2011-07Development of 2-stage Process for Biogas Production fro Swine Waste Effluent

RDR-EBD-2011-08Molecular Identification of EBD- developed and isolated microbial strains

RDR-EBD-2011-09Semicontinuous Production of Microalgae using Swine Wastewater

RDR-EBD-2011-11Plant Wastewater Recovery and Reuse at the Valenzuela Tannery Corporation: Design of Wastewater treatment Facility (Formerly: Wastewater re-use/Recycling in Leather Tanneries)

Field Testing of D-I-Y Portable Biogas Digester

Application of DOST-ITDI Bioreactor Composting Technology to Mango Processing Wastes

Establishment of Food Safety System for Peanut Butter

Development of Electrospun Kapok/Chitosan Nanofibrous Membrane for Industrial Use

Nano-Inorganic Mineral Filled Self-Cleaning Organic Paint Coating for Architectural Applications

Development and Characterization of Nanostructured/Composite Coating by Electrodeposition

Quantum Dots Synthesis for Sensitized-Photochemical Solar Cell

Development of Abaca Fiber Composites for Wind Turbine Blade Application

Production of Nanoclay From Local Bentonite Ore

Development of Disposable Foamed Food Containers and Cutleries from Biodegradable Nanocomposites

Preliminary Assessment on the Safety of Commercially Available Degradable Plastics as Food and Non-Food Packaging

Biolubricant from Vegetable Oils

Design of Vacuum Fryer for Food Service Application

Design and Fabrication of Smokehouse Kit

Development of Coconut Water Concentrate

Recycling of Waste Rubber Crumb for Construction Application (PCIERD Project)

An Experimental Comparison of Perfromance Strength of Different Types of Cushioning Materials for Drop Test Procedure

Development of Isotonic Beverages from Coconut Water - Cococin

Development of Photocatalytic Reactor for Treating Synthetic Organic Dyes in Water

Improvement of Product Quality of Gourmet Chocolate (Tablea)

Comparative Study of Dry and Wet Processing of Coffee

Development of Standards for Ethnic Foods: Fish Sauce (Patis)

Characterization and Evaluation of Glycerine as Fuel Substitute

Design of a Purification and Seperation Process for the Production of Hydrogen from the Product Gas of the ExistingITDI Biomass Gasifier

Energy Benchmarking of Industrial Processes and Equipment in Food Industries (Condiments)

RDA-EBD-2010-01Improvement of Fixed Dome Biogas Digester System Design for Swine Waste Management

Permeable Membrane for Hydrogen Gas

Development of Biodegradable Starch-Clay Nanocomposites for Advanced Food Packaging

Development of Low-Cost Processed Meat Products: Structured Ham

Application testing of microemulsified hybrid fuel from jatropha and coconut oils (GIA)

Solar Biomass Hybrid for Multi-Heating Applications

Enhancing the Competitiveness of SMEs in the Region by Providing Appropriate Seminar, Training and Technology on Packaging

Scale-up Production of Methyl Ester from Used Vegetable Oils and Performance Testing of the Continuous-Type Biofuel Reactor

Efficacy and Safety of VCO as Natural Antimicrobial Ingredient in Personal Care Products

Performance Testing of Solvent Extractor for Floral Aromatics

Standardization and Modification of Iodized Salt Facility by Cooking Method

Design and Fabrication of Salt Iodization Machine (Screw type Mixer)

Improvement of the Portable Biogas Digester for Households and Backyard Piggeries

Development of Improved Technology for Biogas Electricity Generation

Design and Development of a Local Flaring System for Biogas Digesters with Surfeit Methane Gas

Improvement of Production and Waste Management Practices of Leather Tanneries Through Cleaner Production/Energy Efficiency

Solidification of chromium-Bearing Residual Wastes from Leather Tanning Industry

Microalgae for Wastewater Treatment and Biomass Production

Improvement of Existing DOST-assisted Biogas Digester

Development of Product Identity for Ginger (Zingiber officinale) Brew or Salabat

Production and Distribution of Emergency Food Ration (EFR) from Selected Crops:

Anaerobic Treatment of Wastewater from the Leather Tanning Industry Using a UASB Reactor

Production of Leather Boards from the Chromium-Containing Solid Waste of the Leather Tanning Industry

Establishment of Product/Process Parameters for Traditional Filipino Viands as Meal Ready to Eat (MRE) Rations for Disaster, Calamity and Relief Operations

Development of Bouquet Using Local Wood spp. On Local Wines and Spirits by Infusion

Conversion of Steam Retort to Automated Water Spray Retort

Development of Starch/Clay Bio-nanocomposites for food packaging

Chemical Synthesis of Biphasic Calcium Phosphate for Keratoprosthesis Application

Atmospheric Corrosion Exposure Study of Structural Steel in Philippine Environments

Characterization and Performance Properties of Molded/Densified Recycled Plastic Products (Plastic Packaging Materials)

R&D on Red/White Clays from the Region (in support of MSD's commitment for the ITDI Set-Up)

Processinhg of Philippine Herbal Materials

Thermal Processing of Industrial Wastes by Pyrolysis

Quality Control of Ethnic Food Using E-Nose and E-Tongue

Utilization of Export Rejects of Okra, Japanese Varietry

Innovation of ITDI Water Purification System (GIA)

Design of a 30Kw Fluidized Bed Gasification System using Biomass as Alternative Fuel

Carbon Nanostructure Synthesis Via Horizontal Vapor Phase Deposition Using Activated Carbon

Development of Biosorbent Materials for the Adsorption of Heavy Metal from Metal BearingEffluent

Utilization of Waste Rubber Tire for Rubber Blocks and Paver Materials

Development of High Dehydrated Products Using the Heat Pump Drying System

Microbial Decolorization of Natural Dyes in Textile and Fiber Production Effluents

Anaerobic Treatment of Industrial Wastewater using a Pilot Scale AFBBR

Synthesis and Properties of Polyurethane from Coco Biopolyol

Production of Molecular Sieve

Study on the Accumulated Non-Biodegradable Waste at LGU's MRF for Building Construction Application

Synthesis of Alkyd Resin from Jatropha Curcas

Microemulsified Hybrid Fuel from Jatropha and Coconut

Cleaner Production Trainers' Training for DOST Regional Offices

Building of Regional Capabilities on Cleaner Production

Quality Improvement of Quezon "Tikoy" (GIA- Regular Project)

Quality Improvement of Local Rice Wine " Tapuy" (GIA Project)

Development of Shelf Stable Squash or Kalabasa (Cucurbita Maxima) Puree in Flexible Packaging Materials

Quality Assessment and Packaging System Development for Philippine VCO. Study 1: Quality and Shelf Life of Virgin Coconut Oil from Different Commercial Processes (GIA) Study 2: Effect of Moisture Content the Quality Parameters of VCO

Production of Hydrophonics (Soiless) Media - DOST-GIA

Study on the Biological Aplication of Jatropha Pressed Cake (DOST-GIA)

Isolation and Characterization of Toxic Compounds from Jatropha curcas (DOST-GIA)

Natural Fertilizer Production from jatropha Pressed Cake (DOST-GIA)

Development of Canning Processes for Pineapple (Var. Queen) Products (Canned Slices, Chunks in Syrup and Juice) for Adaption in Region V.

Production and Use of Hydrogen from Biomass as an Alternative Fuel

Utilization of Coal Fly Ash for Industrial Wastewater Treatment

Sub-proj. 1. Reduction of BOD and COD of Industrial Wastewater UsingCoal Fly Ash and2. Synthesis ofZeolites from Coal FlyAsh as Metal Absorbents

Modification and performance Evaluation of Gasifier Combustor for Rotary Bakery Oven Application

Utilization of Crude Glycerin from Methyl Ester Production into High Value Industrial Products

Development and Characterization of a Heat Proof/Insulating Paint for Architectural/ Industrial Applications

Food Packaging System Development for Selected Food Products in the Regions: A Component for the Promotions and Launching to National and International trade Fairs 2008

Reduction of BOD and COD of Industrial Wastewater Using Coal Fly Ash(GIA project)

Development of Photocatalytic Reactor for the Treatment of Textile Dye in Wastewater

Combined Heat and Power Generation with A.C. Production by Fluidized Bed Gasification

Energy Benchmarking of Industrial Processes and Equipment in the Selected Industries /Sectors in the Phils.

Development of Anaerobic Filter Bed Baffled Reactor for the Treatment of Food Processing Waste-Water and Its Application to Reduce Greehouse Gas Emission

Halloysite Nanotubes (HNT)- Epoxy Hybrid Nanocomposite as Moulding Compound for Electronic Packages

Utilization of Coco Methyl Ester (CME) as Diesel Fuel Substitute in Romblon (Phase 3): Performance Testing for Power Generation

Development of Small Scale Improvised Water Retorts for Food Canning SMEs

Enterprise Module for Muscovado

Production of Turmeric Micro-Capsules and Tablet

Improved Formulation of Natural Mosquito Repellent Lotion

Application Testing of Oxygen Scavengers/Absorbents from Glycerine

Laboratory Synthesis of Monolaurin as High Value Product from Glycerol Waste for Methyl Ester

Bench-Scale Production of FloralEsential Oils (formerly Bench-scale Production of Sampaguita Essential Oils)

Study on Shelf-Life of JME

Hydraulic Expeller for Jatropha Curcas and Other Hydrogen Bearing Plant

Fuel Composite from Carbonized Jatropha by Products and Other Biomass (ITDI-PNOC)

Establishment of a Commercial Scale Model Anaerobic Filter Bed Baffled Reactor (AFBBR)

Bench-Scale Production of Marine Microalgae for Biofuel Feedstock

Production and Storage Studies of High Quality Methane Gas in a Biogas Digester for Electricity Generation using Pilot Scale Multi-Layered Scrubber

Establishment of the DOST Cpd. as CO2 Sink for Global Warming Mitigation in the Area of Taguig City and Paranaque City in Metro Manila

Application Testing of Ferric-Reducing Bacteria in Wastewater

Field Testing Facility for Microbial Removal of Chromium Compounds of Tannery Wastes

Development of Bench-Scale Horizontal Screw-type Biogas Digester

Purification of Methane from Biogas Digester and Conversion for Electricity Generation

Development of Alternative Sugars from Nipa Sap and coconut sap

Use of High Intensity Sweetener for Native Kakanin

Production of Citral Oil from Lemon Grass Oil

Development of Standards for Ethnic Foods:;Smoked Fish;Ube Spread/Jam

Carbon Fiber Reinforced Composites from Agricultural Waste (retitled: Utilization of Agricultural Waste for Carbon Composites)

Design and Fabrication of Processing Equipment for Asphalt Mix with Waste Plastic Bags

Coconut Coir Fiber-Reinforced Composites for the Construction Industry

Utilization of Mango Seeds for the Production of Cosmetic Grade Mango Butter/Oil

Pilot Production and Testing of Biofuel from Jatropha Curcas (PNOC/PCIERD-DOSR)

Preparation and Characterization of Poly(styrene-ethylene-co-butylene) (SEBS) Styrene thermoplastic Elastomergraphite Nanocomposite

Toxic Migrants in Canned and Plastic Packaged Foods and Beverages: addressing the Safety Issues on Packaging Related Contaminants in Foods (Phase 1)

Determination of Corrosion Performance Properties of Zinc and Zinc Alloy-Coated Steel Exposed Under Different Types of Phil. Environment

Quality Assessment and Packaging System Development for VCO. Study:3: Development of Appropriate Packaging technology for VCO.

Pilot Production and Testing of Biofuel from Jatropha Curcas (PNOC/PCIERD-DOSR)

Production of Recycled Polycarbonate/ Organoclay Nanocomposites

Formulation of Plant-Based Bio-2T Oil

Alkali Hydrothermal Synthesis of Zeolites from Coal Fly Ash

Synthesis and Characterization of Carbon Nanotube/ PET Nanocomposites

Clean Gas Production by Fluidized Bed Gasification of Jatropha By-Products for Heat and Power Applications (PNOC Assisted and DOST-GIA Funded)

Design and Development of an Innovative Bench-Scale Flash Pyrolysis System (Phase II-Twin -Screw System)

Performance Testing of jtropha Oil Lightning and Heating Applications

Development of a 100L Prototype Biodiesel Reactor

Fabrication and Evaluation of Solar Wind Coastal Dryer

Quality Improvement of Ube jam by Water Activity (aW) Control

Development of Environmental Management Plans for Meat Establishments

Green Framework of Innovative Strategy (GFIS) on Sustainable consumption and Productivity (ICETT Assisted)

Microbial Degradation of Waste Effluent Generated from Coconut Methyl Ester (CME) Production Plant

Development of Low Calorie Beverages (Tea Based)

Development of Low Sugar Fruit Jams

Barangay Micro Business Enterprises with DOST-NCR

Scale-up Production of Jatropha Methyl Ester and Application Testing

Study on the Bioactive Potential of Extracted Bioactive Substances from Caesalpinia sappan Linn. (NRCP Assisted)

Development of Dietary Supplement from Moringa oleifera (Malunggay), Musa sapientum (Saba) and Syzygium cumini (Duhat)

Scale -up Production of High Dietary Fiber from Calamansi

Synthesis of Glycerine Antioxidants

Development of Jatropha Compressed Fuel (JCF) for Industrial Heating Applications

Commercialization of Bioreactor and Microbial Inoculant for Specialized Solid Wastes (DOST)

Demonstration of the Guidelines on the Assessment of Environmental Impacts of ITDI R&D Projects and Technologies

Ethanol Production from Sweet Potato

Genetic Improvement of Philippine Edible Mushroom Thru Biotechnological Technique

Microbial Screening Biodesulfurization of Petroleum Fuels

Pilot Plant Scale Microbial Removal of Chromium Compounds from Tannery Wastes

Production of Oil-Degrading Microbial Inoculant

Screening of Microorganisms for Ferric Reduction in Wastewater

Development of an Improved Production Technology for Muscavado

Development of Standards for Ethnic Foods:;Canton Noodles; Smoked Fish;Ube Spread/Jam

Integrated Processing of Yacon Tubers

Product and Process Development of Ready to Eat (RTE) Meals in Retort Pouches

Production and Storage Studies of High Quality Methane Gas in a Biogas Digester for Electricity Generation

Treatment of Biodegradable Municipal Solid Waste By Virtual Solid State Biomethanation Process Phase 1: Laboratory Scale Treatment Using Simulated Wastes

Development of Natural Food Colors from Ube Peels

Development of Processed Goat Meat Products

Thermochemical Recycling of Post Consumer Plastic Waste Products

Development of Polymethyl Methacrylate (PMMA) Nanofiber Membrane Impregnated with Montmorillonite (MMT) for Wastewater Purification

Development/Improvement of Philippine Products through the Application of Advance/Modern Packaging Technology

Recovery and Purification of Glycerine as By-Product from Methyl Ester Production (DOST-GIA)

Calamansi Wastes for the Production of USP Grade Pectin and other Health-Cre Products (Bench-Scale)

Development of an Anaerobic Filter Bed Baffled Reactor (AFBR) for Wastewater Treatment (DOST-GIA)

Alternative/Generic Packagijg

Laboratory Synthesis of Trans-free margarine from Tailored Coconut and Pili Oils

Application Testing of Glyceryl Esters

Environmental Impact Assessment (EIA) of ITDI Technologies

Cleaner Production (CP) Assessment of Companies Under the Small Enterprise Technology Upgrading Program (SPIN:06-543-17-07)

Capacity Building of Regional Capabilities on Cleaner Production and Energy Efficiency (CBRC) (ICETT Assisted)

Utilization of Calamansi Waste for the Production of High Value Products Sub-Project 2: Production of Dietary Fiber from Calamansi

Performance Testing of ACF Using Textile Wastes (formerly Scale-Up Production of ACF Using Textile Wastes)

Production of Carrageenan Oligomers from eucheuma species

Development of a Low-Cost Portable Type Biogas Digester (Floating Drum Biogas Digester)

Sub-Proj A: Utilization of CSM Protein (Latik) Generated after VCO Manufacture

Comercialization of 5 kl-10 Kl Anhydrous Alcohol Plant

Biofuel Production from Microalgae

Establishment of Demonstration Facility for Biogas Technology

Characterization/Development of HAp Coated Titanium for Medical Applications (formerly: Load-Bearing HAp/Al Biocomposite)

Processing of Pili Shell into Activated Carbon(AC)

Fluidized Bed Combustion of Rice Hull for Efficient Drying Applications

Steam Generation using the ITDI Rice Hull Gasifier for Industrial Application

Utilization of Coco-methyl Ester (CME) as Diesel Fuel Substitute in Romblon: Environmental and Marketing Aspects (Assisted Project)

Improvement of Current Processes and Operations in the Manufacture of Muscovado Sugar to Meet Specific Market Requirements (Assisted Project)

Design and Fabrication of a Portable Type Upflow Anaerobic Sludge Blanket (UASB) Reactor for the Treatment of Wastewater Generated by the Coconut Industry

Bench Scale Microbial Remediation of Industrial Acid Wastes

Second (2nd) National Inventory of Dioxins and Furans (Assisted Project)

Design and Development of an Innovative Bench-Scale Flash Pyrolysis System(Phase 1-Rotating Cone Technology )

Co-gasification of Low Grade Coal and Biomass as Alternative Energy Source for SMEs by Fluidized Bed Gasifier

Co-gasification of Low grade Coal and Biomass as Alternative Energy Ssource for SMEs by Fluidized Bed Gasification

Removal of Toxic Metals from Wastewater Using Zeolites Derived from Coal Fly Ash

Comparative Study on Removal of Toxic Metals from Synthetic Wastewater Using Natural, Modified and Synthetic Zeolites

Development of a Bench-Scale Anaerobic Filter Bed Baffled Reactor (AFBR) for the Treatment of Wastewater from SMEs using Indigenous Packing Materials

Construction Materials Using Encapsulated Electrostatic Precipitator (EP) Dust from Electric Arc Furnaces in Steelmaking

Wastewater Assessment and Treatment of Industrial Efluents of CENMACO using a Full-scale UASB (Upflow Blnaket) System

Development of Packaging Systems in the Post-Harvest Handling and Distribution of Fresh Vegetables (Carrots and Cabbage)

Environmental Technology Assessment of ITDI Enterprise Modules

Pilot Production of Nata de Coco by Submerged Process(Integrated with Development of Commercial Nata Starter Production by Submerged Process)

Establishment of Treatment Procedures and Design of Hazardous Waste Treatment Facility for the Industry

Design, Construction and Start-up Operation of a Full-scale Wastewater Treatment Facility for Syscore, Inc.

Wastewater Assessment and Treatment of Industrial Effluents of TSB using a Pilot scale Wastewater Treatment Facility

Assessment of Nanotechnology Application in the Philippines

Development of Lampworked Glass Packaging Materials for Liquids

Pilot-Scale Production of Functional Products from Scrap Packaging Laminates

Design and Fabrication of Tin Can Compactor for Household Use

Seminar Series on Solid Waste Management

Utilization of Fly Ash and Waste Glass in the Development of Ceramic Tiles (Floor)

Production of Ceramic Water Filters

Machinable and Bioactive Glass-Ceramics Using Bone Ash

Performance Characteristics of Ceramic Sensor for Oxygen Determination

Prototyping of Sanitary Landfill Clay Liners Testing Facilities

Evaluation of Migration Contaminants in Foods from Plastics Packaging Sub-proj 1. Flexible Stand-up Pouches (Fish Sauce); 2. Food Wraps; 3. Plastic Pipes (water); 4. Polystyrene Oligomes and chem-based migrants (hamburgers); 5. Badges/Tin can

Development/Improvement of Philippine Products Through the Application of Advanced/Modern Packaging Technologies

Promotion of Philippine Mango Products Through Innovative Packaging and Participation to International Trade Fairs

Microbial Remediation of Industrial Acid Wastes

Pilot Plant Validation Studies on High Temperature Tolerant Agaricus Mushroom spp.

Greenhouse Gas Emission from Industry in Asia and Pacific (GERIAP)

Pilot Production of Nata de Coco by Submerged Process

Technology Validation and Shelf Life Testing of Strawberry Roll

Geocomposite Landfill Liner

TiO2 Photocalysis for Environmental Application

Distillery Slops Recycling from Cassava Chips-Based Alcohol Fermentation;A. Distillery Slops as Alcohol Fermentation Process Water;B. Production of Animal Feed Concentrate from Distillery Slops

Establishment of the Materials Recovery Facility

Production of Bioactive Substance from Ganoderma Lucidum

ITDI Solid Waste Management

Processing of Polyester Fiber from Recycled PET

Processing of Cashew Nutshell Liquid for Organic Coating

S&T Intervention for the Improvement of Dried/Processed Fish Products Cum Establishment of Common Service Facility for the Packaging of the Same in Puerto Princesa Palawan

Utilization of Waste Glass and Fibers (Handspan Silk) for Industrial/Decorative Fiber Reinforced Plastics (FRP)

Recycling/Processing of Foamed PS from Food and Electronic Packaging Into Lightweight Concrete and Secondary Products

Municipal Solid Wastes Accelerated Composting R&D and Technology Transfer

Biological Treatment of Acid Mine Drainage

Development & Improvement of Microbial Inoculant for Calamansi and Mango Wastes

Development of Bioreactor 500 kg/day & 300 kg/day Model III

Pilot Plant Production of Shiitake Mushroom Mycelia by Submerged Culture

Pilot Scale Production of Ethanol in 100L Fermentor from Cassava

Bioremediation and/or Recovery of Residual Oil Spills in Wastewater or Wastewater Effluents, Phase III: Bench Scale Process for Bioremediation of Residual Oil Spill (formerly DOST-GIA)

Application of 1 Ton/Day ITDI Community-Based Accelerated Composting Technology at Smokey Mt. Reclamation Project, Phase II: Field Testing of 1 Ton/Day ITDI-DOST Composting Facility

Bioremediation and/or Recovery of Residual Oil Spills in Water or Wastewater Effluents - Phase II: Bench Scale Process for Recovery of Residual Oil Spill

Establishment of a Packaging Library and Data Resource/Information Center (GIA)

Development of Automatic Cashew Nut Sheller (PCIERD)

Application of Phytase to feed

Scale-up Production of Activated Carbon from Pili Shell

Application of Sediment Quality Guidelines to Tributaries of Pasig River

Development/Improvement of Transport Packaging Technology for Non-Food Products (house decors & furniture)

Installation of EMS in FSSI and Promotion of Environmental Management Technologies to its Members, Partners and Eco-Enterprise Clients

Utilization of Waste Plastic Bags in Asphalt Mixes for Road Pavement

R&D on the Production of Magnetic Nanoparticles Using Ion-Exchange Resins and Zeolites

Environmental Management System for Small and Medium Scale Virgin Coconut Oil Producers

Production of Methyl Ester from Used Cooking Oil and Other Waste Materials from Coconut Oil and Methyl Ester Processing Plant (Black Oil, oil scum from wastewater)

Synthesis and Characterization of Composite Chitosan Membrane and Biosorbent for Industrial Applications

Optimization Studies in Transesterification of Jatropha Oil for Methyl Ester Production

Enterprise Module on the Production of Virgin Coconut Oil

Compounding of Fragrances for Personal Care Products

Development of a Solar Wind Coastal Dryer

Environmental Technology Compliance/Characterization of Waste from Mining and Semiconductor Industries

Bench-Scale Production and Clinical Study of Natural Based Analgesic Balm

Optimization Study on the Use of Nata de Coco in Juice and Jams

Development of Low Sugar Fruit Jams and Conserve

Development of Low Calorie Beverages

Establishment of the Shelf Life of the ITDI Modified Wet Process Virgin Coconut Oil

Validation of Improved Ube Processing Technologies Sub-Project A: Development Ube Puree in Retortable Pouches

Design and Testing of A Jatropha Oil Expeller

Establishment of Food Standard: Sub Project A: Canton Noodles

Sub-Project B: Smoked Fish

Synthesis of Polymer-Based Nanofibers by Electrospinning

Validation of Improved Ube Processing Technologies Sub-Project A: Development Ube Puree in Retortable Pouches

Design and Fabrication of 1000 Liter Acetator

Development of Appropriate and Innovative Packaging for Banana Products

Energy Conservation and Management Capability Building for the SMEs (PCIERD)

Enhancement of Packaging Development in the Region: Support to SET-UP and SME Development Plan

Commercial Prototype Development of the Activated Carbon Technology(Assisted TECHNICOM Project)

Pilot Production for Commercial Market Testing of Bottled Gourmet "Balut" Recipes (DOST-TECHNICOM)

Development of marketable Fuel Derived from Municipal Solid Waste Components (Processed Engineered Fuel)

R&D in the Processing of Philippine Herbal Products (Assisted RP-China Protocol)

Assessment of Glass/Glass-Ceramics Materials for Dental Restoration

Utilization of Mine Tailings as Replacement for Clay in the Production of Vitrified Tiles

Development and Characterization of Coconut-Based Acryl Polyol Anti-Corrosive Paint on Steel Substrates (Auto Refinishes)

Development of Environment-Friendly Solvent from Coco-Methyl Ester Fraction for our Local Coatings Manufacturing Industries

Upgrading of Existing Packaging R&D Laboratory and Installation of Facility for Digitized Packaging Design Technology: JICA Counter Project

Processing of Flat/Thin Sea Shells for the Cottage Industry

Development of Frozen Tilapia

Technology Commercialization/Diffusion of Smoked Fish Enterprise Module (DOST-TECHNICOM)

Validation of Improved Ube Processing Technologies: Sub-Project B: Application of Ube Powder in Several Food Products

The project aims to develop the technology for pre-packaged ìtrimmed and pre-cut green mango slices.

The project aims to verify the established process of mango Halves in syrup packed in glass jars and tin cans and determine the shelf life of the products.

The project aims to standardize the process for green mango puree ìmango slices.

The project will conduct formulation studies to determine ìacceptable organoleptic properties as sweetness, odor, taste and ìtexture of spray dried coconut skim milk.

Nanocomposites from Recycled Polycarbonate and Treated Clay

Geosynthetic/ Composite Liners Using Polyester Fiber and Local Bentonite

Data Acquisition for Thermal Processing

Automatic Brine Controller

Development of Standards for Ethnic Foods: c)Tocino and Beef Tapa

Proportional Integral and Derivative (PID) Controller for General Process Control System

Optimization Studies on the Production of Alternative Fuels from Biomass

Methane Capture and Utilization from Industrial Systems

Enterprise Module on the Production of Controlled Release Fertilizer

Automation of ITDI Water Control System

Establishment of Enterprise Module for Iodized Salt Production using a Rice Hull Fired Furnace

Upgrading of the Processing Facility of the Enterprise Module for Herbal Bath Soap (Cold Process) of CMD

Upgrading of the Processing Facility of the Enterprise Module for Herbal Bath Soap (Cold Process) of CMD

Pre-Clinical Testing of Topical Analgesic from Essential Oils (formerly Product Application Testing of Topical Analgesic for Essential Oil)

Utilization of Calamansi Wastes for the Production of Essential Oils

Development of Food Standards: Ube in Syrup

Development of Vacuum Processed Products: a) crablets and b) yakon and ube

Development of Shelf Stable Rice Meals (Canned Products)

Development of Frozen Marinated Tilapia

Comparative Study on the Production and Testing of Methyl and Ethyl Esters from Coconut Oil

Development of smokehouse for tilapia

Development of Carbonated or Sparkling Basi (EM related)

Study on the Utilization of Energy for the Production of Activated Carbon

Technology Assessment on the Production of Dimethyl Ether (DME) Part II

Scale-Up Processing of Textile Waste into Activated Carbon Fabric (ACF)

Scale-Up Study on the Production of Specific Fertilizer for Coconut Using Coir Dust

Scale-Up Study on the Production of Specific Fertilizer for Coconut Using Coir Dust

Enterprise Module on Agar-Agar

Development of New Products from Glycerin

Scale-up Production of Monolaurin from C12 Fatty Acid

Steel Slags for Construction Materials

Synthesis of Glycerin Esters from Glycerin Recovered from FAME and FAEE Production (formerly Development of New Products from Glycerin)

Lahar-Base Cordierite Glass Ceramics and Its Practical Application (formerly: Cordierite Glass Ceramics)

Assessment and Establishment of Safety Measure System/Setup for the Enterprise Modules of FPD

Upgrading of Communal Food Processing and Training Center Through the Development of Garlic Peeling and Slicing Equipment

Enterprise Module for Methyl Ester Production

Production of an Oral Hypoglycaemic Agent from Musa Sapientum L. (Saba)

Enterprise Module on Village-Level Technology for Production of High Quality Essential Oils

Hypoglycaemic Agent from Musa Sapientum L. (Saba) (formerly Production of an Oral Hypoglycaemic Agent from Musa Sapientum L. (Saba)

Upgrading Capabilities of Coconut Food Processing Technologies

Application Testing of ITDI Gasifier Combustor for Coffee Drying Using Coffee Hulls

Modified Method of Alkali Refining of Coconut Oil

Modified Method of Alkali Refining of Coconut Oil

Upgrading the Capability of SMEs: Bottled Sardines Processors in Dipolog City, Zamboanga del Norte

Development of Pagsahingin Fuel Oil as Diesel Fuel Additive (Formerly: Production of Fuel Additives and Other High Value Extractives from Lesser-Known Species (LKS))

Effect of Medium Chain Triglycerides in the Management of Diarrhea (in collaboration with FNRI)

Characterization of Exposed Coated Metal Under Marine Environment (SCIRO)

Graphical User Interface for General Process Control System

Development and Fabrication of Induction Sealing Equipment for Food/ Drink Containers

UV Stabilization of(Crystal)Polystyrene

Characterization of Aged PP Random Copolymers

Development of a Web-Based Data Acquisition and Control System

Design and Development of a Portable Electronic Meter (Design and Development of a Portable Moisture Meter for Seaweeds)

Rapid Chloride Ingress Test Apparatus

Industrial Technology Development Institute (ITDI)2003 - 2013 Projects

Project Objectives

To determine the yield, composition and functional properties of makapuno components

To determine the effect of different binding agents (salts/phosphate)

To develop a natural yellow food coloring from the underutilized agricultural crop

To establish appropriate extraction and processing methods for the production of sweeteners from natural sources.

To explore the advantages of E-nose and E-tongue as a food control method

Development of a 2-stage biodigester for effective waste management of manure effluent for a profitable bioprocess treatment with enhanced biogas production.

1. To isolate, screen and characterize mercury resitant microbes in ITDI contaminated sites

2. To optimize parameters affecting the mercury uptake mechanisms of the isolated microbes

3. To apply and test the isolated microbes in the bioremediation of

1. Establish representative, baseline influent concentrations;

2. Provides the basis for pilot-scale treatment system design;

3. Determine operational data for full scale operation of the treatment systems (e.g. detention times, chemical dosage rates

Enhanceand extend the shelf life of fresh cut fruits and vegetables through the application of MAP

To develop five shelfstable ready to eat foods as disaster mitigation/relief foods.

To collect samples and calculate Philippines-specific emission factors for dioxins/furans arising from: (1) uncontrolled burns at municipal dumpsites(2) Uncontrolled burns of agricultural biomass in agricultural fields, and(3) Controlled burning of a

Increase the marketabability ofagricultural fresh fruits and vegetables via appropriae transport packaging technology thereby contributing to the average income of small hold farmers/growers in the rural areas

1. To undertake crude alcoholic extration of some Philippine medicinal plants. 2. To preapre hexane extract and oil free-alcohol extract from these plants. 3. To determine larvicidal activity of the extracts. 4. To undertake TLC fingerprinting/profiling of the extracts. 5. To conduct polarity-based fractionation of the crude extract and determine larvicidal efficacy of the fractions.

To develop technology in the utilization of lyophilized coconut water in personal care products.

To develop a formulation for the preparation of an edible film from local starches

To develop food products using smoked salt

The main objective of the Project is to provide the NSWMC through of the TWG the information on what products/packaging materials can be declared as NEAP through the use of LCA. The TWG shall conduct QC/QA of the LCA process. The LCA shall be conducted

1. There is a need for providers of inter-laboratory test through proficiency testing which is relevant to the needs of local testing laboratories in the country. 2. This could enhance the confidence of the clients in the laboratories, identify the differences between the laboratories and proceed to the validation of methods by at least the study of the reliability and exactness of criteria. 3. Proficiency testing participation is a prerequisite to ISO/IEC 17025.

1. Develop local capability in the production of cost-effective secondary CRMs. 2. Savings in the purchase of secondary CRMs which are purchased abroad 3. For DOST-wide laboratories, a rough estimate of the annual economic benefit (savings) for the purchase is about US$15,000 ($105/CRM x 10 analytes x 14 laboratories). However, these CRMs have only 1-2 years expiry and considering the time incurred in the purchase and delivery, sometimes only a few months of useful life remains where the CRMs arrived at the laboratory.

1. Provide standard and appropriate laboratory animals needed in the academe, for research and testing as well as coordination and expert advice in the implementation of scientific procedures using animals. 2. Provide normal reference values for hematology and blood chemistry of the animals from the laboratory animal resource center 3. Promote linkages and cooperation with the academe and research institutions to be abreast with the recent trends and developments in S&T.

1. Set-up an aCtivated Sludge (AS) Reactor equipped with aerator.

2. Characterization of theCOD and BOD components of tannery wastewater

3. Experimental treatment of wastewater from the leather tanning company

4. Testing of the reduction of the COD

To establish the appropriate processing methods for vacuum frying of carabao mango by determining the kinetics involved in moisture loss, oil absorption, color and texture development that occur during vacuum frying

To establish an appropriate heat treatment for coconut water intended for further processing

1. Characterize sewage/wastewater2. Develop conceptual sewage treatment plant design3. Fabricate/construct sewage treatment plant4. Conduct field/performance testing of the developed sewage treatment facility in accordance with DAO 35.

1. Design a bench scale treatment process for treated wastewater from swine industry.

2. Fabrication of the bench treatment process for treated wastewater from swine industry.

3. Pilot testing of the bench treatment process for treated wastewater fro

General:To develop biodegradable polymer nanocomposites for disposable foamed for containers and cutleriesSpecific ojectives:1. To develop a polymer melt process technique of producing biodegradable polymer foam nanocomposites using thermoplastic starch and locally developed nanoclay2. To develop a biodegradable polymer blends nanocomposites for disposable cutlery application3. To characterize the thermo-mechanical, structural, chemical and physical properties of the productsTo determine the rate and degree of biodegradation of the nanocomposite products

1. To conduct R&D studies on the recovery of bitterns from solar salt beds. 2. To provide an improved method for the recovery of potassium fertilizer. 3. To conduct purification studies and analysis of the potassium fertilizer. 4. To conduct application studies of the potassium fertilizer produced.

1. To conduct R&D studies on the production of a biodegradable coating. 2. To provide an improved method for the production of controlled release fertilizer. 3. To conduct dissolution test and analysis of the controlled release fertilizers. 4. Mass producton of the controlled release fertilizers.

1. To conduct scale-up production of biolubricant base stocks from coconut and jatropha methyl ester. 2. To develop various formulations of biolubricants such as lubricating oils, mould oil, hydraulic fluid, lubricating grease or metal cutting fluid comprarable with the commerically available products. 3. To conduct analysis of the intermediate and final products based on ASTM standards. 4. To conduct application testing and evaluation of the produced products.

To produce eicosapentaenoic acid (EPA) from glycerol by product of biodiesel production.

1. Design and construct batch-type reactors for bio-methanation of OFMSW2. Optimize the performance of the reactors for maximum biogas production.3. develop inoculant derived fromOMFSW-based reactors4. Design small scale batch-type anaerobic digest

1. To collect samples for isolation of aerobic microorganisms

2. To isolate and screen aerobic microbes from tannery wastewater which are resitant to biocide, salt and heavy metals.

3. To characterize the isolates.

4. To conduct different parameter

The project aims to identify appropriate food additives for soy-based products to discourage fraudulent practices of food adulteration

General: To establish an advanced devised amd materials analysis testing laboratory for the semiconductor and electronics manufacturing industries.Specific:1. To set-up the infrastructure and equipment requirements for the national laboratory.2. To conduct trial equipment operation using standard samples from the semiconductor industry.3. To establish/prepare the requirements for ISO 17025 accreditation for the national laboratory.

This project intends to characterize and conduct chemical modification of local zeolite for potential application in separation process.

Specific:1. To conduct chemical, physical and mineralogical characterization of local zeolite 2. To conduct chemical modification of local zeolite with sodium ions3. To characterize modified natural seolite in terms of chemical, physical, mineralogical and microstructure4. To optimize processing parameters for the modification of natural zeolite

General: To develop an electrospun cellulose acetate/chitosan nanofibrous membrane for wastewater applicationsSpecific:1. to produce agricultural-based celloluse acetate and chitosan2. to fabricate and developed a nanofibrous membrane 3. to characterize the developed nanofibrous membrane, and4. to determine the performance properties of the developed nanofibrous membrane for the removal of contaminants from wastewater through adsorption

1. Produce 1 million OL trap kits. 2. Provide six months supply of OL Pellets and ovi paddles

To develop prototype wine barrel from our local wood species

Conduct scale-up production of bubod and utilize the produced bubod in the trial production of tapuy

General: To develop a silver-filled epoxy (SFE)/halloysite nanotube (HNT) die-attach with enhanced mechanical, electrical and thermal properties for application in semiconductir devices.Specific Objectives:1. To synthesize and characterize hallosite nanotubes (HNT) from local sources2. To develop silver-filled expoxy (SFE)/halloysite nanotube (HNT) nanocomposites blends.3. To determine the structural, thermo-mechanical and electrical properties of the different SFE/HNT nanocomposite die attach material4. To conduct performance testing of the developed SFE/HNT nanocomposite die attach material in a semiconductor package

1. To determine and compare biological activity of acqueous and ethanolic extracts/pellet form of Piper nigrum on controlling the immature stages (egg, larvae, pupae) of Aedes and Anopheles mosquitoes in the laboratory and within the DOST complex. 2. To establisj dose-response line against Aedes and Anopheles mosquitoes 3. To determine the lethal concentration (LC) of the

1. To develop VCO-based products for the hair and skin. 2. To determine the efficacy of the developed products as antibacterial and antifungal. 3. To determinethe safety of VCO developed products. 4. To compare the efficacy of the developed products with some commercial products.

1. To test performance of tne newly developed biodiesel reactor with other oils, such as jatropha seed oil, and to make the necessary innovation and correction.2. To continue the use of the newly developed methyl ester reactor using another oil, jatropha seed oil.

Main Objective: To determine the volatile compounds of macapuno meat using simultaneous distillation extraction-gas chromatography (SDE-GC) and Solid Phase Microextraction-Gas Chromatography (SPME-GC). Specific Objective: To classify the volatile compounds that contributes to the flavor of macapuno meat.

To determine the physicochemical and microbiological properties of commercially available Salted egg

To determine the effect of storage time and temperature on the properties of selected flexible packaging materials/containers.

1. Prepare the ITDI Environmental Performance Report and Management Plan acceptable to DENR compliance requirements;

2. Assess the direct and indirect impacts of ITDI operation on the biophysical and human environment

3. Ensure negtive impacts of ITD

To enhance the competitive identify of 8 unique Philippine products through the development of packaging design and appropriate packaging technology for a period 2.5 years

The project intends to provide technical support to the poultry areas plant, meat processing and ceramics industries on energy effciency and cleaner production activities.

General Objective: To develop plasma-treated abaca fiber reinforced plastics for wind turbine blade application

Specific Objectives:1. To identify the optimal abaca varietied suitable for use in the fabrication of fiber reinforced plastics.2. To determine the effect of plasma treatment on the fiber and matrix interaction of the composites.3. To develop fabrication technique for producing abaca fiber reinforced plastics using two different matrices such as thermoplastic and thermosets.4. To characterize the morphological, thermal and mechanical properties of the abaca fiber reinforced plastics.5. To conduct performance testing/evaluation of abaca fiber reinforced plastics for wind blade application.

Draft Standard for banana sauce

General Objective:To develop optimized parameters of producing nanoclay from the local bentonite deposit of Legazpi City, Albay in pilot scale as a refinement of the technology previously developed in laboratory scale.

Speceific Objectives:1. To establish pilot scale production set-up for nanocaly from the local bentonite ore from Legaspi City, Albay.2. To develop optimized parameters in the production of Nanoclay for industrial application.3. To validate the performance properties of the processes Nanocaly products as filler in various polymer matrices (rubber, thermoplastics and biodegradable plastics).

Localized fabrication of equipment prototypes to improve competitiveness of the food processing sector. It will indirectly benefit farmers, food growers, thus, create socio-economic impact to the industry and country as well.

The project generally aims to conduct prototyping of water purification system consisting of ceramic pot type filter with colloidal silver, which will be a refinement of the technology developed in the laboratory scale including set-up, design and utilization of other red clays.Specifically, it will:a.) Produce prototype 500 pieces of pot type ceramic filter with colloidal silver;b.) Fabricate forming equipment for the prototyping of water filtration units;c.) Identify clay samples from different regions suitable for the production of ceramic pot filter; andd.) Conduct preformance testing of water filtration units.

To develop a quartz crystal microbalanced sensor coated with molecularly imprinted polymer for the detection of antibiotic specifically tetracycline.

a. To develop a modified styro-plastic densifier adopting the biomass gasifier as source of heat in melting plastic and styro; b. To undertake fabrication of prototype equipment at a reduced cost c. To conduct test run and validate performance and cost-effectiveness of newly-designed prototype equipment

1. To design and fabricate a hybrid solar still for portable water supply in rural areas.2. To conduct optimization test runs using different types of raw water.3. To conduct field test using available biomass materials as alternative fuel and site specific raw water for continuous production of potable water.4. To prepare a techno-economic report.

General Objectives:To process marble/limestone into new materials of high purity/modified mineralogical structure;

To characterize these new materials and utilize/process them further, if necessary add other types of materials/develop experimental formulations, into high-value products.

Specific objectives:To process local limestone into high purity calcium carbonate (precipitated calcium carbonate) for industrial applications using cleaner production techniques.

To further synthesize this high purity calcium carbonate into high value materials such as nano calcium carbonate and calcium phosphate.

1. To extract oils from the leaves and seeds of P. nigrum (black. 2. To undertake aqueous extraction of the leaves and seeds of black pepper. 3. To optimize processing parameters for both oil and aqueous extraction. 4. To characterize black pepper essential oil and aqueous extract for physico-chemical properties. 5. To undertake bulk extraction of the essential oil and aqueous extract for larvicidal testing.

1. to determine the best extraction process for pectin from Phil. Carabao mango peel. 2. To characterized the physico-chemical properties of pectin isolated from Philippine carabao mango peel and compare with the USP. 3. To conduct cost analysis in producing pectin from Philippine carabao mango peel.

To classify fermented products from non-fermented counterparts using the response of sensory array of e-nose and e-tongue and also to evaluate the different varieties of coffee beans.

1. To form prototype pot type ceramic filter with silver coating.2. To validate and optimize processing parameters in the fabrication of water filtration unit using pot type ceramic filter.3. To conduct performance testing of water filtration units in accordance with PNS for drinking water in terms of microbiological and chemical analysis.

1. To produce a plasmid library

2. To identify a clone with a gene for extracellular enzyme with saccharifying activity.

3. To produce a yeast strain with both saccharifying and fermenting activities.

General Objective:To processs zeolite into new materials of high purity/modified mineralogical structure;

To characterize these new materials and utilize/process them further, if necessary add other types of materials/develop experimental formulations, into high-value products

To determine the effects of storage time and temperature on the properties of selected flexible packaging materials

To optimize the processing conditions for detoxification of Jatropha curcas pressed cake and oil.

The project aims to generate a zinc - nanosized inorganic powder composite coating for mild steel substrate by electrochemical method/deposition made suitable for high performance industrial applications. Specifically, the present work aims to improve mechanical and electrochemical properties by electro-co-deposition of Zn with the codeposition of nanosized inorganic particle like alumina (Al2O3), silicon carbide (SiC) and Silica (SiO2). In the first phase of this work, our objective is to optimize the plating parameters to obtain the experimental Zn/nano powder composite coating on mild steel. Next step is aimed at optimization of mechanical properties in terms of microhardness, surface roughness and corrosion properties of the new nanocomposite coating.

Specific objectives:1. To obtain a zinc (Zn) nanosized inorganic composite coating on mild steel substrate and optimize the electroplating bath parameters/conditions i.e., current density, temperature, particle concentration, agitataion, etc.

2. To characterize and compare the composition and morphology of zinc nano-composite coating vis-a-vis conventional zinc coating by Scanning Electron Microscopy (SEM), X-ray Fluorescence (XRF) with energy dispersive analyzer system (EDS) and Atomic Force Microscopy (AFM).

3. To characterize and investigate the corrosion behavior/resistance of zinc nano-composite coated steel under accelerated weathering conditions (UV, RH and salt spray test) by electrochemical measurements.

4. To fabricate a prototype/sample product (component or part) of electrodeposited Zn-inorganic nanoparticle composite steel

This project intends to develop nano-silica from natural resources for high performance concrete

1. Conduct mechanical synthesis for nano-silica from natural resources having a particle size ranging from 50-100 nm.2. To characterize synthesized nano-silica by XRD, SEM, BET surface area analyzer and particle size by dynamic light scattering3. To study the influence of nano-silica addition to concrete in terms of strength, physical properties, morphology and composition4. To form prototype concrete slabs/panels (1m x 1m) with nanosilica5. To design high energy ball mill

To develop technology of a natural health supplement from Anona muricata (guayabano).

To undertake formulation of natural mosquito repellent lotion and spray for babies and children against Dengue fever and other mosquito-borne diseases.

1. To develop a process of producing plant oils and methyl ester using supercritical fluid extraction method.2. To characterize the plant oils and methyl ester includin evaluation of its physicochemical properties and quality.3. To determine the yield and process efficiency.

To develop a method that will expose the antihyperglycaemic activity of Andrographis paniculata (Sinta) leaves.Specific:1. To do collection and propagation of A. paniculata.2. To standardize the method of storing the raw materials.3. To standardize method of extraction and isolation.4. To perform chemical analysis.5. To evaluate bioactivity by pharmacological tests.

1. To develop a process for the scale-up production of alkyd resin from jatropha curcas oil by varying reaction time, and temperature at fixed molar ratio of reactants and catalyst concentration.2. To produce alkyd resins that conform with commercial specifications.3. To develop an economically feasible process for the production of alkyd resin.

General: To roll-out the developed DOST ovicidal/larvicidal trap system nationawide.Specific: 1. To reduce Aedes aegypti mosquito population/2. To abate transmission of dengue virus.

1. To utilize the local cassava starch for the production of adsorbent.2. To prepare expanded starch and carbonized/phyrolized starch will adsorbent characteristics.3. To determine the adsorptive capacitu of adsorbent products, using dimethyldisulfide, as the odiferpous agent.

1. To test the performance of the newly developed continuous-type biofuel reactor for pre-commercfial scaleand to make the necessary innovation and correction. 2. MOA with supplier of waste vegetable cooking will be undertaken. 3. Analysis of the products. 4. Application testing of the product

1. To test the performance of a continuous type of salt-iodizing machine for commercial production.2. To test the performance of the newly developed machine and to make the necessary innovation and correction.3. To transfer the developed machine salt iodizing process to the private sector.

1. Prepare an inexpensive titanium dioxide (TiO2) photocatalyst.2. Conduct self-cleaning tests on prepared photocatalyst.3. Construct a laboratory scale photocatalytic reactor for the removal of organic compounds from wastewater using the developed T

1. To apply and validate te results of the developed solidification process using indigenous clay mateial thru field teting with an indetified industry cooperator.

2. To conduct cost benefit analysis of the developed technology based on actual field te

1. To determine the optimum waste clay formulation and firing temperature that will immobilize chromium and produce ceramic product of economic importance

2. To assess economic viability and environmental impact of the technology relative to a conventi

1 . To reverse engineer the state of the art two-stage biogas production technology

To use molecular approach for the identification of at least four EBD-devloped and isolated microorganisms

Specific Objectives:

1. To characterize wastewater sludge from a local tannery manufacturing company

2. To conduct trial runs on in-vessel sludge treatment using bioreactor technology.

3. To examine the changes in physico-chemical properties of ta

1. To treat contaminated wastewater in tanning industry under anaerobic conditions.

2. To quantify the reduction of heavy metals in wastewater

3. To set-up the technology for field testing in the industry

4. To monitor, assess and evaluate results

1. Fabrication of an Activated Sludge Reactor of an Activated Sludge Reactor with aerators and piping systems connecting to the Upflow Anaerobic Sludge Blanket Reactor (UASB)

2. Characterization of the COD and BOD components of tannery wastewater

3.

1. To characterize the mixed microalgal species isolated from piggery wastewater.

2. To examine the effect of CO2 supply on microalgal growth

3. To determine biomass yield in lab-scale semi-continuous culture using swine wastewater.

4. To operate

The project aims to address the environemntal impacts bouth about by the wastewater by leather tanning industry.

Specific Objectives:

a. Conduct bench-scale testing on water reuse/recycling

To conduct Performance Testing of the New D-I-Y Portable Biogas

The project aims to improve food safety practices for peanut butter manufacturer

1. To test the applicability of the DOST-ITDI composting technology to mango processing wastes.

2. To produce stable compost that can be used as soil conditioner.

General Objective:To develop an electrospun kapok/chitosan nanofibrous membrane for water purification.

Specific Objectives:To fabricate and characterize the electrospun kapok/chitosan nanofibrous membrane;

To determine the properties of the nanofibrous membrane for the removal of contaminants from wastewater through adsoprtion.

To develop and evaluate the performance properties of nano-filled organic paint/coating as anti staining or anti-fouling for building materials.

Specific Objectives:1. To identify most suitable nano-inorganic mineral for use in the preparation of paint-staining/ fouling paint coating. Optimize loading of the inorganic mineral into the paint mix.

2. Test and Evaluate physical (wet and dry) and performance properties (i.e., degree of dirt removal; adhesion property, gloass and color retention, particle size, chalking, mildew, etc.) of the painted test panel exposed outdoor with time vis-a-vis existing commercial paint.

The project aims to generate a zinc/nickel - nanosized inorganic powder composite coating for mild steel substrate by electrochemical method/deposition made suitable for high performance industrial applications. Specifically, the present work aims to improve mechanical and electrochemical properties by electro-co-deposition of Zn or Ni with the codeposition of nanosized inorganic paricle like alumina (Al2O3), silicon carbide (SiC) and Silica (SiO2). Ih the first phase of this work, our objective is to optimize the plating parameters to obtain the experimental Zn, Ni / nano powder composite coating on mild steel. Suitable electroplating bath parameters i.e., electroplating bath solution, amount of nano particles, temperature, bath concentrations will be determined. A proper dispersion technique may be necessary for the nano SiC powder to obtain good dispersion during platin. Next step is aimed at optimization of mecahnical properties in terms of microhardness, surface roughness and corrosion properties of the new nanocomposite coating.

General Objective:To be able to synthesize a liquid-stabilized quantum dots as sensitizers for photochemical solar cell.

Specific Objectives:1. To synthesize and characterize the quantum dots,2. To determine the physicochemical and optoelectronic properties of the quantum dot assembly, and3. To fabricate a QD sensitized-photochemical solar cell and evaluate its performance.

General Objective:To develop biodegradable polymer nanocomposites for disposable foamed for food containers and cutleries.

Specific Objectives:1. To develop a polymer melt process technique of producing biodegradable polymer foam nanocomposites using thermoplastic starch and locally developed nanoclay.2. To develop a biodegradable polymer blends nanocomposites for disposable cutlery application3. To characterize the thermo-mechanical, structural, chemical and physical propertied of the products.4. To determine the rate and degree of biodegradation of the nanocomposite products.

To develop Abaca fiber composites for wind turbine blade application.

Specific objectives:To identify the optimal abaca varieties in terms of fiber strengthTo determine the fiber and matrix interactionTo develop the fabrication technique of abaca fiber compositesTo determine the properties of abada fiber composites in terms of mechanical properties, moisture and temperature effects, failure analysis and fracture test.

To develop optimized parameters of producing Nanocaly from the local bentonite deposit of Legazpi, Albay in pilot scale as a refinement of the technology previously developed in laboratory scale.Specific objectives:1. To establish pilot scale production set-up for Nanoclay from the local bentonite ore from Legazpi City, Albay.2. To develop optimized parameters in the production of nanoclau for industrial application3. To validate the performance properties of the processed nanoclay product as filler in various polymer matrices (rubber, thermoplastics and biodegradable plastics).

To determine and correlate possible degradation products of these commo degradable plastics to food safety; to assess and monitor both physical and chemical properties of these plastics in the course of degradation

1. To produce biolubricants from vegetable oils, jatropha oil, ìcoconut oil, castor oil, soya oil, etc.2. To produce biolubricants for use as lubricating oils, mould ìoil, hydraulic oil, 2-stroke oil, lubricating grease, metal ìcutting fluid and transmission gear oil.3. To develop a process for the preparation of lubricants with ìhigh conversion at moderate conditions and shorter time of ìreaction.4. To optimize laboratory parameters for the preparation of ìbiolubricants ith high ocnversion and qualities conforming to the ìstandard specifications for commercially available lubricants.

1. To develop an ITDI designed and fabricated small scale vacuum fryer that can be adapted for small scale and kitchen type operations;

To develop an ITDI designed and fabricated portable smokehouse kit that can be adapted for small scale and kitchen type operations

To establish a data base on cushion materials performance strength based on the handling and distribution conditions in the Philippines serving as reference in selecting appropriate cushioning material in designing a cost effective transport packaging for specific type of product

1. To develop technology in the production of cococin water in powder form that retains the biological activity of its healthful constituents 2. To optimize processing conditions in the production of cococin in terms of % yield, age of coconut and nutritional composition 3. To characterize cococin in terms of nutritional composition and physicochemical properties 4. To perform microbial examination/sterility test of the product 5. to compare the quality of the produced with regular/commercial sport beverages.

1. To develop CWC from both young and mature coconut 2. To establish the lab. Scale processing parameters for CWC

1. To develop an economical and environment-friendly recycling technology using recycled waste tire.2. To produce products such as mulch for plygrounds, pavers/blocks that are applicable to apartment complexes especially for elderly people, anti-slippery for patio and swimming pool, block for erosion control and floor tiles.

To address swine waste management and technology problems towards a sustainable source of renewable energy

1. To standardize and document the traditional processing and improve the quality of cacao and tablea

To produce glycerin/jatropha pressed cake pellets as fuel sustitute To utilize waste glycerin from metylhyl ester processing plant and jatropha pressed cake from oil extraction plants. To characterize and evaluate the resulting product.

The project aims to develop a separation and purification process for the production of hydrogen from the product gas of the existing biomass gasifier previously developed by the Energy Section. Specifically, the project aims to: a. Identify existing processes that can be utilized for the purification and separation of hydrogen b. Determine which among the identified processes can be applied to current conditions and characteristics of mthe product gas from the biomass gasifiers c. Design a process for the purification and separation of hydrogen based on the identified process d. To conduct human resource development and training program on hydrogen production.

1. Establish benchmarks for the selected food industry/sector. 2. Validate energy use data in the existing energy consuming processes and equipment through energy audit 3. Identify and conduct detailed evaluation of energy efficiency improvement in the selected industry sector. 4. Recommend a cost effective option to adopt energy efficiency improvement/s for the selected process and eqt. 5. Establish baseline data on the efficiency of the identified energy intensive processes and eqt 6. Create awareness on GHG emission reduction and assist in the technical capability of the plant staff to implement and sustain energy efficiency improvements

1. Evaluate the efficiencey of the protocatalytic process to treat synthetic organic dyes in wastewater under laboratory-scale solar irradiation with the aim of developing a small-scale solar photocatalytic reactor for treating toxic and recalcitrant org

1. To determine the quality of coffee processing by wet and dry methods 2.To document the existing dry process of coffee

1. To update the current standard and prepare recommended code of practice (RCP) for fish sauce (patis)

1. Design and fabrication of a solar biomass hybrid prototype 2. Performance testing of the solar biomass hybrid prototype

1. To develop microporous permeable membrane suitable for hydrogen gas separation and purification2. To formulate porous ceramics as support for microporous permeable membrane3. To synthesize inorganic/organic membrane by chemical method4. To characterize formulated porous ceramic, inorganic/ organic membranes5. To determine processing conditions for the application of inorganic and organic membrane on the porous ceramics6. To determine properties of microporous inorganic membrane

General:To develop biodegradable nanocomposites for advanced food packagingSpecific objectives:1. To synthesize local layered silicates, i.e. Clay minerals, with a new class of non-ionic modifying agents in order to compatibilize the clay with thermoplastic starch;2. To develop a polymer melt process, compatible with current polymer processing techniques, to homogeneously disperse modified clay particles in thermosplastic starch in order to produce starch-clay nanocomposites

To increase the competitiveness of SMEs in the food sector by adopting new packaging technology, design and/or improving the packaging of their products

1. To develop small-scale processing technology for structured ham. 2. To develop basic recipe for structured ham.

To conduct application tests of microemulsified hybrid fuel from jatropha and coconut oils for engine performance and emission, in stationary phase engine (generators) and diesel car engine.

1. To test performance of the newly developed biodiesel reactor and to make the necessary innovation and correction. 2. To continue the use of the newly developed methyl ester reactor using waste cooking oil

To generate scientific facts in safeguarding the quality and substantiating the health claims of VCO.

To determine the performance efficiency of the fabricated solvent extractor using different floral materials. To optimize processing parameters interms of product yield and quality To analyze the products for physico-chem properties To compare analytical results with international standards

1. To conduct R&D studies on the improvement of quality of salt 2. To standardize the design and fabrication of salt production facility 3. To disseminate the importance of high quality salt.

1. To develop a continuous type salt-iodizing machine that is small in size. 2. To test the performance of the newly developed machine and to make the necessary innovation and correction. 3. To transfer the developed machine salt iodizing process to the private sector.

General: Improve the effectiveness and efficiency of the ITDI portable biogas digester through S&T interventionsSpecific: 1. Design a "Do-it-yourself" portable biogas digester with a cap. of 600 liter

Provide reliable technology for a safe disposal of excess methane gas that is rapidly generated from biogas digester system which are not fully utilized.

1. To improve the effectiveness and efficiency of the developed NEA gadget to run a gasoline-fed generator into a methane gas (biogas) generator. 2. To provide the electric power needs of a farm.3. To supply emergency electric power in events such a

Improve the effectiveness and efficiency of production and waste management systems through cleaner production (CP) and energy efficiency (EE)

Reduce the COD and BOD of wastewater from the leather tanning industry

To address swine waste management and technology problems towards a sustainable source of renewable energy

To establish a safe thermal processed for two MRE in single and multiple serving flexible pouches

1. Determine efficiency of the solidification process in minimizing the mobility of pollutants into the environment 2. Recommend cost-effective materials for an optimized solidification technique

1. Aims to address the environmental impacts bought about by the chromium-containing solid waste generated by the leather tanning industry 2. Determine the characteristics of the solid waste generated by

1. To examine the potential of wastewater as growth medium for microalgae cultivation production 2. To isolate and screen indigenous strains of microalgae taht can remove nutrients from wastewater samples

1. To establish the standard of product identity for ginger brew or salabat necessary for the development of standards and recommended code of practice (RCP)

To conduct product and process development studies on ready-to-use emergency food reserve based on drought o salt tolerant crops for use by the rural community

To evaluate the applicability of local wood species in the bouquet development of wines and spirit during aging; 2. To evaluate the effects of wood specie, age and treatment on the bouquet of local wines and spirit; 3. to be able to recommend the appropriate local wood specie suitable for wine barrel making.

To modify the existing steam retort at FPD Pilot Plant into Water Spray Retort; To evaluate the performance of the modified water spray retort

1. To characterize and identify the composition of the molded/densified plastic product obtained from the MRF of different local government units.2. To determine and evaluate the performance properties of molded/densified plastic product in terms of: modulus of rupture (MOR) and compressive strength.3. To compare results of tests on samples obtained from several LGUs.4. To make recommendation on the optimum processing conditions (i.e., plastic, oil proportions, heating temp., processing time, etc.)

The project will develop a biodegradable biopolymer packaging material that can be used to extend the shelf life of food instead of oil-based plastics.

1. To conduct a preliminary investigation of the clays from region.2. To evaluate the potential of their raw materials.3. To develop products that can be tailored from the raw materials.

General: To develop biphasic calcium phosphate based keratoprosthesis Specific: a. To conduct chemical synthesis of biphasic calcium phosphateb. To characterize synthesized biphasic calcium phosphatec. To determine processing parameters for the development of keratoprosthesis prototyped. To conduct clinical testing of keratoprosthesis

1. To determine the atmospheric corrosivity of specific corrosive environment (i.e. Geothermal, industrial, marine) using the ACM Sensor developed by NIMS2. Determine the corrosion resistance and corrosion behaviour of structural steels (both imported and local producer) exposed in different environments in terms of rate of corrosion (mil/yr) with exposure time.3. To characterize corrosion products developed on steels exposed at specific environments

To utilize the export rejects of okra

1. To develop technology in the standardized processing of herbal materials from two(2) Philippine plants, namely Z.ifficinale (ginger) and C. mercadoi Vidal (cinnamon) 2. To isolate identify compounds present in above-cited plants. 3. To undertake bio-assay for analgesic, antifungal and antioxidant properties of the crude extracts and fractions of different polarities. 4. To prepare a draft of quality control standard. 5. To conduct safey assessment and efficacy of the crude extracts.

To design and test a thermal processing equipment that will utilize industrial wastes such as plastic laminates for hear and oil recovery by pyrolysis.

To explore the advantages of e-nose and e-tongue as food control method for assessing quality of selected Philippine ethnic food products.

General: To conduct innovation of existing water purification systemSpecific:1. To undertake product development of ceramic filter.

The research study aims to synthesize and characterize carbon ìnanostructures using relative inexpensive, high yield, simple and ìenvironment friendly growth method and utilizing the activated ìcarbon produced from CMD's previous project as the carbon source.

To design small scale fluidized bed gasifier and a more efficient gas cleaning and waste water system using biomass for heat and power generating about 30Kw.

1. To determine the optimum parameters in the passive uptake of metal ions by the dried algal biomass. 2. To know the efficiency of the dried algal biomass in the removal of metal ions.

To standardized heat pump drying parameters and procedures for selected Heat sensitive Food Products

1. To develop a recycling technology using specifically wastes of food laminates, sachet, candies, medicine, etc. for building construction that are price competitive

1. To conduct experimental studies using different binders.2. To conduct charaterization studies in relation to mechanical properties, flammability, chemical resistance and performance of the resulting products.3. To design and construct a prototype products.4. To perform a cost-benefit analysis for the production of the rubber slabs/pavers products.

1. To isolate local microbial strains that can decolorize natural dye from textile effluents.2. To design an optimum culture condition for isolates showing decolorizing capability.3. To detect biodegradation products of the best 3 isolates.4. To de

1. To test the performance of the pilot-scale AFBBR in the treatment of wastewater from the coconut processing, leather tanning and milk industry. 2. To determine the optimum operating conditions for the

1. To synthesize biopolyol based on coconut oil.2. To synthesize polyurethane elastomer from coocnut oil-based polyol.3. To determine the thermal and structure properties of polyurethane foam.

1. To develop a laboratory scale dehydration technique using commercial zeolite molecular sieve as benchmark.2. To conduct experimental runs for the optimization of dehydration process.3. To undetake processing of local zeolite.4. To fabricate processed zeolite into beads as molecular sieve.5. To conduct characterization and performance testing of fabricated zrolite beads.

1. To develop a process for hte laboratory synthesis of alkyd ìresin from jatropha curcas oil by varying reaction time, ìtemperature, molar ratio of reactants and concetration of ìcatalyst.

2. To produce alkyd resins that conform will commercial ìspecifications.

3. To develop an economically feasible process for the production ìof alkyd resin.

1. To produce microemulsified hybrid fuel from jatropha oil, coconut oil and blend of jatropha/coconut oil. 2. To produce microemeulsified hybrid fuel that conform to the specifications for diesel fuel in terms of physicochemical properties.

The project aims to build the capability of DOST regional staff in extending CP technical assistance through training and CP assessments.

To imprve the competitiveness of MSMEs by building up the capabilities of DOST Regional Offices on CP, energy effeciency and environmental management systems.

To develop a shelf-stable product from squash that will serve as intermediate raw material or ingredient in some food preparations.

1. To Conduct on-site documentation on the processing of tikoy

Upgrading of bubod tablet preparation to improve the quality of rice wine

To undertake studies on the bilogical applications of jatropha pressed cake for use in pharmecutical and health-care products.

To conduct study on the preparation of portable ready-to-use ìhydrophonics media.

1. To characterize and identify the toxic compounds (curcin, ìphorbol esters, saonins and cyanic acid) from jatropha.2. To determine content and % composition of the toxic compounds in jatropha seeds, oil and press cake.

General: To recycle the pressed cake into granulated fertilzier ìto prevent the problem on waste disposal, to add value to the ìwaste pressed cake and to reduce the production cost of ìbiodiesel.

Specific:

1. To characterize the waste product generated from the ìextraction of oil from seeds of jatroha curcas.2. To conduct pretreatment studies of the jatropha pressed cake.3. To process the pressed cake into natural fertilizer.4. To identify other waste material as source of P and K.5. To blend and enhance the nutrient content of the pressed cake ìwith other commercial fertilizer to produce a complete granulated ìfertilizer.6. To compare the production cost of natural blend fertilizer ìwith the commercial blend fertilizer.7. To evaluate and identify the nutrient content of the natural ìfertilizer product.

To develop canning processes for pineapple products (Slices and chunks in Syrup, and Juice) from the Queen Variety grown in Region V

The project will explore the production of hydrogen from biomass utilizing the existing combustion and gasification technologies developed by FED as source of the syngas that would be treated and purified to recover H2 gas.

The project aims to utilize coal fly ash, a by-product of coal-fired power plants, as absorption material for the treatment of industrial wastewater. Specifically, it seeks to: a) assess the capability of

To demostrate the suitability of gasifier combustor for ìstationary and rotary bakery oven.

1. To utilize the methyl ester by-product for the production of ìhigh-value industrial products.2. To integrate later the production of fertilizer with the production of methyl ester fuel.3. To test the viability of the newly developed bio-fuel reactor and to make the necessary innovation and correction.4. To continue the use of the newly developed methyl ester ìreactor.

a. Develop a suitable formulation of heat insulating paint for roofings (i.e., pre-painted, architectural/ household roofing paint).

b. Determine properties of formulated heat insulating paints

c. Evaluate performance properties of formulated paint (i.e., adhesion, thermal conductivity,hardness, weather resistance, paint film resistance, etc.)

To enhance the marketability of food and other agricultural products in the region through packaging improvement and/or innovative packaging

To establish benchmarks for the selected industries/sectors.

This project is aimed at the development of a UV/TIO2 photocatalytic reactor for the treatment of textile dye in wastewaster. The project has the following specific objectives: 1. Construction of laborator

Through the project, a low cost advanced technology for treatment of organic dyes in wastewater using the Ti02/UV process will be developed.

To establish a demonstration plant for the simultaneous generation of producer gas/syngas and AC production by FBG technology.

This study will be carried-out to develop a cost-effective wastewater treatment system which can be adopted by the food processing industries, and also examine its potential as a green house gas emission reduction activity under the Kyo

To synthesize local microtubullar silicate halloysite nanotubes (HNT) and develop epoxy-HNT Nanocomposites for application in the semiconductor industry. Specific objectives: 1. To develop an effective beneficiation/ processing method of extracting pure HNTs from local kaolin clays. 2. To develop the HNT-Epoxy Resin Hybrids of various HNT loading 3. To study the effect of the nanostructures on the thermal, structural and mechanical properties of the developed hybrid systems vis-a-vis with commercial EMC.

To conduct assessment and performance testi using 5% CME fuel blend with diesel fuel at the Tablas NPC Diesel Power Plant (DPP)To conduct energy audit of the Tablas DPP.

To convert existing pressure cooker and adapt it for high temperature water retort processing with overpressure for flexible pouches.

To design, fabricate and test a small scale (500-600 kg sugarcane) muscovado processing module.

To develop technology on the formulation/ production of turmeric oil into microcapsules and extract into tablet.

To develop a technology in the formulation of an improved ìmosquito/repellent lotion for dengue fever/ other mosquito borne ìdiseases.

1. To conduct application tests of antioxidants (oxygen scavenger or oxygen absorber) in food packaging material, packaging polymer or layer.2. To incorporate the developed antioxidants (oxygen scavenger or oxygen absorber) in food packaging materials,packaging polymers or enclosed sachets.3. To determine the oxygen absorbing capability of the developed antioxidants.4. To evaluate the effect of the developed antioxidants on the shelf-life of the food products.

1. To develop a process for the synthesis of monolaurin via ìglyceryl carbonate (with out molecular distillation).2. To produce glyceryl carbonate and monolaurin.3. To verify and optimize processing conditions.4. To characterize the end product (monolaurin) in terms of ìpurity and recovery.

To develop a technology for the production of commerciable and highly valued products from sampaguita flowers.

Production of fuel composite from carbonized Jatropha-by-products mixed with other carbonizec biomass materials.

1. To improve stability and quality of JME as biodiesel.2. To look for locally available antioxidants suitable for JME.3. To investigate different formulations/ ratio of JME and ìantioxidants that will increase the stability of JME.4. To conduct comparative analysis of pure JME and the different ìdeveloped formulations.5. To conduct application testing of the developed formulations.6. To conduct economics and feasibility study.

To design and develop a hydraulic expeller/machine which can be used to extract the maximum oil of jatropha curcas and ìother oil bearing plants as possible alternative source of fuel.

To design, fabricate and operate a pilot-scale multi-layered scrubber in the removal of biogas impurities and generate methane-enriched biogas (95%-98% CH4) from the anaerobic digester system.

To estimate the carbon storage capacity and sequestration potential of the tree species at the 24 hectare area of the DOST compound.

General Objective: To establish a commercial scale anaerobic filter bed baffled reactor (AFBBR) in a food processing company that will cater to ì the treatment of their wastewater. Specific Objective

To determine optimum conditions for growth of selected microalgae. To set-up bench scale production facility. To determine initial biomass production 100L glass aquarium.

To develop alternative sugars from coconut and nipa sap

To develop acceptable formulation of regular maja using sugar as sweetener

To process chicken feather fiber for the development of new product ad carbon fiber reinforced composite

1. To determine best combination in simulated water. 2. To test selected microorganisms in wastewater.

To develop a viable solution to the high chromium contamination problem in tannery waste effluents via a microbial process. Heavy metal in wastewater efluents can poison ground and drinking water, cause depletionof aquatic life, contaminate the food chain and deteriorate the marine ecosystem.

The project hopes to develop a microbial treatment system technology that can be the basis to modify the existing design of tannery waste treatment plant.

The horizontal screw type biogas digester is a new type of digester wherein continuous mixing is done. Digested sludge comes out of the outlet pipe gradually.

To design, fabricate and operate a pilot-scale multi-layered ì scrubber in the removal of biogas impurities and generate methane-enriched biogas (95%-98% CH4) from the anaerobic digester ì system.

1. To set up facilities for the extraction of essential oil from lemon grass

Assurance of consistency, quality and safety of products for domestic and export requirements, will protect consumer interest, increase competitiveness and expand markets.

To develop new product from processed coconut coir for the construction industry

1. To design and fabricate equipment such as mixer screen compactor for the processing of asphalt mix with waste plastic bags 2. To conduct performance testing on the fabricated equipment. 3. To repair potholes using fabricated processing equipment.

1. To improve the properties of nanographite suitable for easy processing of polymer nanocomposite 2. To develop a method of processing nanocomposite of Poly(styrene-ethylene co-butylene)-b-styrene (SEBS)-Graphite.

To provide scientific data on Toxic migrants in canned and plastic packaged foods and beverages addressing the increasing concern on safety issues related to packaging contaminants in foods.

Main: Extraction of oil from mango seeds for the production of mango butter/oil in cosmetics. Specific: 1. Determination of the oil content of mango seeds. 2. Characterization of oil obtained from mango seeds. 3. Refining of oil for cosmetic utilization 4. Formulation of cosmetics (lotion) using the mango butter.

1. To determine and evaluate the corrosion performance properties of zinc and zinc alloy coated steel test panels retrieved after having been exposed for 3 years under marine, industrial, urban and rural environments in terms of: Mass Loss Determination (Rate of corrosion) via Coating Thickness; Edge Corrosion; and Composition of corrosion products.2. Actual retrieval of Zinc and zinc zlloy coated steel test panels exposed after 4 years.

General: To process jatropha curcas seeds as starting material for the production and testing of jatropha methyl ester (JME) as biodiesel that conforms to set standards. Specific: a. To conduct pilot production runs for oil extraction from jatropha curcas seeds using commercially available/imported oil expeller. b. To process jatropha oil to JME/biodiesel for performance testing. c. To develop high value materials from jatropha. d. To improved and develop locally jatropha processing equipment by reverse engineering in cooperation with local fabricators using imported oil expeller as benchmark. e. To rehabilitate existing ITDI technology business incubator (TBI) buildings for the estblishment of processing and testing facilities dedicated for jatropha processing.

General: To process jatropha curcas seeds as starting material for the production and testing of jatropha methyl ester (JME) as biodiesel that conforms to set standards. Specific: a. To conduct pilot production runs for oil extraction from jatropha curcas seeds using commercially available/imported oil expeller. b. To process jatropha oil to JME/biodiesel for performance testing. c. To develop high value materials from jatropha. d. To improved and develop locally jatropha processing equipment by reverse engineering in cooperation with local fabricators using imported oil expeller as benchmark. e. To rehabilitate existing ITDI technology business incubator (TBI) buildings for the estblishment of processing and testing facilities dedicated for jatropha processing.

Main objective:To develop Polymer Layered Silicate Nanocomposites from recycled polycarbonate and local organo-montmorillonite.

Specific Objectives:1. To develop an effective (`prototype' method of cleaning PC substrates from post-consumer CDs.

2. To develop nanocomposites of recycled PC/organo-montmorillonite systems by melt intercalation technique.

3. To study the effect of the nanostructures on the thermal, structural and mechanical properties of the developed nanocomposite system.

4. To produce prototye products from the developed nanocomposite system by injection moulding.

Development Objective:To develop a viscosifier from vegetable oils and other materials ìfor the formulation of Bio-2T oil for use as lubricant for ì2-stroke engine motorcycle.

To produce clean gas and develop storage technology for ìJatropha husks and shells using the fluidized bed reactor for ìheat and power applications

1. To design and fabricate a bench-scale ytwin screw flash pyrolysis system using locally available materials. 2. To test and debug the system

To optimize the various parameters used in the synthesis of zeolites from coal fly ash and to investigate the capacity of synthesized zeolites to remove toxic metals from wastewater.

To synthesize PET/CNT nanocomposites by two (2) melt intercalation techniques such as: two-roll mill method and extrusion melt methods and investigate the interaction of the CNT in the structural properties , thermal stability and mechanical properties in the nanocomposites products.

Purple Yam of Ube is commonly processed into Ube halaya or Ube

To utilize Jatropha curcas oil extracted from the ram press and hydraulic press in the application for lighting and heatingTo test the performance of the Jatropha oil for different ìlighting and heating apparatusTo develop a modified lighting and/or heating apparatus

1. To design and fabricate a 100L capacity single stage ìesterification reactor to produce methyl ester from jatropha oil, ìas well as from coconut oil.

2. To make available for the farmers, the small-scale equipment ìfor making bio-fuel which they can use in their livelihood ìactivities.

3. To help the farmers become self-reliant with regards to ìalternative fuel.

The project aims to achieve the following objectives during the ì first year: . Develop a selection criteria for determining beneficiary ì town/village. . Determine environmental issues, problems and programs in the ì three (3) identified regions (N

The concept of developing the low-cost solar-wind dryer is by harnessing both the energies of the sun and the wind that is available in coastal areas.

The Project intends to provide technical support to MEs in ì addressing significant environmental impacts through the ì provision of assistance on environmental management systems with ì specific attention to the development of EMPs based on the ì concept

This study generally aims to develop an enriched-culture specifically designed to degrade waste effluent from CME production plant.

Development of a low calorie beverages (RTD tea and Juices) from ìingenious raw materials.

The project aims to develop shelf stable low sugar fruit jams

1) To determine the most effective solvent for extraction of ì bioactive compound. 2) To provide spectroscopic and chromatographic data on the ì extracts 3) To determine the antibiotic activities of the extracts

The project aims to assist MSMEs in NCR to improve their productivity and global competitiveness and comply with environmental standards through the adoption of CP practices and technologies.

To develop a potent antidiabetic food supplement using data of previous studies as scientific basis in order to solve the present and future problem of high incidence of diabetes in the Philippines.

Developmental: To conduct scale-up production of jatropha methyl ìester (JME) using the optimized parameters developed in the ìlaboratory scale production of JME for application testing.

To develop an alaternative technology of producing high-dietary fiber powder.To utilize an agricultural wastes (peel, pulp and seeds) from ìcalamansi.To convert theese wastes into high value consumable product.To produce high dietary fiber capsule in a scale up method.

1. To produce glycerin anti-oxidants2. To characterize and evaluate the product

To utilize Jatropha waste cake as fuel for industrial heating To produce Jatropha Compressed Fuel

- To help LGUs, communities and barangays manage their ì biodegradable solid waste disposal and at the same time utilize ì the compost as fertilizer/soil conditioner for their farms ì thereby lessening their inputs using expensive inorganic ì fertilizer.

1. To enhance awareness on the role of environmental impact assessment of project proposals.2. To provide guidance to the project leaders on environmental impact assessment of processes, products or technologies.

To establish and develop optimum operating conditions for the ì hydrolysis of sweet potato and its fermentation into ethanol

To diminish sulfur content of petroleum fuels

To improve the quality of biogas as an alternate fuel for domestic application.

To develop a technology for the production of oil-degrading ì inoculant.

1. To establish a system of collection that will be ì characterized in terms of ecology and selected biochemical ì characteristics 2. To determine the molecular karyotypes of the strains using ì Random Amplified Polymorphic DNA (RAPD) and isozyme profi

1. To scale up a bench scale microbial treatment technology into ì a continous pilot scale process 2. Design, fabricate and operate a continujous bioreactor for ì microbial removal of chromium from tannery wastes

1. To screen microorganisms for ferric reduction 2. To quantify the reduction in liquid medium 3. To try the microorganisms in industrial wastewater

To develop a bench scale technology for virtual solid state biomethanation process using a simulated biodegradable municipal solid wastes.

To assist Small to Medium Scale Food Industries particularly the ìmuscovado enterprises in the application of the Good ìManufacturing Practices (GMP) and Hazard Analysis Critical ìControl Points (HACCP)

Preparation of draft standards for canton noodles.

The project aims to developed standardized formulations and processes for ìdifferent yacon products (syrup, beverage, chips, preserves).

Ready to eat (RTE) products (meat, fish, rice-based) will be developed for the consuming public, for military rations and disaster mitigation.

To develop PMMA nanofibrous membrane impregnated with MMT for wastewater purification

To develop technology for the recycling of waste materials

The project aims to develop a technology for the production of ì\natural colour (anathocyanin) pigment from ube.

Food products such as longaniza, jerkey and thermally processed ìcanned caldereta, will be developed from goat meat.

Contribute to increasing the competitiveness of SMEs in the food sector by adopting new packaging technology, design and/or improving the packaging of their products.

1. To optimize processing conditions for the recovery of crude ìglycerine by chemical and physical treatments.2. To purify the recovered crude glycerine as by-product in the ìproduction of methyl ester.3. To standardize processing techniques using an alternative method in the purification of the crude glycerine.4. To analyze and evaluate the physicochemical properties of the ìcrude and refined glycerine.5. To conduct preliminary feasibility assessment and technical ìviability of the product using the alternative method.6. To prepare and submit terminal report.

To develop a technically and commercially vibal etechnology for ìthe bench-scale production of USp grade pectin and other health care products from calamansi wastes.

Main: Develop a bench-scale AFBR Model and evaluate its functional performance in the treatment of wastewater from small and medium food processing industries using different types of packing materials Specific:

Develop generic packaging designs for five (5) selectewd Philippine products

To conduct study on the application testing of the synthesized benzoyl glyceryl laurate as a palticizer of PVC.

Specific Objectives: a. To pilot test the benefits of CP Assessments; b. To identify projected benefits and possible lessons learned; c. To prepare preliminary benchmarking of industry sector performance anal

1. To develop a method for the synthesis of trans-free margarines from pili and coconut oils2. To optimize the conditions for production and purification of the product3. To determine the physical and chemical properties of the product by chemical and/or instrumental methods of analysis

1. Prepare training modules for Capacity Building of Regional ì Capabilities on Cleaner Production and Energy Efficiency 2. To conduct trainings and workshops on CP and EE for SMEs.

1. To develop an alternative technology for the production of high-dietary fiber2. To utilize agricultural wastes (peel, pulp and seeds from calamansi) and convert into high value consummable product3. To produce high dietary fiber in capsule form

General: To develop viable technology for the production of ìactivated carbon fabric using textile wastesSpecific:1. Identify an appropriate furnace for carbonization and ìactivation process2. Optimize the carbonization and activation process for the ìproduction of ACF3. Analyze and evaluate the properties of the product4. Establish a method of application testing5. Determine economic viability of the process

To assist the project leaders in ensuring that appropriate ì planning/design practices will be utilized whenever sensitive ì environmental resources or values are likely to be affected.

1. To produce carrageenan oligomers (low molecular weight ìcompounds) from eucheuma species2. To characterize and evaluate the product

Main Objective: To develop a prototype portable type biogas ì digester Specific: To design and fabricate a portable type biogas digester

Utilization of Coconut Skim Milk (CSM) and the precipitated ìproteins (Latik) generated after VCO manufacture.

Preparation of commerciaization package: 1) engineering design ì of alcohol plant, 2) validation of Dr. Joson's alcohol ì fermentation technology, 3) pilot plant fabrication and ì validation of distillation system, 4) integration of other ITDI ì componen

The focus of the study was to isolate and screen marine microalgal species that can be used as feedstock for biofuel production. Specifically, the study aimed to 1) visit microalgae production facilities and gain first-hand experience on the culture and production of microalgae2. Collect existing marine microalgal sepcies3. Isolate local microalgal strains from various marine sources and 4. Screen potential microalgal species with high biomass yield.

This project aims to establish a demonstration facility composed ì of a conventional biogas digester which will be utilized for the ì treatment/ digestion of solid wastes to produce biogas to help solve or alleviate the problems on solid waste

General: To develop HAp coated Titanium metal for medical application Specific: 1. To conduct synthesis of Hap coating using local limestone 2. To characterize synthesized coating by XRDm particle size and SEM 3. To determine processing parameters for the application of HAp coating onto the surface of Ti metal. 4. To characterize HAp coated Ti metal and conduct "in vitro" testing for biocompatibility.

General: 1. To assess the environmental impact of CME production ì and utilization. 2. To motivate target users of CME in adopting the technology. Specific: 1. To gather air quality baseline data. 2. To conduct vehicle performance and emissi

The project generally aims to improve competitiveness of small and medium sized muscovado sugar mills through process improvements. Specifically, it aims to:

To establish the processing steps and procedures for the ìproduction of activated carbon.

To design and fabricate an integrated system for fluidized bed ìcombustion of rice hull for drying applications such as palay.

To efficiently utilize heat energy produced from the combustion ìof rice hull for drying palay and other products.

To determine the techo-economic viability of the system

To develop a design for the fabrication of a portable type UASB ìreactor for use in the treatment of wastewater from the coconut ìprocessing industry.

To design a water-tube boiler appropriate to small and medium ìindustry in the rural area

To design a biomass gasifier with waste heat recovery

To produce a rice hull char suitable for activation either steam ìor air at high temperature.

1. To design and fabricate an innovative bench-sclae flash ìpyrolysis system using localy available materials.

2. To test and debug the system.

3. To optimize the developed system using different raw ìmaterials.

To contribute to the country's goal of enhancing energy ìself-sufficiency through development of indigenous energy ìresources through energy efficient and enviroment friendly technology.

To contribute to the country's goal of enhancing energy ìself-sufficiency through development of indigenous energy ìresources through energy efficient and enviroment friendly technology.

General: To mitigate environmental problems arising from ì industrial wastes. This includes problems related to low pH ì levels and high concentration of organic and inorganic components Specific: 1. Characterize industrial waste effluents. identify

1. To update the country based inventory of dioxins and furans ì that will provide basic understanding of where (problems occur ì (if existing); current known sources; releases to media (air, ì water and soil); and relative contribution of the sources.

Developmental Objectives: This project is in response to the need to develop an alternative ì cost effective method for treating wastewater containing toxic ì metals. The result of this study will be useful to industries ì such as semi-conductor and e

Main: Develop a bench-scale AFBR Model and evaluate its ì functional performance in the treatment of wastewater from small ì and medium food processing industries using different types of ì packing materials Specific: 1. Conceptualize, design and fa

1. To convert coal fly ash to zeolites2. To determine adsorption capacity of zeolitic product for ìtoxic metals including copper, chromium, lead, nickel and zinc as ìa function of contact time, pH, zeolite mass and initial ìconcentration of toxic metals3. To carry out similar adsorption experiments using raw coal ìfly ash and compare results with that coal fly ash-derived ìzeolites4. To design, fabricate and operate heavy metal treatment system ìfor pilot testing of the technology5. Pilot test the heavy metal treatment system6. Regeneration and recovery of toxic metals for reuse7. Conduct a cost-benefit analysis of the developed technology

1. To characterize EP dust2. To make vitrified tiles formulation3. To characterize prototype products4. To write technical paper and patent application

1. To provide technical assistance to CENMACO in the treatment of wastewater using UASB system2. To promote the transfer of technology on wastewater treatment using UASB system developed by ITDI3. To pass the standards set by DENR and reduced pollution load of CENMACO4. To develop the UASB technology in a full-scale plant

To develop appropriate transport containers and packaging system for vegetables using Benguet as a model site

To develop a technology for the scale-up production of nata de ì coco for food and industrial applications.

To assess the environmental friendliness of ITDI Ems and determine compliance of existing techno-transfer projects to environmental legislation.

1. To assist industries in setting-up their own hazardous waste treatment facility.2. To establish an appropriate treatment procedure for industrial wastes.3. To design and cost estimate a suitable hazardous treatment facility for the industry4. To help the industry meet their environmental responsibilities5. To minimize the migration of toxic substances and hazardous wastes into the environment

1. To provide technical assistance to Syscore Inc. in the design, construction, start-up operation, maintenance and monitoring of Their wastewater treatment plant.2. To scale up to full size the previously developed wastewater treatment system3. To disseminate the wastewater treatment technology4. To promote the use of the UASB in the treatment of wastewater with high organic pollutans5. to help the company in complying with environmental laws and regulations

1. To provide technical assistance to TSB on the design of a full-scale wastewater treatment facility, supervision during its construction, start up and operation2. To reduce the pollution load generated by TSB to bodies of water3. To promote the transfer of technology on wastewter treatment developed by the ITDI and Japan

To promote solid waste management technologies to interested LGUs.

To assess the potential of nanotechnology in the country and identify areas for possible R&D in nanotechnology

1. To develop a new packaging material using glass2. To cater to the growing requirements of the food industry

General: To scale up processing of scrap/waste plastic aluminum packaging laminates into usable products (e.g. garden pots, bins, panel boards, etc.)Specific:1. To establish and optimize processing parameters at a pilot scale production2. To determine and evaluate technical and economical viability of the developed technology (ie. BOP)

1. To design a machine to effectively compact tin cans to less than 70% of their original volume2. Affordable costs for households, restaurants, hotels, etc.3. Transfer of technology as part of solid waste management program of ITDI

1. To study and utilize coal fly ash generated by power plants.2. To develop products using fly ash and borosilicate glass/or soda lime glass for structural building components such as floor for industrial structures, inside and outside facing walls.3. To test and evaluate properties of glass-ceramic products.

1. To scale up the production of the ceramic filters (following the need/specifications of the client)2. To monitor the actual performance of the filters.

To conduct performance testing of formulated ceramic glass sensors.

1. Identify/Determine the plastic polymer type2. Determine the identity and quantity of plastic packaging component and determine its toxicity level3. Develop a reaction mechanism between plastic packaging components and the product, if possible

General: To develop a machinable and bioactive glass-ceramics using bone ash as major raw material.Specific:1. To determine the suitability of bone ash as major raw materials for machinable and bioactive glass-ceramics2. Determine the appropriate heat treatment conditions to produce machinable and bioactive glass ceramics3. To determine the other properties of the glass and glass-ceramic samples

To conduct technology transfer/dissemination on the developed ìinnovative packaging technologies for Philippine products.

The project involves the promotion of Philippine mango products ìthrough innovative packaging and participation to international ìtrade fairs.

General: To mitigate environmental problems arising from ìindustrial wastes. This inlcudes problems related to low pH ìlevels and high concentration of organic and inorganic ìcomponents.

Specific:

1. Characterize industrial waste effluents. Ident

The project aims to undertake the production of high temperature ìtolerant Agaricus spp using an improved composted substrate mixed with ìlocally available organic materials.

To developed and practically demonstrate a mechnism for encouraging company level actions to increase the efficiency of energy use in their producion processes.

The project involves scale-up production of nata de coco in ìstirred fermentor using coconut water and coconut milk as ìsubstrate.

The project will conduct formulation studies and determine the optimum organoleptic properties, taste, texture, odor and appearance at different periods of storage.

To improve the quality of dried/processed fish products and establish a common service facility at Puerto Princesa

General: To set up a MRF that could cater to the segregated wastes in the whole DOST compound and could later showcase effectiveness that could be duplicated among LGUs.Specific:1. To implement effective solid waste mgt at ITDI and the whole of DOST2. To conduct R&D studies for other recyclables not being bought at present3. To make the facility self sustaining if possible4. To have a clean environment around DOST

1. To propagate fruiting bodies and mycelial biomass of Ganoderma lucidum2. To isolate, compare and characterize the active compounds ìfrom the fruiting bodies and vegetative mycelia3. To conduct preliminary in vitro test on the medicinal uses of

To set up a Material Recovery Facility for handling solid wastes ìgenerated at ITDI.

1. To utilize waste glass and abaca fibers as industrial and decorative material2. To characterize the physico-chemical properties of glass and abaca fiber and evaluate their suitability as industrial and decorative material3. To develop a feasible process for the production of intended products4. To characterize developed products

To produce microbial inoculant for specialized solid wastes

A potential solution in addressing the municipal solid waste management and disposal problem.

To develop a low cost technology that will allow recovery and/or ìbiological treatment of residual oil spills and oil contaminants ìin water.

1. Construct 3 units of 350 kg/d composting bioreactor based on ì3 diff. design configurations2. Construct a 100 sqm raw compost covered drying area3. Operate continuously the 1 ton/da composting technology ìfacility using segregated biodegradable

To develop a low cost technology that will allow recovery and/or biological treatment of residual oil spills and oil contaminants ìin water.

1. To propagate inoculum in shake flasks ì3. To scale up production to 100 liter fermentor using corn ìextract as substrateì4. To propagate inoculum for scale up process ì5. To conduct fermentation runs in 100-liter fermentor ì6. To characterize

To establish the optimum operating conditions for ethanol production that will be economically viable using cassava-based ìraw materials as an alternative to the molasses-based alcohol ìfermentation.

To strengthen the partnership between FSI and DOST-ITDI, throught IPCT

The project aims to put up a packaging library and data bank on international regulations, standards, code of practice, directory of suppliers of packaging materials, machinery and components, etc. which will be part of the Packaging R&D Center

1. To develop a mcehanized automatic cashew sheller based on existing manually operated shelling machine2. To increase labor productivity in the shelling operation by a factor of 9 or more while maintaining the quality of kernels

1. To coat substrate with cell free enzyme liquor

2. To determine its toxicity (if any) on lower form of animals

To develop standards fro transport packaging for specific products such as terracotta based, metal based, paper based, wood based and glass based house/holiday decors, and gift -wares

The study aims to link the laboratory scale with the pilot scale ìproduction of pili shell AC for possible commercialization.

The Asian Development Bank through the Sector Development Program ìprovided a financial assistance package of US$176 million to ìclean up the highly pollyted river. The program aims to bring ìlife back to the river and make it suitable for activities

To protect the VCO industry and to sustain the market niche ìestablished by the Philipppinrd in both the export and local ìmarkets, the DOST has embarked on the Science and Technology ì(S&T) Program for VCO. Among the objectives of the Program is to ì

1. To develop an alternative clean technology of producing biodiesel (methyl ester) from used cooking oil2. To produce biodiesel that meets the specifications set by PNS for CME

1. To utilize waste plastic bags as additive in asphalt mixed for road pavement.

2. To characterize modified asphalt mixes and compare properties with conventional mixes.

3. To process waste plastic bags in the preparation of modified asphalt mixes.

To produce nano-scale magnetic particles using ion exchange method.

General: To synthesize a composite chitosan-coated biomaterial for industrial applications.

Specific:1. To assess the economic feasibility of the project2. To produce chitin/chitosan from available crustacean shell wastes3. To establish processing parameters for the development of composite chitosan-coated biomaterial for industrial applications4. To undertake characterization studies

General: To optimize conditions and parameters for the ìtransesterification of Jatropha oil for the production of ìbiodiesel (Jatropha methyl ester or JME) with the highest yield ìand quality that conforms with the standard specifications for ìbiodiesel.Specific:1. To optimize conditions/ parameters for the ìtransesterification of jatropha oil to produce JME such as mole ìratio of reactants, reaction time and concentration of catalyst.2. To analyze resulting products and check if they conform with ìthe standard specifications for biodiesel.3. To conduct specification and emission testing using a ìdiesel-fueled vehicle.4. To conduct economic feasibility studies5. To collate data and evaluate results

1. To make trial runs at pilot scale2. To verify data for commercial production3. To assess and validate the technical and economic viability ìof the technology4. To serve as training facility to demonstrate technology of ìfresh-dry virgin oil production

General: To undertake compounding/ blending of fragrances for ìuse in the formulation of personal care products.

Specific:1. To extract essential oils by distillation and solvent ìextraction2. To undertake compounding/ blending of essential oils3. To evaluate and compare the compounded product with ìcommercial products4. To conduct preliminary studies on the formulation of shampoo, ìlotion, cream, liquid hand wash and soap using the compounding ìfragrances

The project is directed to help augment the income of small ìfishermen in coastal areas.

1. To test the product samples with the standard procedure for the Toxicity Characteristic Leaching Procedure (TCLP) using acetic acid as being recommended.

2. To complete the analysis of the raw material as well as the product samples.

3. To comply with the other requirements of DENR rules and regulations.

To undertake bench-scale production and clinical study of ìnatural-based analgesic balm that is safer, more effective and ìcheaper than commercially available products.

Specific:1. To conduct bench-scale production of analgesic balm using ìnatural-based active ingredients2. To evaluate properties of the product including analgesic ìproperty3. To undertake clinical study of the product4. To prepare product cost analysis/BOP5. To undertake market study of the product

To enhance the food use of nata de coco through the development ìof novel value added products.

To develop acceptable low sugar strawberry and mango jams and ìdurian preserve

To develop low calorie beverages (RTD tea and Juices) from ìingenious raw materials.

The project involves the shelf life testing of virgin coconut oil ìstored at ambient and accelerated temperature

The project aims to develop a standardized process for ube puree ìin retortable pouch.

Developmental The main objective of the project is to develop an enterprise ìmodule for ube processing that could be utilized/adopted by the ìindustrySpecific:1. To develop an acceptable ube puree in retortable pouches ìbased on the requirements of the industry2. To develop an acceptable and commercial products from ube ìpowder

1. To produce crude oil from Jatropha2. To determine the yield3. To determine the fuel characteristics of the extracted oil

The development of standards involves: extensive quality control ìdata collation and analyses; consultation with the affected ìindustry sectors, regulatory authorities and stakeholders; and, a ìproactive and determined national representation in worldwide ìfood standards setting organization such as the Codex ìAlimentarius Commission.

The consultative process provides a realistic, effective and ìconsistent approach to regulatory enforcement, which must involve ìsafe and hygienic production, processing, storage and transport ìof food.

To develop and characterize polymer-based nanofibers byelectrospinning process.

The project will encompass development of manpower (local expertise) in the region.

1. To increase the marketability of products of SMEs in the region ìthrough application of innovative and appropriate packaging ìtechnology.2. To provide assistance to DOST SPTCs in the conduct and supervis ìion of packaging testing services.3. To make the generic packaging technologies developed by the ìPRDC readily available to SMEs in the region

To facilitate the transfer of the PCIER-ITDI continuous ìcarbonization-activation technology through technology ìrefining/testing and commercial prototype development.

1. To design and fabricate an acetator with a capacity of 1000 liters

Increase the marketability of banana based products in domestic and export markets through appropriate and innovative packaging technology.

The project aims to produce processed engineered fuel from ìmunicipal solid waste components, locally fabricate an extruder ìmachine for PEF and utilize PEF as supplemental fuel for solid ìfuel boilers, kilns and furnaces.

1. To prepare paper on the art technology on the subject

General: To develop a solvent from CME suitable for our local paint, adhesive and printing inks manufacturing industries

1. To develop a technology in the processing of herbal products2. To offer prototype products from licensing/commercial ìproduction

General: To develop suitable formulations of anti-corrosive polyurethane (PUR) coating/ paint made from coconut oil based acryl polyol resinSpecific:1. To develop an anti-corrosive based 2 pack-PUR paint suitable for auto refinish2. To determine and evaluate the performance properties of formulated PUR coating applied on steel substrates vis-a-vis commercial anti-corrosive paints under different corrosive environments3. To conduct formulations of PUR coatings at varying proportions of primary components

To convert three types of hazardous wastes (mine tailings, electronic sludge and waste glass) into useful product that will ultimately help preserve the pristine condition of our country's environment.

To develop packaging innovaions or new packaging concept to increase the global competitiveness of the products.

Tro develop acceptable marianted Tilapis

Standardize the process for green mango puree mango

To facilitate the technology commercialization of the smoked fish ìenterprise module

To develop an acceptable and commerciable products from ube ìpowder

1. To develop a process used in making thin/flat plates for sea-shells found in the Phils.2. To establish linkages with seashells association/ entrepreneurs

To develop technology for pre-packaged trimmed and pre-cut green mango slices

To conduct verification of established process of mango halves/slices in syrup packed in glass jars and tin cans

To develop the technology for the production of coconut ìskim milk powderSpecific:

Main: To develop a nanocomposite of improved performance from a recycled polymer embedded with layers of alumino-silicates to form polymer layered silicate nanocomposites (PLSN)Specific:1. To develop a treatment process of cleaning polycarbonates obtained from post-consumer compact discs (CD) - video or audio for nanocomposite application2. To prepare/process and characterize organoclay from Bicol for application as nanoclay filler3. To develop hybrids of polycarbonate and clay by in-melt intercalation techniques, and characterize the developed nanocomposite products

To design and develop a prototype Data Acquisition for Thermal Processing electronic module for the food industries.

To design and develop a prototype of electronic module that will be interfaced with pH level controller and the two transfer pumps in controlling the pH level of the solution tank.

To prototype the PIC microcontroller- based PIC controller; to build 4 industrial closed-loop systems such as temperature controller, pressure controller and AC and DC speed motor controllers including its peripheral electronic modules; and to build other industrial closed-loop control systems based on customer's demands

To conduct R&D studies on the most adaptable conversion process ìfor the production of liquid fuels from biomass.

To establish the processing facility for the production of CRF.

To conduct studies on the extraction of methane from open lagoon ìsystems in industries for energy application.

To establish a prototype industrial salt production center using ìthe fractional crystallization technology.

To upgrade the existing salt production technology in Cagayan.

To determine the economic viability of the process.

To create livelihood opportunities for the interested families in ìGonzaga.

To design a control system that will monitor level of water in tanks located in the premises and automatically switch on or off the system.

To upgrade the processing facility of the enterprise module for herbal bath soap to cater to the needs of medium scale investors for production efficiency.

The project aims to develop an electronic system/ module that will replace or will be integrated to the equipment. The system will provide process monitoring and control, safety measures and other electronic needs of the facility.

Main: To develop topical analgesic products that are safe to ìuse, effective and cheap than commercially available ones.Specific:1. To increase/ enhance the analgesic activity of blended oil2. To improve formulation of topical analgesic products3. To conduct dermal irritation and eye sensitivity tests of ìthe products4. To evaluate the physical properties of the products5. To perform storage stability or shelf life of the products6. To conduct product cost analysis

The project will develop frozen marinated tilapia.

1. To optimize parameters and procedure for the production of ìmethyl and ethyl esters with 0.25% total glycerine content2. To compare the properties of both methyl and ethyl esters3. To prepare blends of methyl/ethyl esters with petro diesel ìfuels and analyze its properties4. To conduct application testing of both esters and various ìblends to diesel automotive vehicles.

General: To develop a technically and commercially viable ìtechnology for the production of high value products from ìcalamansi wastes.Specific:1. To undertake studies on the production of high quality ìessential oils from the rind of calamansi2. To determine a commercially feasible process for the ìproduction of pectin that meets the USP standard3. To undertake the medicinal and pharmaceutical applications of ìthe produced pectin4. To utilize calamansi oil in the preparation of health-care ìproductsì

To develop quality specifications of thermally processed purple yam (ube) in syrup

The project aims to standardize the procedure for vacuum fried crablets and string beans by determining appropriate frying temperatures and loading density. Characterization for moisture content, crispiness and fat content will also be undertaken.

The project aims to standardize the process for canned rice meals ìproducts made of rice and dish which will result in a shelf ìstable product that can meet the nutritional requirements and ìhave wider acceptability.

To assess the technical feasibility of the production of DME

The project will establish the smoked density of fabricated ìsmoked house and standardize processing conditions of smoked tilapia based on the established parameters of the smoked house.

The project aims to develop the technology for the production of carbonated or sparkling basi.

To design, fabricate and install a waste heat recovery boiler ìusing heat coming from the carbonization of coconut shell

General: To develop viable technology for the production of ìactivated carbon fabric using textile wastesSpecific:1. Identify an appropriate furnace for carbonization and ìactivation process2. Optimize the carbonization and activation process for the ìproduction of ACF3. Analyze and evaluate the properties of the product4. Establish a method of application testing5. Determine economic viability of the process

General: To optimize a technically and economically viable ìmanufacturing process for the production of specific fertilizer ìfor coconut trees using agricultural wastes.Specific:1. Determine the optimum manufacturing process for the ìdevelopment of the specific fertilizer for coconut trees2. Identify appropriate equipment for the scale-up production of ìthe specific fertilizer3. Improve or modify the previous formulation using suitable ìagri-waste materials4. Identify possible counterpart on the application test of the ìproduct5. Determine economic viability of the process

General: To optimize a technically and economically viable ìmanufacturing process for the production of specific fertilizer ìfor coconut trees using agricultural wastes.Specific:1. Determine the optimum manufacturing process for the ìdevelopment of the specific fertilizer for coconut trees2. Identify appropriate equipment for the scale-up production of ìthe specific fertilizer3. Improve or modify the previous formulation using suitable ìagri-waste materials4. Identify possible counterpart on the application test of the ìproduct5. Determine economic viability of the process

To set up a processing facility for agar and to come up with an ìenterprise module for the processing of agar

1. To develop new products from glycerin such as substitute for ìcorn gluten in swine and poultry feeds, glycerol carbonate, ìglycidol, etc.2. To increase market share and demand of glycerin and to ìstrengthen its competitiveness with the other polyols

General: To scale up the laboratory developed production process ìand application testing of monolaurin product in the medical and ìpharmaceutical fields.Immediate:1. To conduct verification studies on the developed lab/bench ìscale production of monolaurin from coco C12 fatty acid2. To scale up the production of monolaurin based on the ìoptimized conditions established on a lab/bench scale basis3. To conduct the physical and chemical characterization of the ìresulting product4. To conduct other purification to further improve the quality ìof the product5. To negotiate the application testing of monolaurin in the ìmedical and pharmaceutical field6. To assess/ evaluate the viability of the developed process on ìmonolaurin production for eventual commercialization

1. To develop new products from glycerin such as substitute for corn gluten in swine and poultry feeds, glycerol carbonate, 1,3 propanediol, etc 2. To increase market share and demand of glycerin and to strengthen its competitiveness with the other polyols.

1. To characterize steel making slags obtained from the steel mills.2. To determine the potential uses of slags for construction materials.3. To evaluate results of findings on the R&D conducted.

1. To study, characterize and develop glass/ glass ceramics from local materials.

2. To characterize/ utilize quartz sand, dolomite, magnesia and clay for the production of glass/ glass ceramics.

3. To conduct nucleation and crystal growth treatments to convert glass into glass-ceramics.

4. To test and evaluate glass/ glass-cermics produced.

1. To determine safety measures to be done to protect the workers and the equipment from electric hazards2. To aid the workers in managing the food processing3. To achieve a more efficient and effective production output.

1. To develop mechanized, semi-automated equipment for garlic peeling and slicing in a medium-sized batch-typed operation2. To encourage and increase production of processed garlic in Batanes and in other provinces where garlic is substantially harvested and postharvest facilities are unavailable.

General: To establish an enterprise module for the production of ìmethyl esters of coconut oil as diesel fuel additive/substituteSpecific:1. To design and fabricate equipment for the esterification of ìcoconut oil.2. To test run the fabricated equipment by producing coconut oil ìmethyl esters using ITDI developed technology on methyl ester ìproduction3. To establish a methyl ester plant facility that will be ìoffered as an enterprise module to interested parties4. To conduct project feasibility studies on the economics of ìproducing methyl esters from coconut oil as diesel fuel ìadditive/substitute

This project aims to utilize saba in the production of an oral hypoglycaemic agent from its unripe fruit and flowers.

1. To produce oral hypoglycaemic agent from the unripe fruit and ìflowers of M. sapientum2. To conduct analyses of the physico-chemical properties of the ìproduct3. To conduct bio-assay of the product4. To determine the bioactive constituents

The project involves the establishment of an EM on a ìvillage-level technology for the production of high quality ìessential oils. A design of a 100 kg capacity direct fired ìportable, hydrosteam type of essential oil extractor will be ìprepared equipped with temperature gauge and mechanism for ìcohobation.

To help upgrade the capabilities of the bottled sardines industry in Dipolog City by facilitating the implementation of technical intervention measures to improve their productivity and competitiveness and the quality and safety of their products

The project is proposed to improve processing technologies of ìcoconut to obtain quality products for the local and export ìmarkets. It aims to assist SMEs in the application of GMP and/or ìHACCP principles for them to produce safe foods.

To conduct performance testing on the use of the ITDI Gasifier-Combustor as heat source for coffee drying/roasting ìusing coffee hulls.

General: To identify and develop the extracts of lesser-known species (LKS) into a fuel additive and other high value products.

The project aims to conduct studies on the use of sodium silicate ìas a substitute to sodium hydroxide to address the problems ìintroduced by and associated with the use of sodium hydroxide as ìthe neutralizing agent in the refining of coconut oil.

To determine the therapeutic effects of MCT oil in the management ìof diarrhea among children

General: To study use of sodium silicate as substitute to sodium ìhydroxide as neutralizing agent in the refining of coconut oilSpecific:1. To optimize conditions in the refining of coconut oil ìutilizing sodium silicates as substitute neutralizing agent2. To undertake comparative studies using sodium hydroxide in ìthe neutralization process vis-a-vis sodium silicate3. To conduct comparative cost analysis

To determine the photodegradation of PP random copolymer.

To characterize the exposed coated metal under marine environment by SEM, optical microscopy.

To prepare technical paper for submission to CSIRO.

To be able to interpret the graphical figures of the programmed process control system into its corresponding machine code for the monitoring and control purposes through simulations.

The project aims to develop and fabricate a low-cost induction ìsealing equipment for food and drinks packaging processes.

1. To determine properties of seaweeds which have correlation with their moisture content2. To develop a portable moisture meter for seaweeds application

1. To develop a low-cost remote data acquisitio and control system (DACS) for industrial application2. To study and apply networking technologies that will enable remote monitoring instruments to be accessible via the internet

Project Description

To scale-up the technology for the production of gas from swine effluents using two-stage process

The project aims to determine and evaluate the quality profile and functional properties of Makapuno (ECM and kabuwig)

The project aims to develop and standardize process for structured beef steak

The project aims to explore the advantages of E-nose and E-tongue as a food control method for assessing he quality of selected Philippine ethnic foods

The project aims to develop a natural yellow food coloring from the underutilized agricultural crop Tiesa

The project will focus on the bioremediation of two mercury-contaminated sites in ITDI. This will involve initial screening and isolation of heavy metal resistant microbes from the contaminated sites followed by parameter optimization for an enhanced upt

A treatability study on the wastewater generated from ITDI laboratories will carried-out to determine specific technologies to be employed and considered in the desgn of the proposed DOST wide Sewage and Treatment Plant (STP)

The project aims to establish processing methods for the production of natural sweeteners from local plant materials and characterize the products in terms of their sensory profile and physic-chemical properties

To enhance and extend the shelf life of fresh cut fruits and vegetables through the application of Modified Atmosphere Packaging (MAP)

Increase the marketability of agricultural fresh fruits and vegetables via appropriate transport packaging technology

To develop five shelf stable ready to eat foods as disaster mitigation/relief foods

The objective of the project is to create the Third Philippines National Dioxin/furan EmissionInventory (hereafter referred to as the Thrid National Inventory). This consultancy should follow the methodology in the UNEP Toolkit but in comparison to US EP

The project aims to better characterize emissions from uncontrolled burining of dumpsite waste, agricultural residue waste, and the controlled burning of agricultural biomass in industrial applications. The emissions of agricultural biomass from uncontro

Mosquitoes pose the greatest threat to public health because of their ability to act as vectors of pathogens causing dengue, malaria, yellow fever, encephalitis and filariasis. Mosquito-borne dieseases contribute significantly to disease burden, death, poverty and social debility all over the world, particularly in tropical countries. Mosquito control depend primarily on synthetic insecticides. However, widespread use of these insecticides

The project aims to establish biochemical and hematological profiles in selected laboratory animals bred in DOST-ITDI Laboratory Animal Resourc Center.The project aims to establish biochemical and hematological profiles in selected laboratory animals bred in DOST-ITDI Laboratory Animal Resourc Center.

Develop personal care products fror the hair and skin utilizing lyophilized coconut water.

The project aims to reduce the chemical oxygen deman (COD) and biological oxygen demand of wastewater from the leather tanning industry.

The project aims to develop a formulation for the preparation of an edible film from local starches

To develop innovative techniques for the processing of quality smoked salt for food application

The results of this study will provide recommendations on appropriate processing methods for the production of vacuum fried carabao mango

The project will assess the life cycle environmental impacts of the production, use and disposal of grocery bags available from Metro Manila supermarkets. It will specifically identify the material and energy usage, emissions, waste flows of the product,

The project will conduct interlaboratory comparison through proficiency testing on the analysis of benzoic acid and histamine in foods by different local and international laboratories or NMI.

Aims to develop local capability in the production of secondary reference materials for metals in water and conduct proficiency testing on metals in water through interlaboratory comparison with local and international laboratories.

The project aims for the utilization of coconut water from copra processing plant into value added products

The project will improve the quality of the treated wastewater from the swine industry

To be able to address the possible impacts that untreated sewage have on the environment and human health, a sewage treatment facility must be developed and pilot tested. There is a need to characterize the sewage/wastewater to be used in the project to

Develop biodegradable polymers nanocomposites with enhanced mechanical properties and water resistance with specific application on disposable foam and cutleries for food packaging application

Potassium (K) is essential for plant and animal life wherein it has many vital nutritional roles. In plants , potassium and nitrogen are the two elements required in greatest amounts, while in animals and humans potassium is the third most abundant element, after calcium and phosphorus.

Slow and controlled-release fertilizers are fertilizers containing a plant nutrient in a form which either : delaya its availability for plant uptake and use after application or which is availabler to the plant significantly longer than a reference rapidly available nutrient fertilizer such a ammonium nitrate or urea, ammonium phosphate or potassium chloride.

This project is about the scale-up production of biolubricants from vegetable oils, particularly, coconut and jatropha curcas oils. The ester product produced will be used as the base materials for biolubricant formulation for various applications such as: lubricating oil, mould oil, hydraulic fluid, lubricating grease, metal cutting fluid and transmission gear oil. Results of various applications will be evaluated to determine the best application of the biolubricant produced. Biolubricant base stock will be produced by the methanolysis of the vegetable oil to produce fatty Acid Methyl Ester. FAME will then be transesterified with a heavy alcohol like trimemethylol propae in the presence of a base catalyst. The methyl ester produced will be

The project will introduce another option for industries in treating their wastewater with the use of microbial strain which are proven more effective and efficient.

The project aims to identify appropriate food additives for soy-based products to discourage fraudulent practices of food adulteration

Eicosapentaenoic Acid or EPA is one of several omega-3 polyunsaturated fatty acids (PUFA) used by the body. It is found in cold water fatty fish, such as salmon, tuna, mackerel, sardine, shellfish and herring also in cold liver and menhaden. It is also found in fish oil supplements, along with docosahexaenoic acid (DHA). Omega-3 PUFA, EFA and docosahenxaenoic acid (DHA), have many medically established benefits against cardiovascular diseases, cancers, schizophrenia, and Alzheimer's. Omega-3 fatty acids helps lower the risk of heart disease and has positive effects on coronary heart disease, high triglycerides

The project aims to develop pilot scale batch reactors for the bio-methanation of the organic fraction of municipal solid waste (OFMSW) for proper solid waste management and renewable energy production. Biomethanation of OFMSW will be carried out in a on

The facility is proposed to be located at the DOST Compound, Bicutan, Taguig in one of the buildings of the Industrial Technology Development Institute. However, this building needs to be renovated and refurbished to meet the ISO standards and laboratory requirements for a state-of-the-art advanced device and materials testing laboratory

Development of a novel nanostructured membrane from natural resource like kapok impregnated with chitosan for the removal of contaminants such as toxic heavy metals from wastewater through membrane adsorption.

The study will focus on he use of appropriate food additives to mitigate illegal use of substances (adulterants) not allowed in soybean processing

For many semiconductor devices used in power electronics circuits, the chip attachment or die-attach must also serve as an electrical interconnection such that the die-attach material has to be a good electrical conductor as well as a good thermal conductor for heat removal. New developments in this area such as the use of HNT as a component in silver-filled epoxy die-attach material will be very useful in the semiconductor industry in terms of cost and performance. The use of natural halloysite nanotubes will also boost the mining industry of the Philippines.

Mosquitoes are vectors of many important human diseases, with transmission of arboviruses largely associated with the subfamily Culicinae, lymphatic filarial worms with both the Culicinae and subfamily Anophelinae , and transmission of malaria causing parasites with the Anophelinae (6). Aedes aegypti is the best characterized species within the Culicinae (7), primarily due to its easy transition from the field to laboratory culture, and has provided much of the existing

Virgin Coconut Oil is the naturally processed, chemical-free and additive-free product from fresh coconut meat or its derivative (coconut milk and coconut milk residue) which has not undergone any chemical processing after extraction. It is the purest form of coconut oil, water white in color, contains natural vitamin E and with very low free fatty acid content and peroxide value. It has a mild to intense fresh coconut scent depending on the type of process used for production.

1. The project will utilize the jatropha seed oil in the production of methyl ester for fuel in the newly developed/fabricated continuous type reactor. 2. In the newly developed reactor, trial runs will be conducted producing the methyl ester for fuel. 3. The performance of the reactor will be tested with other oils, like jatropha seed oil, and assessed with reference to the production using the commercial refined cooking oil and waste vegetable cooking oil.

Volatiles of the ECM meat will be extracted using Simultaneous Distillation Extraction (SDE) and Solid Phase Microextraction (SPME). Identified and quantified will be done using Gas Chromatography (GC).

This project is about the production of 1 million of Ovi/Larvicidal Trap Kits for Aedes Mosquito. The said Kits will be distributed to the Dep. Of Education for deployment to different public and private schools in all elementary and secondary levels through the DOST Regional Offices.

The study will provide recommendations on utilizing our local wood species to enhance the bouquet of our local wines and spirit. The results of this study will be the basis for developing wine barrel from local wood spp. In support of HIP on wines and spirits.

To establish standard and prepare Recommended Code of Practice for salted egg

The project aims to determine the effect of sunlight on the overall migration of low-density polyethylene film, most commonly used as plastic bags for food application

The project aims to:

- prepare the ITDI Environmental Performance Report and Management Plan acceptable to DENR compliance requirements;

- assess the direct and indirect impacts fo ITDI operation on the biophysical and human environment;

- ensure ge

The project involves the development of packaging design and appropriate packaging technology to enhance the competitiveness identity of eight (8) unique Philippine products

The Energy Section of the Chemicals and Energy conducts energy efficiency audit while the Cleaner Production Section of the Environment and Biotechnology Division undertakes cleaner production for industries. This project will spearhead the combination of these two technical services into an integrated audit/assessment service to optimize plant equipment performance,

This particular project will focus on the development of abaca fiber reinforced plastics for wind turbine blade application. The following will be the variable parameters: fiber strength, processing techniques, fiber surface treatment, and polymer matrix (thermoplastics and thermosets). The characteristics of the abaca fiber composites will be compared with glass fiber composties in terms of technological properties, economic and ecological aspects.

Update the existing standard and prepared a draft RCP for Banana sauce for adoption as Philippine National Standard

The project aims to develop an efficient, stable, low cost and easy to use water purification system

Synthesis of molecularly imprinted polymer and characterization of its performance as sensing layer for tetracycline in a quartz crystal tranducer.

The styro and plastic densifier is a solid waste processing equipment intended for converting non-biodegradable waste into useful end products.

Nanoclay can be used as additive in various polymer systems (thermoplastic, thermoset and rubber) to produce polymer-clay nanocomposites. The nanocomposites that are produced using this local additive by the plastics/polymer industry can be used to make various commodity and engineering products for various industrial sectors.

The project is aimed in promoting and developing locally fabricated process equipment for the food processing industry sector. It involves design development, fabrication and performance testing of seven (7) prototype equipment which were identified as primary needs of food processing industry that requires importation. These are the water retort, vacuum packaging machine, immersion freezer, freeze dryer, vacuum fryer, vacuum evaporator and the spray dryer.

A portable hybrid solar still shall be designed, fabricated tested for the production of potable water in rural areas . The still shall have a capacity of about 20-30 liters of potable water per day.

The project deals with production of nano precipitated calcium carbonate and calcium phosphate from local marble.

The project will explore the advantage of -nose and e-tongue as food control method for assessing quality of selected Philippine ethnic food products

The project aims to produce and conduct performance testing of developed ceramic pot filter with silver coating.

This project will undertake study on the extraction and characterization of the larvicidal active fractions of the leaves and seeds of Piper nigrum (black pepper). The essential oil and aqueous extract of black pepper will be studied for larvicidal activity against Aedes aegypti.

Pectins are major constituent of plant cell walls and greatly affect the quality of many plant-derived food products. It is one of the most stabilizer available. Pectin have many application in food science and nutrition, cosmetics, and pharmacy.

EBD maintains in its culture collection some high fermenting yeast strains to start the research with. Strains of yeasts had been isolated and screend for fermenting activity. Several feedstocks that are produced locally were tried for ethanol productio

To modify local/natural zeolite, which is predominantly Ca/Mg type, into Na-type by a "cleaner production" route and NOT the traditional acid technique and to determine potential applications of the modified Na-type, particularly as substitute to sodium tripolyphosphate (STPP) for possible use by the local detergent

Develop nano-composite coatings (metallic-inorganic composite) for metal substrate by electrochemical method/deposition suitable for high performance applications.

This project deals with the processing of local silica into nano-silica using the high impact mill.

The result of this study will provide baseline data on the properties of locally available flexible packaging materials and its applicability in certain conditions.

The project is about the detoxificaion of Jatropha Pressed Cake and Jatropha Oil for use as animal/poultry feeds.

Anona muricata (Guyabano) will be developed as a natural health supplement following studies on phytochemical characterization, dietary fiber content, anti-oxidant array, safety assessment, and bio-assay for antidiabetic, antimicrobial and anti-inflamatory properties.

This project will undertake formulation studies of mosquito repellent lotion and spray intended for babies and children. Extracts and essential oils of differen plants with reported mosquito repellent property will be used in the formulation. The project will develop a product with high mosquito repellent efficacy, competitive cost and good sensory properties for babies and children.

This project is about the extraction of plant oils (particulary jatropha and coconut) and production of methyl ester using supercritical fluid extraction method. The project is a continuing R&D activity in support to the Biofules program specifically on Jatropha. Instead of using hexane to extract the oil, carbon dioxide will be used to extract the oil.

In search for an alternative antidiabetic materials a study on Andographis paniculata was conceptualized. A paniculata Nees is an herb from the family Acathacease, found throughtout Southeast Asia. It is locally known as maravillosa or sinta. This is an annual herb and reported to have pharmacological properties such as analgesic, antimalarial, anti-inflamatory, antineoplastic, antibacterial, antiplatelet, antidiarrheal, hepatoprotective

1. Alkyd resin is apolyester derived from the reaction of an alcohol and an acid or acied anhydride.2. Alkyd resins are typivcally manufactured from acid anhydrides such as phthali or maleic anhydride and polyols such as glycerine or pentaerythritol and are modified with unsaturated fatty acids from(plants and vegetables oils) to give them air drying properties.3. The dominant fatty acide of jatropha curcas oil are oleic (45.28%) and linoleic (32.47%) acids which are bothj unsaturated fatty acids, making it an ideal source of fatty acid for the synthesis of alkyd resin.4. Processing procedure involves the reaction of

The project intends to develop an immobilized titanium dioxide photocatalyst for the removal of organic pollutants from water.

The project will involve a seminar workshop with actual demonstration of the solidification technique based on the results of the preliminary research.

This research focuses on hazardous waste utilization, in particular the conversion of solidified tannery sludge into useful product such as ceramic items.

This project is about the dole out of developed DOST ovicidal/alarvicidal trap system for Aedes mosquito in all regions of the Philippines in collaboration with the Department of Health (DOH). An initial 200,000 units of ovicidal/larvicidal trap system will be prepared and distributed to selected areas identified by DOST regional offices through the help of DOH where dengue cases are high.

Starch is a polymer of glucose. Starch occurs as microscopic granules in the roots, tubers and seeds of plants. Popular forms of starch are mostly derived from corn (maize) and cassava (tapioca) due to their easy availability. Corn contains about 66% starch while cassava root typically contains 24-30% starch. Starch contains two major components: amylose and amylopectin.Starch also has potentially useful functionality, notably hydroxyl groups to assist adsoption and chemical modification. But native starch cannot be used in more applications, including more sophisticated, higher value applications (e.g. chromatography). The main problem lies in its low surface area (<1 m2 g-1), limiting the accessibility of the functional groups. This means that native starch cannot complete with silica gels, for example, which are also rich in hydroxyl groups byt which have very high surface areas (.100 m2 g-1), and are used as catalyst supports, separation media, trpping an in composite materials. The objective of R&D is to open up the reorganize the polymeric carbohydrated in starch into a structural for, that has a much higher surface area.

1. The project will utilize the waste cooking oil in the production of methyl ester for fuel in the newly developed/fabricated continuous type reactor. 2. In the newly developed reactor, trial runs will be conducted producing the methyl ester for fuel. 3. The performance of the reactor using waste vegetable cooking oil will be assessed with reference to the production using the commercial refined cooking oil.

1. The project will conduct scaled-up iodization of salt through MOA with supplier for the supply of salt. . 2. In the newly developed machine, trial runs will be conducted producing iodized salt in commercial quantity. 3. The performance of the machine will be assessed and evaluated as to the cosistency of the salt and iodine mixture in multiple batches or in samples from a continuous day-long production.

The study aims to provide fast-rate treatment of chrome-contaminated organic sludge from tanning operations.

The project primarily aims to reduce the chemical oxygen demand (COD) and biological oxygen deman of wastewater from the leather tanning industry

The study aims to utilize swine wastewater effluent fo rmicroalgal production and for removal fo waste nutrients from the effluent.

This R&D project is about the study of introducing another option for tanning industries in treating their wastewater with the use of anaerobic bioreactor. The locally-isolated yeast will be adapted to anerobic condition to determine if it can also perfo

This research study is geared towards the dvelopment, fabrication and parameter testing of a prototype two-stage biogas digester. The two-stage digestion is a process configuration using separate reactors, one for liquefaction (hydrolysis) and acidificat

The project aims to identify EBD-developed and isolated microorganisms by molecular approach. Microbes developed for ethanol fermentation and for bioremediation will be used for the study. DNA's from the microorganisms will be prepared and amplified usi

Known for its unpleasant smells, tanning also produces large quantities of wastewater from every step of the process. It is possible for a plant to recycle its waste for minimal environmental impact and perhaps even to create a product for recovery or re

To improve the existing practices in peanut butter production to control food safety hazards

Develop nano-composite coatings (metallic-inorganic composite) for metal substrate by electrochemical method/deposition suitable for high perforamce applications.

The D-I-Y Portable Biogas Digesters will be fabricted based on its new design. Instead of series of plastic drums as the gasholder, it will be replaced by a series of exteriors of tires. This will make the Portable Biogas Digester much cheaper and affor

Solid waste management from fruit processing industries is a major problem due to volume, homogeneity, quick microbial attack and odorous decomposition. Wastes from mango processing industries alone comprise 50% , which include the seed and the peel. Immediate mixing with bulk material avoids leaching and odor emission. Applicaton of DOST-ITDI bioreactor is necessary to accelerate the composting process and to produce stable compost that can be used as low grade manure and soil conditioner.

This research aims to develop a novel kapok nanostructured membrane impregnated with chitosan for the removal of contaminants such as toxic heavy metals from wastewater through membrane adsorption.

The project will attempt to develop or prepare an organic coating/paint which prevents adhesion or accumulation of lipophilic dirts on the painted panel/wall employing nanosized powder materials into the paint mix.

This research aims to develop a liquid-stabilized quantum dots for sensitized-photochemical solar cell.

The project will develop a biodegradable biopolymer packaging material to replace food packaging foamed products.

Develop Abaca fiber composites for wind turbine blade application

Nanoclay can be used as additive in various polymer systems (thermoplastic, thermoset and rubber) to produce polymer-clay nanocomposites. The nanocomposites that are produced using this local additive by the plastics/polymer industry can be used to make various commodity and enginnering products for the following industrial sectors: automotive, construction, electronics and electrical, food packaging & aviation. This local filler can replace the calcium carbobate filler or imported additives used by the plastics industry wherein 20-60% loadings are applied. This filler will give the same or better performance by adding only 3-5% filler loading.

Biodegradable plastics are those that decompose in the natural environment. Biodegradation of plastics can be archieved by enabling microorganisms in the environment to metabolize the molecular structure of plstic films to produce an inert humus-like material that is less harmful to the environment. The result of this study will provide initial data on the properties of the locally available degradable plastics. This could help estalish the functional lifetime of the material as a function of physical and chemical properties addressing the safety of degradable plastics in all axes of utilization

Aims to develop a vacuum frying equipment that can be adapted by small scale food processors and food service institutions

The project aims to develop a portable smokehouse kit that can be adapted by small scale food processors and food service institutions

The project aims to develop a coconut water concentrate (CWC) from both young and mature coconut.

Production of biolubricants from vegetable oils like: jatropha oil; coconut oil; castor oil and soya oil for use as lubricating oils; mould oil; hydraulic oil, 2-stroke oil, lubricating grease, metal cutting fluid and transmission gear oil.

Cushioning helps protect a packaged product from damages caused by shock/drop. Choosing appropriate cushion material is an integral componenet in the development of transport packaging for products especially for industrial goods.

Coconut water is the liquid endosperm of Cocos nucifera L. used as a supplement in media for the growth of plant tissue cultures. The coconut fruit is unique in tht it contains large amounts of this liquid over periods of ayear or more in its life cycle. The greates amount of coconut wate is found in young, green coconuts and provides nourishment for the growth of the solid endosperm (coconut meat) inside the hard shell of the fruit.

Deals with recycling of waste rubber tire into rubber for construction application. The rubber tire crumb will be used for the production of rubber blocks/pavers and flooring materials. Different types of polymeric matrix will be used in the processing of waste rubber tire. Properties such as mechanical, flammability, chemical resistane, slip and abrasive resistance will be undertaken. Performance properties and cost benefit analysis of the prototype product will also be conducted.

Energy audit of energy consuming processes and energy intensive equipment for the food processing industry/condiments sub-sector in the Phils.

The project aims to standardize the processing of cacao and improve the quality of local tablea.

Aims to standardize the wet and dry processing method of coffee

The project aims to gather baseline information on the physicochemical properties of fish sauce (patis) necessary for standards development.

This project is about the characterization and evaluation of glycerine and jatropha pressed cake to produce combustible pellets as fuel substitute. Glycerine is a by-product in the methyl ester production mainly used for applications such as foodstuffs, cosmetic and pharmaceutical products. With the current trnd of using biodiesel fuel, there is no doubt that an over supply of glycerine will be foreseen. Activities shall include the combiantion of waste glycerine with waste biomass (jatropha pressed cake) and formation into pellets which can be easily and inexpensively done. the resulting pellets are suitable for existing combustion energy plants and are a superior alternative to coal.

The project aims to develop an appropriate hydrogen purification and separation process designed to increase the concentration of hydrogen and reduce the concentration of contaminants in the final product.

The project aims to improve the fixed dome biogas digester inorder to improve the environmental compliance and the biogas production efficiency. The intervention will utilize existing ITDI technologies and implemented in a selected swine farm that will b

The project aims to evaluate the efficiency of the photocatalytic process to treat synthetic organic dyes in wastewater under lab-scale solar irradiation. A design of a bench-scale reactor will also be done.

The project will develop a biodegradable biopolymer packaging material that can be used to extend the shelf life of food instead of oil-based plastics.

Reformulation and improvement of ITDI technologies on cured meat processing for the micro and small-scale entrepreneurs.

Application tests of formulated microemulsified hybrid fuel from jatropha and coconut oils in terms of engine performance and emission will be conducted.

Design, fabrication and performance testing of a solar biomass hybrid prototype that can be installed in highly industrialized zones

The project is focused on the synthesis of a permeable membrane for hydrogen gas separation and purification. It consists of characterization of synthesized membrane and performance testing of prototype membrane.

Increasing the marketability of SME food products in local and export markets and to enhance the capacity/capability of PRDC to improve and upgrade the packaging technologies of SMEs in the food sector in the regions

The project will utilize the waste cooking oil in the production of methyl ester for fuel in the newly developed/ fabricated continuous type reactor. The performance of the reactor will be assessed with reference to the production using the commercial refined cooking oil.

Standardize the design and fabrication of salt production facility

Involves the design and fabrication of a "Do-i-Yourself" portable biogas digester with a capacity of 600 liters to 1 cu.m.

Aims to design and develop a local flaring system for existing biogas digester system which can safely burn excess methane gas.

The project aims to improve the effectiveness and efficiency of the developed NEA gadget to run a gasoline-fed generator into a methane gas (biogas) generator

The project aims to improve the effectiveness and efficiency of production and waste management systems through cleaner production (CP) and energy efficiency (EE).

The ITDI VCO preparation will be assessed for % fatty acid composition and trans-fatty acids, iodine value, moisture content and peroxide value and compared the results with the standard values of Codex Alimentarius and the Asian Pacific Coconut Community .

Performance testing of the newly fabricated and installed solvent extractor for floral materials:roses, sampaguita and ylang-ylang. Products will be analyzed and comapred with international standards

1. To develop a continuous type salt-iodizing machine that is small in size. 2. To test the performance of the newly developed machine and to make the necessary innovation and correction. 3. To transfer the developed machine salt iodizing process to the private sector.

The project will utilize the UASB Reactor to reduce the COD and BOD of wastewater generated by the leather tanning industry.

The program aims to initiate, facilitate and establish a community-government-private sector Emergency Food Reserve Production Program

The project aims to determine the efficiency of the solidification process and evaluate the quality of the solidified blocks by leaching and compressibility tests in accordance with the Phil. Environmental and product standards.

The project aims to develop the formulation for the production of quality leather boards from the chromium-containing solid waste generated by the leather tanning industry

The project aims to design an outdoor microalgal culture facility for wastewater treatment and biomass production. The growth of selected microalgae in wastewater samples and their ability to remove nutrients such as phosphorus and nitrogen

Reduction of the organic pollutants in the wastewater of piggery industry

Assist the piggeries in reducing treating the wastes and comply with DENR's effluent standards

Contribute to effective management of water resources thereby protect our rivers and lakes (wter resources)

The project aims to establish product and process parameters for ginger brew or salabat necessary for the development of standards and recommended code of practice (RCP)

The project aims to establish product and process parameters for thermally processed rice meals packed in flexible packages intended for disaster and calamity rations and food security stocks

The study will provide recommendations on utilizing our local wood species to enhance the bouquet of our local wines and spirit. The results of this study will be the basis for developing wine barrel from local wood spp. In support of HIP on wines and spirits.

Characterization/identification of composition and evaluation of performance properties of molded/densified plastic products of recycled styropor and plastic bags and wrappers obtained from different local government engaged in recycling. Preparation of manual for production of specific products

The general objective is to develop a biodegradable nanocomposites for food packaging. Specific objectives:1. to develop a polymer-clay melt process, compatible with current polymer processing techniques, for starch-clay bio-nanocomposites systems.2. to characterize the morphological, thermal, physico-mechanical, and biodegradability of the starch-clay nanocomposite systems.

The project is an in-house support for the project of ITDI for the region (Abra, Batanes, Quezon, etc.). The doers will conduct R&D activities to evaluate the potential of their respective clays. Results will be used to determine the kind of help to be given to the region and of needed design the training that can be dessiminated to them.

The project deals with the chemical synthesis of biphasic calcium phosphate by precipitation and mixed oxide method to develop keratoprosthesis. The biphasic calcium phosphate bioceramic to be synthesized will consist of 60% hydroxyapatite and 40% beta-tricalcium phosphate from mixtures of limestone and dicalcium phosphate dihydrate with Ca/P ratio ranging from 1.5 to 1.67.

The project will be carried out in the Phils. In collaboration with the National Institute for Materials Science (NIMS)-Japn thru the Japan Society of Corrosion Engineers (JSCE) atmospheric corrosion and Phil. Corrosion Society (PhiCS). The project will attempt to support the objectives of NIMS to determine the atmospheric corrosivity of some key cities of asian countries using the ACM (atmospheric corrosion monitor) sensor (developed in NIMS) and develop a corrosion map based on the results of the study.

The project will undertake standardized processing of 3 Phil. Plants (ginger, cinnamon & yacon) for development as drug materials.

Fabrication and performance testing of pyrolysis system

To explore the advantages of e-nose and e-tongue as food control method for assessing quality of selected Philippine ethnic food products.

The project aims to to develop product and processes for pickled okra, powdered okra and vacuum fried okra using the okra rejects

Improvement of existing water purification system to reduce costs and enhance performance

The study aims to synthesize and characterize carbon nanostructure ìusing relative inexpensive, high yield, simple and environment ìfriendly growth method and utilizing the activated carbon ìproduced from CMD's previous project as the carbon source.

To design a smaller fludized bed gasifier with a more efficient gas cleaning system to produce heat for thermal applications and/or 30w power using a modified diesel or gas engine.

In the study, the microalgae will be dried and then be treated with mild acid solution to further expose the surface functional groups of the cell wall that will effect a higher adsorption capacity of the organism. Several column reactors will be installe

Production of rubber blocks and pavers materials from rubber crumbs.

The project aims to utilize the existing heat pump dryer unit available in FPD

The project will develop a solid product formulation using agricultural waste as carrier material.

Coconut will be converted to coconut phosphate ester polyol (COPEP) which will be used in the synthesis of polyurethane

Develop a modified natural zeolite that can be used as molecular sieve for the dehydration of azeotropic mixtures like hydrous ethanol for biofuels.

The project aims to establish a recycling technology that will address the accumulated non-biodegradable wastes (food wrapper, sachet, etc.) into products for building construction such as block, tiles, roofing, etc.

The project will study the performance efficiency of the pilot-scale Anaerobic Filter Bed Baffled Reactor (AFBBR) in reducing the biodegradable organic pollutants, specifically the Chemical Oxygen Demand (COD), Biological Oxygen Demand (BOD), in wastewate

Develop a process for the laboratory synthesis of alkyd resin from jatropha curcas oil

To build the capability of DOST regional staff in extending CP technical assistance through training and CP assessments.

To imprve the competitiveness of MSMEs by building up the capabilities of DOST Regional Offices on CP, energy effeciency and environmental management systems.

This project is about the micro-emulsification of jatropha and coconut oil with polyoxethylene 2-cetyl ether/2propanol/water or N,N-dimethylethanolamine (DMEA)/95% ethanol in varying proportions to form a blend with diesel for use as fuel substitute.

To develop a shelf-stable product from squash that will serve as intermediate raw material or ingredient in some food preparations.

The project aims to improvement quality of Quezon tikoy.

Documentation of processing. Collection and evaluation of tapuy Experimental studies on the improvement of bubod and tapuy Preparation of processing manual

The project will undertake studies on the bilogial applications of jatropha pressed cake. Health benefits of jatropja pressed cake will be established.

The project aims to study the preparation of portable ready to ìuse hydrophonics media which could be placed in a backyard, ìrestaurants, and specialty stores to support the increasing ìdemand for specialty crops

The project is about the determination and characterization of ìthe toxic compounds of jatropha. This includes the seeds, oil ìand the press cake. Previous studies showed that toxic compounds ìinclude: curcin, phorbol esters, saponins, protease inhibitor, ìphytates and cyanic acid.

Jatropha pressed cake, a by product from the oil extraction for ìbiodiesel production, is valuable due to its nitrogen content. ìIts nitrogen content is similar to that of organic manure with ìranges from 3.2 to 3.8% N, depending on the source. Other ìsources claims that pressed cake contains 6% of N2, 2.75% of P and 0.94% of K. Jatropha curcas cake also contains phosphorous and potassium that can be used as substitute for oragnic manure. The pressed cake will be processed into a very good natural fertilizer to enrich the soils that are increasingly deficient in carbon and nutrients.

To develop canning processes for pineapple products from the Queen Variety grown in Reg. V. Standardize formulations and processing conditions for canned pineapple products

The project will be jointly undertaken by CITEM, BETP, DOST

"1. Assess the capabilities, opportunities and constraints to the development and utilization of biomass materials in the Philippines.2. Identify the key market drivers and barriers and explore areas for technology and market developments. 3. Demonstrate the use of hydrogen for fuel cell technology and other applications as alternative source of energy4. Conduct HRD and training program on hydrogen production."

The project consists of two sub-projects:1. reduction of BOD and COD of industrial wastewater using coal fly ash (CFA) and synthesis of zeolites from CFA as metal adsorbents, both of which are aimed at the development of low cost technology for the treatment of organic and inorganic pollutants in wastewater.

Design modification of existing rotary/stationary bakery oven ìfueled with LPG will be retrofitted to gasifier combustor.

The project will utilize the by-products of the innovated process ìin the newly developed reactor producing methyl ester, and ìproduce a high-value product rather than go into refining of glycerine. In the newly developed reactor, trial runs will be conducted ìduring the first quarter producing the methyl ester and the by-product need in the production of high-value industrial products. Subsequently, production runs in the newly developed reactor will provide raw materials for the production of industrial de-greasers, animal feeds and soil conditioners.

The project aims to formulate and develop a heat insulating/proofing pains and find suitable application as paint for roofings. The heat proof painted roofings have the ability to deflect UV heat from sunlight, thereby minimizing the heat build up within a particular room, that is under the said roofing. As a result, lower power consumption on airconditions maybe realized, thereby, cost savings on power/electricity.

Locally produced CME will be invetigated as an alternative industrial cleaning solvent. CME is a product derived from the trans-exterification of coconut oil.

The research will utilize T102 coated on silica gel packed in glass columns offers more advantage as it eliminates the need to filter out TiO2 from final efflucnet prior to disposal, and hence is less labor and energy intensive. The study also utilizes U

The research will utilize T102 coated on silica gel packed in glass columns offers more advantage as it eliminates the need to filter out TiO2 from final efflucnet prior to disposal, and hence is less labor and energy intensive. The study also utilizes U

The project will study the different operating parameters in the simultaneous generation of producer gas/syngas and activated carbon by fluidized bed gasification technology.

Energy audit of energy consuming processes and energyintensive equipment for three(3) selected industries/sectorssuch as fruit preserve processing plant, tin canning, metal casting and poultry processing.

The project involves the development of a cost-effective wastewater treatment technology on a laboratory scale basis. The design will integrate positive features of the Anaerobic Filter Bed and Anaerobic Baffled Reactor and come up with a hybridized reac

The objective of this research is to beneficiate microtubullar silicate halloysite nanotubes (HNT) from our local deposits and develop HNT-Epoxy Resin Hybrid nanocomposite for application in the semiconductor industry. Epoxy moulding compounds (EMC) are widely used to encapsulate Integrated Circuit (IC) packages. These tpes of compounds require good thermal and mechanical properties. The incorporation of HNT as filler/ reinforcing agent in the epoxy matrix is a new area for research.

The project aims to enhance the capability of local Food Canning SMEs in thermal processing using water retort processing of food

The project aims to establish an Enterprise Module for muscovado ìprocessing.

The project will study the formulation of turmeric essential oil and extract as nutraceutical. Turmeric oil will be processed ìinto microcapsules and extract into tablet. Turmeric containscurcumin known to possess broad spectrum antimicrobial, ìanti-inflammatory and anti-oxidant properties.

The project will develop a technology in the formulation of an improved mosquito repellent lotion for dengue fever/ other mosquito borne diseases.

The project will conduct application studies of glycerine ìantioxidants food packaging material, packaging polymer or layer to prolong the shelf-life of a food product, improve flavor and aroma, slow microbial growth and oxidative deterioration of ìflavors, color and nutrients. The anti-oxidant in powder form will be incorporated into the packaging polymer or a polymer extruded as part of the package or enclosed in sachets. Its effect on maintaining the freshness of the product by absorbing the headspace oxygen and oxygen that enters the package will then be evaluated and determined. Likewise, stability and shelf-life of the product will also be studied.

The project wil develop a technology to convert glycerine to glyceryl carbonate for use as an intermediate in the production ìof monolaurin.

R&D studies will be undertaken on the bench-scale production of commerciable and highly valuable products from sampaguita flowers ìsuch as concrete and absolute including pomade. The products ìwill be evaluated for physico-chemical properties and chemical ìcomposition. Product costing will also be determined.

The project aims to produce fuel composite from carbonized jatropha by-products mixed with other carbonized biomass materials.

The research will demonstrate the use of the 24 hectare area of the DOST compound as a natural carbon dioxide sink for carbon offsetting.

This project deals with the development of a process of producing ìhighly stable JME. Jatropha oil like other oils contains ìphospholipids which might affect the quality of JME. It also ìconsist of about 78% unsaturated carbon 18 chain making uts very ìsusceptible to oxidation. Developing a formulation by the ìaddition of additives particularly anti-oxidants can make it ìstable or less prone to oxidation is very important in ìmaintaining its good quality as a fuel substitute or additive. ìthis will ensure long term stability of the product and will ìavoid any problem in their storage.

The project will design and developa manual 5 ton hydraulic expeller machine which can be used to extract the maximum oil of jatropha curcas ìand other hydrocarbon bearing plants for possible alternative source ìof fuel. The efficiency of the developed hydraulic expeller will ìbe compared with existing mechanical press in the local market.

In 2008, the hydraulic press for jatropha oil extraction modified ìas tested. Initial runs were done. Continuation of the trial ìruns will be done in 2008. Evaluation of the efficiency and ìenvironmental effect of the extracted oil will also be conducted.

A multi-layered scrubber for biogas is a compartmentalized vertical column reactor that will be used in the removal of unwanted gases in biogas thus producing high quality methane gas (biomethane). The reactor is divided into compartments by a layer of c

The project involves wastewater characterization, plant ìassessment, design of a full-scale AFBR for the treatment of the wastewater generated by a food processing company. Supervision/guidance in the construction of a wastewater treatment facility, lea

Screening of marine microalgae with high biomass was conducted previously including existing cultures from SEAFDEC, Iloilo and BFAR-Dagupan. From a total of 35 marine microalgae screened, 5 species were selected for species were selected for further char

A test treatment facility will be put up on a leather facility plant with a capacity of 5 cu.m. to test/evaluate the performance of the ITDI technology

The project investigated the processing steps and other requirements for the development of alternative sugars from coconut and nipa sap

The project aims to determine the acceptability of native delicacies with sucralose as sweetening agent

Selected microorganisms will be tested for synergism and antagonism.

Best combination will be determined using culture media with ferric and the best combination will be tried in wastewater from Muntinlupa and FTI complex. Combination with 25% ferric re

The technology will be adopted by the swine industry and the LGUs in the management of their biodegradable solid wastes. The by-product produced from the system will serve as source of biofuel and liquid fertilizer.

A multi-layered scrubber for biogas is a compartmentalized vertical column reactor that will be used in the removal of unwanted gases in biogas thus producing high quality methane gas (biomethane). The reactor is divided into compartments by a layer of c

Citral will be extracted from the essential oil of lemon grass by distillation. Purification and characterization of citral will be conducted for application as flavouring for food.

The consultative process provides a realistic, effective and consistent approach to regulatory enforcement.

Bio based composite material that is suitable for industrial applications can be developed from soybean oil and feather fiber. Chicken feathers are hollow and strong in nature due to its keratin content. The feather fiber when removed from the quill can be used as reinforcement in composites in its natural state or carbonized to give higher performing fiber. Chicken fibers are characterized by their strength comparable to nylon, low density and biodegradability. Furthermore, composite materials from chicken feather fiber are low cost, environment friendly, energy efficient that can be used in industrial applications.

This study deals with the development of new materials for automotive and industrial application.

Determine the corrosion performance properties of zinc and zinc alloy coated steel exposed under different types of Phil. Environment

Performance testing of JME blends on stationary diesel engine

Laboratory studies showed the potential of utilizing waste plastic bags in asphalt mix for road pavement, particualr for heavy traffic. The developed asphalt mix with waste plastic bags showed improved strength, stability and skid resistance. The present study deals with the fabrication of processing equipment in preparation for the possible transfer of this developed technology to the LGUs, particularly at the barangay level.

Development of coconut coir-based lightweight cement boards using coconut coir, cement and water as main raw materials. They are intended to be used as building components for energy conservation. The investigation will be focused mainly on the following aprameters: fiber length, coir pre-treatment and mixture ratio. The physical. mechanical and thermal properties of the sample will be determined.

Provide scientific data on toxic migrants in canned and plastic packaged foods and beverages addresing the increasing concern on safety issues related to packaging contaminants in foods

This project will resolve the mango processor's problem in the disposal of their wastes. The utilization of their waste seeds for the production of mango butter/oil as cosmetic ingredient and substitute for cocoa butter and likewise as animal feed additives will definitely add revenue to their business and likewise minimize the problem on the disposal of their waste.

Performance testing of JME blends on stationary diesel engine

A system will be developed for the conversion of biomass as substitute for bunder/diesel fuel oil.

Studies will be undertaken to improve the mechanical properties of industrial polymers such as PET by impregnating multi-walled nanotubes in the polymer matrix.

nanocomposite can be prepared by dispersing layered siicates such as organicaly treated/modified clay (o-MMT) as a reinforcing phase in an engineering polymer matrix such as polycarbonate (PC). PC is a tough, durable, shatter, and heat-resitant aterial that has been widely used to make compact disks (CDs). ecycling polycarbonates from post-consumer CDs to prepare anocomposites and determining the structural, electrical and thermo-mechanical properties of the recycled PC/o-MMT nanocompoistes in pilot scale will be determined. In recycling CDs, an effective method of cleaning to remove the contaminants will be conducted by mechanical abrasion and chemical stripping. In-melt intercalation will be conducted by mixing and annealing the recycled polycarbonate (RPC) and treated clay (C-22 intercalated local montmorillonite) to develop nanocompoiste hybrids. Fourier Transform infrared spectroscopy (FTIR) will be used to evaluate the chemical structure of the nanofiller in the PC matrix. X-ray Diffraction (XRD) and Transmission Electron Microscopy (TEM) will be used to determine the orientation of the nanoparticles in the PC matrix. Dynamin Mechanical Analysis (DMA) will be used to obtain the mechanical properties, Thermo-Mechanical Analysis (TMA) for thermomechanical properties, ìand a high potential tester and insulation tester will be used to ìmeasure the electrical properties. Prototype products (cellphone ìcases, PC boards and wall panels) will be produced by injection ìmolding.

A study will be conducted on formulating a plant-based ìviscosifier by conducting chemical synthesis of coconut oil or ìcoconut methyl ester. Operating parameters of the developed ìprocess will be optimized such as the mole ratio of reactants, reaction time and temperature of Bio-2T that is economically viable and is conforming with the PNS standards set by the DOE.

The project aims will determine the potential of utilizing the ìhusks and shells and press cake of jatropha and converting it to a clean ìproducer gas for heat and power applications, using the fluidized ìbed technology.

Coal fly ash will be converted to zeolites by optimized alkali hydrothermal activation and their ability to absorb toxic metals from aqueous solutions will be investigated by their cation exchange capacities.

The performance of crude jatropha oil is determined for use in lighting and heating applications whether the efficiency isbetter and is cost effective.

The project us about the design and fabrication of the prototype reactor ìand its accessories for the production of bio-fuels, jatropha ìmethyl ester and coconut methyl ester. This year activities will ìinvolve the completion of the fabrication, assembly of its ìaccessories, and installation. Trial runs and analysis of the ìproduct and by-products will also be done. The prototype to be ìdeveloped is small and affordable to the small farmers, as well as ìinterested small scale entrepreneurs. Its operation will be made ìsuitable and adaptable to the rural areas. It will utilize locally ìavailable and inexpensive materials for its construction. It will ìrun with simplified operating procedure and minimal energy ìrequirements.

When completed, this will coupled to the centrifuge at the ìCMD oil refining plant to take the place of settling tanks.

The Eco-Town concept will be adopted in this project. The preparation of groudwork that promotes the development of the environmental industry by taking advantage of the economic, social, geographical and historical characteristics of each region, provin

The project is directed to help augment the income of small fishermen in coastal areas.

To develop formulation and process for Ube or Yam Jam at controlled water activity (aW) to prevent the growth of colostridium botulinum.

The project shall assess current manufacturing and waste ìmanagement practices of MEs and employ cause diagnosis of problem ìareas. The EMP will cover strategies/technologies to address ìproblems on productivity and waste generation and other ìidenti

Coconut methyl ester (CME is one of the energy sources that can be produced to increse the energy sel-sufficiency of the country in an environment- friendly manner. The use of this biofuel is being pushed in the current Philippine Energy Plan as it is an

The project aims to determine the most effective solvent for extraction of bioactive compounds from Caesalpinia sappan Linn.

To develop low calorie beverages (RTD tea and Juices) from ìingenious raw materials.

To standardize formulation and process of low calorie beverages ìsuch as Ready to Drink.

To establish quality control parameters in processing bottled tea ìand sugar free fruit juice drink.

To determine appropriate sweetener for sugar free beverages.

To determine shelf life study of the developed products.

To develop acceptable low sugar strawberry and mango jams.

Although micro, small amd medium enterprises contribute significantly to economic growth, through income generation and jobs creation, they also have adverse impacts to the environment. Among the reasons cited for this negative attribute are the followin

The project aims to develop a potent antidiabetic dietary supplement ìthat is safe and acceptable for human consumption. The active ìsubstance (s) that will lower the blood glucoselevel is derived ìfrom the combination of Moringa oleifera (malunggay), Musa sapientum ì((saba) and Syzygium cumini (duhat).

Jatropha methyl ester (JME) will be produced at a bigger capacity ìof 3-5 liters/run to verify the optimized conditions in the lab ìscale. JME produced will be analyzed for total and free ìglycerine content and submitted to DOE for further evaluation of ìphysico-chemical properties. Application and emission testing ìwill be conducted using diesel-fueled type of vehicle. Economic ìfeasibility studies will also be conducted.

The project inteds to assist the project leaders In the adoption of the technical guidelines on environmental assessment of the technologies.

This project deals with the utilization of calamansi wastes (peel, pulp and seeds) for the production of high dietary fiber ìcapsules in a scale-up method. It also aims to dvelop an ìalternative technology in utilizing their wastes materials into ìhigh value products with medicinal properties. The project activities will include collection of calamansi wastes from citrus processing plants. The collected wastes are then milled ìfollowed by washing with water. The samples are then pressed, dried milled to a particle size of less than 0.5 mm.

Processing procedures and purification techniques will be ìstandardized including optimization of the yield and recovery. ìThe resulting product will be evaluated according to its ìphysicochemical properties.

The project is about the synthesis of glycerin antioxidants, and ìis an interdivisional activity with FPD and MSD. The project ìprovides an inexpensive oxygen scavenger having improved ìoxygen-scavenging capacity and excellent practicability in food ìsanitation.

Production and testing of jatropha compressed fuel (JCF) for ìindustrial heating application, e.g. furnace, boiler, etc.ì

- Preparation of updated economics data for different capacities of the bioreactor.

- Assessment of needs of localities via the SET-UP projects.

- Conduct seminars for regions that have not adopted the technology yet as well as the numerous requests r

The quality of the biogas will be improved through the use of gas scrubbers for the transport system and electricity generation.

The project aims to study sweet potato as an alternative ìfeedstock to molasses in ethanol production. The study will ìinvolve the hydrolysis of sweet potato and its subsequent ìfermentation into ethanol. Enzymatic hydrolysis using commercial ìenzym

Breeding is theoretically possble for all cultivated mushroom ìwith an established sexual process. They could be cultured, ìfruited and produce viable spores. Their life cycles are mostly ìhaploid and the vegetative phase may be kept and propaated

The project is an emerging global R&D on biodesulfurization of petroleum fuel. It will provide a cheaper biological alternative to chemical method of desulfurization. The research completed the designed experiments for isolation and culture of microorga

The project aims to scale up 10 L bench scale batch process into a continuous 100 L pilot scale results for the microbial removal of chromium compounds from tannery wastes. A pilot plant bioreactor will be designed and fabricated for this purpose.

Lipase-producing stock cultures will be re-screened and ìadditional microorganisms will be isolated from potential ìsources. Parameters for optimum production of the enzyme lipase ìby promising cultures will be undertaken first in lab scale and ìthen

Twenty isolates from bioremediation studies will be screened for ferric reduction on solid and liquid medium by titration ìprocedure. The best isolate will be tried on industrial waste.

"The project aims to treat biodegradable municipal solid wastes anaerobically through a virtual solid state biomethanation process. The process does not require addition of dilution water to biodegradable wastes prior to the anaerobic process resulting

Establishment of an effective mechanism that will provide ìservices for SMEs in the inspection, training, assessment, ìimplementation, monitoring, and certification of their ìcompliance to GMP and HACCP requirements of Food Safety.

The project will prepare draft standard for sweet preserves (ube ìin syrup).

To develop food products from yacon tubers

To develop a technology for the processing of ready to eat meat and rice meals.

The study will develop a nanofibrous membrane for the removal of toxic heavy metal ions and organic impurities from wastewater.

To develop the technology for the production of natural food colors from ube.

To develop value-added products from nd standardize three products/ processes for value addedproducts from goat

Utilization of plastic waste materials for value-added products, i.e. resinous compounds.

Studies on the application packaging innovation, appropriate &advanced packaging technologies such as active/high barrier packaging, intelligent packaging, retort pouch packaging and modified packaging technology to make Philippine products competitive in the market both domestic & international

Alternative methods for purification and refining glycerin will be studied, i.e. ion-exchange resin, solvent extraction and ìevaporation.

The project will determine a technically and commercially ìfeasible process for the production of pectin that meets the USP ìstandard, conduct techno economic assessment of the produced ìpectin/ process, develops some health care products from the ìproduced pectin and perform prototyping of pectin-based products. ìPectin-based products include hand-gel sanitizer, antimicrobial ìfacial wash/ cream, soluble dietary fiber and antacids.

The project will design, fabricate and test run a bench-scale AFBR. It will also determine the performance efficiency in the treatment of wastewater from food processing industries and other applicable industries utilizing different types of packing mate

The project aims to provide producers , manufactureres and distributotrs o canned goods and oher consumer food items

ITDI will assist DOST-NCR in identifying ten (10) SET-UP beneficiaries from three (3) priority sectors namely: Food, GHD and Metals and Engineering. Cleaner Production Assessment will take into consideration both the economic and environmental concerns

The project deals with trans-free margarine from pili and coconut ìoils which is synthesized by interesterification process. ìActivities shall include optimization of process parameters for ìthe interesterification of coconut and pili oils as well as characterization of the product to determine its suitability for use in margarine formulations.

The project aims to utilize glycerin esters as plasticizers for polyvinyl chloride, polylacatic acid and copolymer of polyvinyl chloride and polyvinyl acetate which are used for pipes, window frames, hose and film.

The project deals with the utilization of calamansi wastes (peel, pulp, seeds) for the production of high dietary fiber powder. The resulting product will be evaluated according to its ìphysico-chemical properties.

This is a follow up study of the project titled "Processing of ìTextile Wastes into Activated Carbon Fabric". The ACF products ìobtained from the initial study reveal the potential of waste ìdenim cloth as raw material for ACF production. The study will optimize the carbonization and activation process on the use of other types and bigger volume of materials to produce the desired quality and properties of ACF.

The proposed EIA system will enable the researchers of ITDI to ìincorporate the environmental protection parameters in the ìproject preparation process. The system will assist them in ìstrengthening the project context through the identification o

The project involves the production of carrageenan oligomers (low ìmolecular weight compounds) from Phil. eucheuma species. ìCarrageenan has limited application as drug/gene carrier due to ìits high molecular weight. Thus there is need to modify the ìstructure of carrageenan in order to produce low molecular weight ìcompound. Studies also showed that carrageenan oligomers possess ìbiological activity. This project is part of the DOST-JSPS ìRONPAKU Dissertation Program of the Project Leader.

A low cost and easy to operate floating drum biogas digester will ìbe designed by the EnD of ITDI for small scale backyard piggery ìand poultry raisers. The project will also determine if the drum ìsize biogas digester can supply fuel requirements of

The project aims to utilize the Coconut Skim Milk (CSM) and the ìprecipitated proteins (Latik) generated after VCO manufacture.

Preparation of commercialization package: 1) engineering design ìof alcohol plant, 2) validation of Dr. Joson's alcohol ìfermentation technology, 3) pilot plant fabrication and ìvalidation of distillation system, 4) integration of other ITDI ìcompon

Recently, much research has been focused on identifying renewable energy resources (biomass species) to replace conventional fossil fuels. Microalagae are microscopic, photosynthetic organisms that live in saline or freswater environments. They have fas

The project involves the utilization of biodegradable wastes as substrate for the production of biogas by anaerobic digestion using a conventional type of biogas digester. The biogas generated will be used for cooking using a gas stove and as fuel for gen

The project deals with the development if Hap coated Ti metal by reaction sintering. This method involves the preparation of frit for Hap coating. Local limestone will be used as one of the component in the synthesis of the coating.

The CME plant established in Romblon shall demonstrate the ìviability of CME with the end in view of replicating the ìexperience in other parts of the country where coconut abounds ìand diesel is expensive.

The CME plant in Anahao, Odiongan, Romblon w

The 2005-2010 Philippine Export Development Plan identified muscovado sugar as one of the priority export product for development and promotion. This is brought about by the increase in demand of this product particularly in the European Union and Japan

This will study pili shell as potential raw material to activated ìcarbon production.

The adaption of the fluidized bed combustion (FBC) technology for ìdrying applications will be evaluated for its efficiency and ìeconomic feasibility compared to existing technologies.

The project aims to develop the design of a portable UASB reactor ìwhich will be utilized in the fabrication of such reactor. The ìUASB will be used to investigate the feasiblity of using it for ìthe treatment of coconut industry wastewater.

The project would design a water-tube boiler appropriate to small ìand medium industry in the rural area, design a biomass gasifer ìwith waste heat recover and produce a rice hull char suitable for ìactivation either steam or air at high temperature.

There are several ways to make use of the energy contained in the ìbiomass from old direct buring to gasification. One of these is ìpyrolysis. The selectiono f the most profitable technique to ìrecovger the energy from a particular type of biomass is and most ìimportant step towards a profitable investment.

The biomass pyrolysis is attractive because solid biomass and ìwastes that are very difficult and costly to manage can be ìreadily converted into liquid products. These liquids, as crude ìbio-oil slurry of charcoal of water or oil, have advantage in ìtransport, sotrage, combustion, retrofitting and flexibility in ìproduction and marketing.

The project would conduct the following activities:

1. To design and fabricate an innovative bench-scale flash ìpyrolysis sytem using locally available materials.

2. To test and debug the system

3. To optimize the developed system using different raw ìmaterials

ITDI has developed the tchnology on using the Fluidized Bed ìGasification System to generate energy. for this study, Semirara ìcoal will be used to establish optimum operating conditions ìthrough Fluidized Bed Gasification system.

ITDI has developed the technology on using the Fluidized Bed Gasification System to generate energy. for this study, Semirara coal will be used to establish optimum operating conditions through Fluidized Bed Gasification system.

The optimum growth conditions as well as the effectivity of these ìmicrobial isolates in neutralizing the industrial acid waste will ìbe determined by using the column reactor.

The column reactor will be developed to determine the parameters ìfor trea

The Stockholm Convention has mandated member country parties to ìevaluate current and estimated release from unintentional ìproduction of Persistent Organic Pollutants (POPs) which are the ìdioxins and furans. The ITDI compiled the dioxin and furan ìe

The project will investigate the capacity of zeolites derived from coal fly ash to remove toxic metals from wastewater.

The project involved the design and construction of a full-scale UASB system for CEMACO, a food company producing different kinds of fruit juices.

The project will design, fabricate and test run a bench-scale ìAFBR. It will also determine the performance efficiency in the ìtreatment of wastewater from food processing industries and other ìapplicable industries utilizing different types of packin

The project will investigate the capacity of zeolites derived ìfrom coal fly ash to remove toxic metals from wastewater.

The project aims to utilize EP dust as raw material for vitrified tiles. Vitrification encapsulates the heavy metals through chemical/ thermal binding.

The study will focus on two major commodities, carrots and cabbage, which are produced in high volume, or two high value crops such as broccoli and lettuce.

The project involves scale-up production of nata de coco in ìstirred fermentor using coconut water and coconut milk as ìsubstrate.

The project involves the conduct of environmental assessment of ITDI enterprise modules. It will assess whether the technologies introduced by ITDI and adlpted and pilot tested by entrepreneurs conform to environmental legislation and does not produce negative impacts to the surrounding environs and to the industrial workers.

The project aims to establish appropriate treatment procedure for the wastes generated in the industry which will serve as basis fo rthe design of a suitable treatment facility.

The ITDI developed wastewater technology will be applied in the treatment of wastewater from Syscore, Inc., a private company engaged in the production of tomato paste, pork and beans, and bottled beverages.

This is a follow up project aimed at providing technical assistance to TSB Enterprises for the design of a full-scale wastewater treatment facility, supervision during its construction, start up and operation

The project aims to assess the potential of nanotechnology in our country and to identify the areas for possible R&D in nanotechnology.

The project aims to develop lampworked glass packaging material by using glass tubings.

The project aims to undertake a pilot scale production of functional products utilizing the scrap plastic-aluminum packaging laminates which are largely being generated in most food manufacturing industries, in order to determine and evaluate the technical and economic viability for the commercialization of the technology.

The project aims to fabricate a tin can compactor so that the volume of tin cans before disposal could be compacted to less than 70% of its original volume.

The project aims to compile all mature MSD technologies, e.g. sanitary landfill and recycling technologies, related to solid waste management for use in promoting more aggressive information campaign on the subject in the form of posters and presentation modules.

The project intends to utilize coal fly ash generated by coal fired plants for applications other than cement making, e.g. glass ceramic tiles.

The project aims to produce ceramic water filters based on the specifications of the cooperator and to monitor the performance of the filters at the cooperator's plant.

The project involves the conduct of R&D studies with the use and/or application of modern and innovative packaging technology.

The project aims to evaluate the migration level of plastic components in plastic-packed foods.

The project aims to utilize bone ash for the development of machinable and bioactive glass-ceramics.

The project aims to conduct performance testing of zirconiaq andtin/zinc oxide based ceramic gas sensors.

The project aims to promote the mango products through new and ìinnovative packaging technology.ì

To study the use of standard method of cultivating Agaricus bisporus through improved composted substrate and casing soil application

Greenhouse gas reduction. Climate change is one of the mosrt serious and urgent environmental threats today.

The project was observed in relation to bacterial growth.

The optimum growth conditions as well as the effectivity of these ìmicrobial isolates in neutralizing the industrial acid waste will ìbe determined by using the column reactor.

The column reactor will be developed to determine the parameters ìfor trea

The project involves scale-up production of nata de coco in stirred fermentor using coconut water and coconut milk as ìsubstrate.

The project aims to validate the process of producing strawberry rolls.

This is in line with ITDI's thrust towards an ecological solid waste management and is focused on the development of a geocomposite which is a combination of naturally occurring mineral based materials (i.e. clay) and some industrial waste materials (i.e., fly ash) as landfill liners.

The project aims to improve he products and processes of selected fish drying establishments through intervention studies

The project developed the technology to utilize waste glass fibers from PNM and produced a composite product for industrial and decorative use.

The MRF at the ITDI catered to the segregated wastes of the ITDI which could later be used as a showcase for efficient and effective waste segregation for duplication among LGUs and other institutions.

Pharmaceutical and biologically active compounds are expensive products that could be extracted from a range of basidiomycetes ìfungi. Most of these compounds, however, are diverse like the ìorganisms that produce them. The fermentation technologies

The project intends to set up a Material Recovery Facility for handling solid wates generated in ITDI. The facility will ìinvolve recovery and recycling of various solid wastes and will ìserve as a demo-facility for LGUs and other target beneficiaries.

The project produced textile fibers from recycled PET waste with improved cleaning techniques and processing.

The project involved the utilization and processing of foamed PS which include soiled ones into lightweight construction products which are practically marketable.

The project involved utilization studies of cashew nut oil for organic coatings including extraction techniques.

Waste or wastewater effluent containing residual oil will pass ìthrough reversible adsorbent to recover oil from the liquid. Oil ìis separated from the reversible adsorbent by chemical treatment ìwhen economically feasibile. Otherwise the trapped oil

The microbial inoculant being used for composting the MSW will be ìproduced in pilot scale to sustain the supply for the technology ìtransfer of the Bioreactor 500.

The project aims to pilot test the 1 ton/day ITDI-DOST composting ìbioreactors in a housing community at the Smokey Mt. Reclamation ìProject.

Water or wastewater effluent containing residual oil will pass ìthrough reversible adsorbent to recover oil from the liquid. Oil ìis separated from the reversible adsorbent by chemical treatment ìwhen economically feasible. Otherwise the trapped oil

The ITDI composting technology is a semi-continuous vessel system, which involves the use of thermophilic microorganisms to ìaccelerate the decomposition process. To sustain this process, ìmicrobial inoculant consisting of eight thermophilic ìmicro

The proposed project will monitor the technology transfer of the ìbioreactor 500, commercial production of which has been awarded ìto ccredited fabricators.While clients will be procuring the unit directly from ìfabricators, accompanying technology tr

The project involves the production of shiitake mycelia by ìsubmerged culture in 100 L fermentor as an alternative to the ìconventional method of mushroom production using solid substrate.ì

The project aims to develop an alcohol fermentation technology based on cassava starch as an economically viable raw material ìalternative to molasses-based alcohol fermentation processes ìthrough reverse engineering and technology integration. Three

Purified phytase will be compared with the commercial phytases and will be tested on diferent fed meals richin phytate.

The project capitalizes on the pervasiveness of information technology in establishing an electronic library and information center for the packaging information needs of the industry, esp. the SMEs. To be able to deliver timely and reliable information to clients, the appropriate information and communicating infrastructure shall be developed based on internet technologies.

The project involved the design and development of a mechanized cashew nut sheller that would automate aspects of cashew shelling from feeding, positioning and cutting/splitting. For control and synchronization, the mechanized equipment will be aided with an electro-mechanical control system, which will also be developed in this project.

To develop/improve the transport packaging technology (structure and cushion) for non-food products (furniture and house decors) and comply with existing international standards at minimum cost possible

Pili shell was studied as a potential raw material for activated ìcarbon production because of the increasing demand for AC product. ìLaboratory scale studies showed that the properties of the AC from ìPili Shell are comparative to that of the AC from coconut shell. ìThus, a scale-up production should be studies to bridge the ìlaboratory scale with the commercial production of AC from pili ìshell using carbon dioxide (CO2) as activating agent.

The project generally aims to explore the application of sediment ìquality guidelines in assessing the extent of metal contamination ìof the sediments along Pasig River and its major tributaries.

Specifically, the project aims to:

1. Raise the level

1. Enhances the capability of FSSI in the appraisal and monitoring of the ecological and environmetnal performance of projects they handle.

2. Creates environmental awareness to FSSI and to its members, partners and econo-enterprise clients

3. Reduces the environmental impacts and improves the environmental performance of FSSI and its members, partners and eco-enterprise clients through the application of environmental, CP and EMS

The project intends to provide technical support to VCO ìmanufacturers in addressing their significant environmental ìimpacts through the provision of assistance on environmental ìmanagement systems, cleaner prodction through reduction of wastes ìat s

The project deals with the development of a process of producing methyl ester from used cooking oil. This will be a collaborative R&D with interested entrepreneur particularly of the fast food chain industry that are using enormous amount of cooking oil and produces used cooking oil in large amount.

The project aims to conduct characterization and utilization of different types of wste plastic bags in asphalt mixes for road pavement. A comparative evaluation of asphalt mixed with different types of plastics will be done.

Magnetic nanoparticle will be synthesized using the ion exchange resins and zeolite. Cobalt ferrite nanoparticles will be prepared by polymer matrix templated synthesis. Synthetic ion excvhange resins can be used as "hosts" fir the co-precipitation of cobalt ferrite where the nanopores of the resin acted as the constant environment.

The study will synthesize and develop composite chitosan membranes and biosorbent for various applications in the chemical, food and pharmaceutical or in water and waste water processing.

Jatropha methyl ester (JME) will be produced by extracting the ìoil from the seeds that have been pretreated. The oil will ìundergo transesterification process to produce the methyl ester ìwith glycerine as the by-product. The resulting JME will be ìanalyzed for its glycerine content and submitted to DOE for ìfurther evaluation of physico-chemical properties. Initial ìproduct costing will also be undertaken.

The production of virgin oil starts with fresh matured coconut ìmeat grated into fine size. The meat is dried at a fast rate and ìextracted by a hydraulic press and then filtered to produce the ìvirgin oil.

The project plans to undertake compounding/blending of fragrances ìfor use in the production of personal care products. These ìfragrances consist of various mixtures of essential oils blended ìtogether to give a pleasurable fragrance or scent.

The concept of developing the low-cost solar-wind dryer is by harnessing both the energies of the sun and the wind that is ìavailable in coastal areas.

The project on "Utilization of Electronic Sludge and Mine Tailings for Environmental Protection" which was completed last year was submitted to Environmental Technology Assessment (ETA) -- Environmental Division for evaluation. Based on the ETA report, additional test analyses are needed to fully complete/evaluate the project. In as much as the raw materials (mine tailings and electronic sludget) are no longer available in the laboratory, request for these materials have to be made. Furthermore, ocular inspection and pictures of themine site are needed in the project.

The project aims to develop shelf stable low sugar fruit jams

The project will undertake bench-scale production and clinical ìstudy of natural-based analgesic balm. The process parameters of ìthe scale-up process will be optimized. Two (2) products of ìdifferent analgesic strength will be formulated and subjected to ìclinical study in collaboration with a hospital doctor in either ìPGH or UST. The analgesic balm will be analyzed for pH, melting ìpoint, microbial test, palpability and homogenicity. Topical ìanalgesic property will be likewise verified.

The project aims to develop new value added products to maximize ìthe utilization of nata produced by local nata growers. The ìformulation and process for high fiber fruit beverage using nata ìde coco bits and slices, shelf-stable products in glass jars and ìretort pouch and pineapple jam with nata will be developed and ìenhanced/improved.

Development of a low calorie beverages (RTD tea and Juices) from ìingenious raw materials.

To determine the shelf life of virgin coconut oil.

Developmental The main objective of the project is to develop an enterprise ìmodule for ube processing that could be utilized/adopted by the ìindustrySpecific:1. To develop an acceptable ube puree in retortable pouches ìbased on the requirements of the industry2. To develop an acceptable and commercial products from ube ìpowder

Modification of an existing expeller for jatropha oil.

The project aims to develop a standardized process for ube puree ìin retortable pouch.

To establish standards, which can assure the quality and safety ìfor smoked fish products and harmonize export and domestic ìrequirements for a better access to wider markets.

To develop standards for smoked fish products.

To harmonize standards accreditation of concerned agencies.

To disseminate benefits of standardized processes to processors ìand consumers.

This research will cover the concept of electrospinning to produce nanofibers from polymer based solutions. Nanofibers will be synthesized in the order of the "nanometer" and the morphology, thermal and electrical properties of the different polymer based nanofibers will be compared.

The project will design and fabricate a 1000 liter capacity ìcetator.

To optimize process parameters and undertake process modification ìand determine the acceptability of the technology on a commercial ìscale.

Bottled Balut in Brine is a thermally processed product made from ìfreshly boiled 18 day- old incubated fertilized duck eggpacked in ìbrine

The competitiveness of banana both in the local and export ìmarkets are not yet fully explored. Banana products in consumer ìpackaging for export should be considered as an alternative to ìinstitutional or bulk packaging to add value to the product.

The project which consists of education and training on energy conservaion and management and actual energy audit to identified SMEs present significant opportunities for complemeting the effort of the government to make the SMEs more efficient and competitive.

The marketable fuel (PRF) derived from solid waste components will be good fuel substitute for cement kilns, boiler and furnaces making PEF system an laternative to traditional waste-to-energy facilities

The project will look into an effective substitute for existing commercial solvents which are also imported.

The project is envisioned to conduct R&D studies on the ìprocessing of herbal products from 10 Philippine plants.

Restorative dental materials used to fabricate dental crowns, bridges, inlays and veneers are bonded to the living tooth by bonding or cementation. The main objective of the study is to produce these new biomaterials, the properties of which are almost the same to those of natural teeth.

Replacement of clay with mine tailings will not only remove the cost of the clay that binds the electronic sludge and waste glassin the production of vitrified tiles but would also help solve the prevailing problem of mine tailings disposal. The fine particles of mine tailings perform dual functions. First, the heavy metals will help fix the tile body and secondly, transform it into a highly leach resistant slag.

The project will enhance the PRDC's capacity by providing digital for short printing of packaging labels, hardwares and softwares, and training of PRDC graphic designer.

The project aims to develop a standardized process for ube powder

The project aims to develop a process in making thinned plates from seashells for decorative purposes.

1. To improve/upgrade the developed technology on smoked fish ì production

The project aims to develop acceptable value added products from ìbangus and tilapia.

The project aims to develop polymer layered silicate nanocomposites using recycled polycarbonate and local clay by in-melt intercalation method. The nanoclay (organoclay) to be used in this study was previously synthesized by B. Basilia ofMSD in her study on the "Hybrid Formation and Properties of PLSN". The study will also investigate how the interaction of the 3-layered silicate (organoclay) influences the structural properties, thermal stability and mechanical properties of the recycled polycarbonate and create a knowledge base for further application of the nanocomposites.

The data acquisition for thermal processing aims to measure the adequacy of heat processing of canned goods in food processing industries.

This is a process of controlling the introduction of brine into a solution tank with submerged pickles wheren the pH level of the tank is constantly monitored.

The project involves the development of a microcontroller-based Proportional Integral and Derivative (PID) Controller module prototype and its peripheral electronic modules for the purpose of enabling the operations of various industrial process control systems.

The project aims to conduct R&D studies on the most adaptable ìconversion process for the production of liquid fuels from ìbiomass.

The project aims to design a control system that will monitor water levels in the MSD tank and will automatically switch on or off the pump depending on the water level.

To upgrade the processing facility of the enterprise module for herbal bath soap to cater to the needs of medium scale investors for production efficiency.

The project aims to conduct studies on the extraction of methane ìfrom open lagoon systems in industries for energy application.

The project will involve the establishment of a prototype unit ìfor the conversion of low purity to high purity salt by ìfractional crystallization using the rice hull fed furnace. The ìdemonstration facility to be installed at CMD or FED will be used ìfor verification studies.

The project aims to establish an enterprise module for the ìproduction of controlled release fertilizer (CRF).

The project aims to develop an electronic system/ module that will replace or will be integrated to the equipment. The system will provide process monitoring and control, safety measures and other electronic needs of the facility.

The project involves the application test of topical analgesic ìproducts from natural essential oils. This is a follow up to the ìproject entitled "Studies on the Analgesic Effects of Essential ìOils."

The study aims to produce methyl and ethyl esters which comply to ìthe standard specifications particularly the % total glycerine ìwhich is 0.25%. Likewise, performance tests on diesel engine ìvehicle will also be undertaken using the various blends of ìmethyl/ethyl esters with petro-diesel fuel.

The project deals with the utilization of the wastes (peels/rind, ìpulp and seeds) from calamansi fruit juice processors for the ìproduction of high value products such as essential oils ìand pectin. It also aims to develop a technically and ìcommercially viable technology for the production of these high ìvalue products.

The project will prepare draft standard for sweet preserves (ube in syrup).

1. Standardization of process for vacuum fried products 2. Establish quality parameters for vacuum fried products

General: To develop shelf stable canned rice meals with ìacceptable sensory characteristics

Develop acceptable frozen marinated tilapiaSpecific:

To establish the processing and storage of smoked tilapia

Ultimate: To develop technology for the production of carbonated or sparkling basi

The project aims to design, fabricate and install a waste heat ìrecovery boiler using heat coming from the carbonization of ìcoconut shell.

The project aims to make an assessment of the technical ìfeasibility of producing dimethyl ether (DME).

This is a follow up study of the project titled "Processing of ìTextile Wastes into Activated Carbon Fabric". The ACF products ìobtained from the initial study reveal the potential of waste ìdenim cloth as raw material for ACF production. The study will ìoptimize the carbonization and activation process on the use of ìother types and bigger volume of materials to produce the desired ìquality and properties of ACF.

This is a follow-up of the lab scale study on development of ìspecific fertilizer for coconut. The previous study identified ìcoco coir as potential source of K and formulated a complete ìfertilizer for a normal yielding coconut tree using urea and DAP ìas source of N and P2O5. Due to recent development in ìagri-industry, our farmers are encouraged towards the use of ìorganic and natural fertilizers. Considering other sources of N ìand P, like seaweeds, ipil-ipil leaves, guano, animal bones, ash, ìfish waste, etc. will be investigated. The study includes the ìselection and identification of new materials, formulation of new ìfertilizer, optimization of the parameters and identification of ìsuitable equipment or apparatus for the study.

This is a follow-up of the lab scale study on development of ìspecific fertilizer for coconut. The previous study identified ìcoco coir as potential source of K and formulated a complete ìfertilizer for a normal yielding coconut tree using urea and DAP ìas source of N and P2O5. Due to recent development in ìagri-industry, our farmers are encouraged towards the use of ìorganic and natural fertilizers. Considering other sources of N ìand P, like seaweeds, ipil-ipil leaves, guano, animal bones, ash, ìfish waste, etc. will be investigated. The study includes the ìselection and identification of new materials, formulation of new ìfertilizer, optimization of the parameters and identification of ìsuitable equipment or apparatus for the study.

The project aims to set up an enterprise module for processing of ìagar to cater to the needs of SMEs.

This project is about the utilization of glycerin for the ìdevelopment of new products for various industrial applications.

The project aims to undertake scale-up studies on the local ìproduction of high quality monolaurin from C12 fatty acid from ìcoconut oil. This will be jointly undertaken with Cocochem Phil. ìInc. to accelerate the monolaurin studies as a versatile ìanti-microbial agent. ITDI will undertake the R&D while Cocochem ìwill provide the raw materials for the project and be in charge ìof application testing and production evaluation.

The project involves the utilization of steel slags, by product in preparation of steel, for construction materials.

This project is about the utilization of glycerin for the ìdevelopment of new products for various industrial applications.

The project aims to utilize some local materials (silica, etc.) for the development of cordierite glass ceramics.

The project will initially assess all the enterprise modules' ìelectrical system and production setup prior to determination of needed safety measures to be done. There is a need to check all electrical wiring whether they conform to the electrical standard or they are properly installed. If not, changes and/or improvement on the electrical wiring will be done. The ff. enterprise modules are the ff:1. sugar cane juice2. sugar cane wine (basi)3. coconut beverage4. acetator for vinegar production5. smoked fish6. vacuum frying7. calamansi processing8. surimi processing9. rice wine (tapoy

The project involves the design and development of an electro-mechanical equipment for garlic peeling and slicing. The equipment would consist of mechanisms for feeling, spinning, loosening of peel, peeling and collection of peeled garlic. It would be designed with a vertical chamber that can accommodate a batch of 5 kg fresh garlic.

The project aims to establish a coconut methyl ester enterprise ìmodule that can be a source of additional income for coconut ìfarmers and at the same time lessen our dependence on imported ìfuel.

1. To produce oral hypoglycaemic agent from the unripe fruit and ìflowers of M. sapientum2. To conduct analyses of the physico-chemical properties of the ìproduct3. To conduct bio-assay of the product4. To determine the bioactive constituents

This project aims to utilize saba in the production of an oral ìhypoglycaemic agent from its unripe fruit and flowers.

Main: To establish an EM on village-level technology for ìproduction of high quality essential oils.Specific:1. To prepare a design of a 100 kg direct fired (hydrosteam), ìportable essential oil extractor2. To fabricate a 100 kg hydrosteam essential oil extractor, ìportable and provided with a furnace3. To standardize processing techniques for production of high ìquality essential oils from specific plants4. To establish Phil. Standards of essential oils with reference ìto international standards5. To develop a cost-effective production of high quality ìessential oils

The project aims to upgrade the capabilities of the bottled sardines industry in Dipolog City by facilitating the implementation of technical intervention measures to improve their productivity and competitiveness and the quality and safety of their products.

1. To assess causes of deterioration in at least 3 commercial coconut products2. To establish alternative processing techniques to increase productivity, enhance sensory quality, safety and extend shelf life of products

To establish a coffee drying facilities inTagaytay, near town of Cavite province, using the gasifier technology, fueled by coffee hull as the heat source for the drying and roasting process.

The project aims to produce fuel oil and develop it into a fuel ìadditive for diesel. Other high value extractives that will be ìderived will be identified and develop into its various ìapplications.

General: To study use of sodium silicate as substitute to sodium ìhydroxide as neutralizing agent in the refining of coconut oilSpecific:1. To optimize conditions in the refining of coconut oil ìutilizing sodium silicates as substitute neutralizing agent2. To undertake comparative studies using sodium hydroxide in ìthe neutralization process vis-a-vis sodium silicate3. To conduct comparative cost analysis

This project is a sequel of an earlier FNRI-funded project in ìcollaboration with ITDI and BFAD-DOH. As a collaborator, ITDI ìwill provide 10 kg of MCT oil to be used for the study of FNRI.

The project aims to conduct studies on the use of sodium silicate ìas a substitute to sodium hydroxide to address the problems ìintroduced by and associated with the use of sodium hydroxide as ìthe neutralizing agent in the refining of coconut oil.

The project will study and develop internet-enabled instrumentation and control for remote data acquisition in industrial applications.

This is a subproject of the Australian-ASEAN joint project entitled Harmonization of Durability Standards. Various test metal materials were exposed in different places (Philippines), in order to evaluate the corrosion effects (marine environment) in the Phils.

The project aims to simplify the implementation of the industrial process control system through graphical user interface specifically intended to monitori and ease the control in accordance with the required specifications and parameters of the sytem.

The project aims to design and fabricte an induction sealing equipment for food/drink containers taking into consideration the 1) frequency of the alternating current (low frequencies are effective for thicker materials requiring deep heat penetration while higher frequencies are effective for smaller parts or shallow penetration; 2) power levels (heat level); and, 3) heating times.

The project will design and develop a portable instrument for moisture content determination of seaweeds. The determining process is by contact but either a destructive or nondestructive type of measurement will be implemented.

The product aims to improve the performance of polystyrene for outdoor exposure.

The project involves the exposure of PP random copolymers at the Bicutan exposure site. After 0, 1, 2, 3 and 6 months exposure, test specimens will be collected, tested and evaluated.

The project will evaluate not only the performance of the fabricated apparatus but also the resistance to chloride ion penetration of concrete mixes using different binders (Portland cement, fly ash, RHA, volcanic ash).

Project Duration DateProject Beneficiary(ies)

Start End

1-Oct-12 31-Dec-13

1-Sep-12 31-Aug-13 Makapuno farmers and producers

16-Aug-12 15-May-13 Micro and small scale meat processors

16-Aug-12 15-Jul-13 Local food processors; consumers; farmers

1-Jul-12 30-Jun-13

1-Jul-12 30-Jun-13

1-Jul-12 30-Jun-13 Local producers and processors of Stevie

10-Jun-12 30-Sep-13 Food industries

1. Leather Tanning Industry of the Philippines

2. Hazardous Waste Treaters

3. Electroplating Industry of the Philippines

ITDIMercury contaminated sites

ITDI and other R&D Institutes

Government and private laboratories

Industrial plants with wastewater contaminated with hazardous pollutants

1-Jun-12 31-Dec-13

1-Jun-12 31-Dec-13 Local Government Units (LGUs)

16-May-12 16-May-14 Small hold/ rural farmers, SMEs

16-May-12 16-May-14 Small hold/ rural farmers

1-May-12 31-Mar-14

16-Apr-12 15-Apr-13 Healthcare Industry

Local Government Units (LGUs)

Industries

2-Apr-12 30-Jun-13 NSWMC and Local Government Units (LGUs)

1-Apr-12 31-Mar-15

1-Apr-12 31-Mar-15

1-Apr-12 31-Mar-13

1-Apr-12 31-Mar-13 Healthcare Industry

1-Apr-12 31-Mar-13

1-Apr-12 31-Mar-13 Food Processors

1-Apr-12 30-Sep-12 Local producers and processors of fried snacks

1-Mar-12 28-Feb-13 Local producers and processors of fried snacks

Researchers, academe, medical and veterinary practitioners, pharmaceutical industry

Leather tanneriesCommunitiesResidents living near leather tanning facilitiesMuncipality of Meycauayan, Bulacan

1-Mar-12 28-Feb-13 Coconut growers/farmers, local food processors; SMEs, Consumer

2-Jan-12 31-Dec-13

2-Jan-12 31-Dec-12 Swine Industry

2-Jan-12 31-Dec-13

1-Jan-12 30-Jun-13 Farmers, Salt Producers, Coastal Barangay residents

1-Jan-12 30-Jun-13 Farmers, Fertilizer Producers, Hobbyists

1-Jan-12 31-Dec-12 Farmers & Biolubricant Industry

Direct beneficiaries: ITDI-EBD compliance to CWA

Indirect beneficiaries: Community

Food packaging & Household industries. Agriculture/crop industry, solid waste management sector, & plastics industries

1-Jan-12 30-Sep-13

1-Jan-12 31-Dec-13 Local Government Units (LGU)

1-Jan-12 30-Jul-12 Government and Private Industries

1-Jan-12 31-Dec-12 Food Processors, Tahu producers, consumes

1-Jan-12 31-Dec-12 Electronics & Semiconductors Industries

1-Jan-12 30-Jun-13

1-Jan-12 30-Sep-13

Healthcare,Pharmaceutical, oleochemical industries and biodiesel producers

Mineral industries and industries involved in seperation and purification process

Communities in the rural areas who rely on drinking water from wells, rivers and lakes. Textile and mining industries

1-Jan-12 31-Dec-13 Semiconductor Industry & Mining Industry

1-Dec-11 29-Jun-12 Households and Interested investors and companies.

17-Oct-11 16-Jan-13 Healthcare Industry/VCO Producers

1-Oct-11 30-Jun-12 Small and Medium Enterpises (SMEs) in urban and rural areas

1-Oct-11 30-Jun-12 Cosmeceutical, Nutraceutical, Aroma/Flavor Industry and Farmers

1-Oct-11 31-Mar-12 Primary & Secondary Levels in both Public &Primary Schools

1-Oct-11 31-Dec-12 SMEs, wine processors

1-Oct-11 31-May-12 Wine makers, DOST CAR

1-Aug-11 30-Apr-12 ITDI and other DOST RDIs

1-Aug-11 31-Jan-14

1-Jul-11 30-Dec-12 Meat and Ceramics Industry

1-Jul-11 6/31/12 SMEs, Duck Raisers, Salted Eggs makers, importers and exporters

1-Jul-11 30-Jun-14

1-Jul-11 31-Mar-13

Wind Energy Industry, Automotive and Industrial Application, Abaca plantations and industry, and composite manufacturing Industry

Converters/ suppliers of LDPE packaging materials, Users of LDPE packaging

1-Jun-11 31-May-12 Plastics Industry

6-May-11 5-May-13 Food Processing Industry

1-May-11 30-Jun-12

7-Apr-11 6-Apr-12

1-Apr-11 1-Sep-12

1-Apr-11 30-Sep-12 LGUs

1-Apr-11 31-Dec-12 Small and Medium Enterpises (SMEs) in urban and rural areas

Banana growers, consumers, SMEs, local food processors, importers and exporters

Communities that lack access to potable drinking water and ceramic industries engaged in terra cotta production

Pharmaceutical companies, government regulatory agencies and exporter and importers of food and related products of animal origin and animal feeds for the determination of residual amout of tetracycline

16-Mar-11 15-Mar-12 Marble Processing Firms

1-Mar-11 30-Jun-12 Health Care Industry

1-Mar-11 31-Dec-11 Farmers Intrested Investors

1-Mar-11 15-Mar-12

1-Mar-11 29-Feb-12

1-Feb-11 30-Jun-13

1-Feb-11 31-Jan-12 Petrochemical Industries/ Detergent Industries

SMEs, Consumer, Philippine vinegar, soy sauce and coffee industries, Regulatory agency such as FDA

Communities that lack access to potable drinking water and ceramic industries engaged in terra cotta production

Livelihood cooperatives

Government agencies

1-Feb-11 31-Jan-12

1-Feb-11 31-Jan-12 Mineral and Construction sector

1-Feb-11 31-Dec-13 MsMES

1-Jan-11 31-Dec-12 Farmers and Biodiesel Stakeholders

Electrogalvanizing Industry, Electroplating Industry, Steel Industry, Automotive & Electronics Industry

1-Jan-11 30-Mar-12 Diabetic Patients

1-Jan-11 31-Mar-12 Healthcare Industry

1-Jan-11 30-Jun-12 Small and Medium Enterpises (SMEs) in urban and rural areas

1-Jan-11 30-Jun-12 Diabetic Patients

1-Jan-11 31-Dec-11 Oleochemicals producer Jatropha farmers

1-Jan-11 31-Dec-11 Primary & Secondary Levels in both Public &Primary Schools

1-Jan-11 30-Aug-11 Farmers and Interested Investors

1-Jan-11 30-Sep-11 Farmers and Households

1-Jan-11 31-Dec-11 Small and Medium Enterpises (SMEs) in urban and rural areas

1-Jan-11 31-Dec-12

1-Jan-11 30-Jun-12

1-Jan-11 30-Jun-12

This project intends to provide a simple, low-cost, advanced treatment technology for small-scale applications. While most f small-scale industries/establishments may release relatively small amount of wastewater into the surrounding environment, the wa

- Leather Tanning Industry of the Philippines - Hazardous Waste Treaters - Electroplating Industry of the Philippines

- Leather Tanning Industry of the Philippines - Hazardous Waste Treaters - Ceramic Industry - Electroplating Industry of the Philippines

1-Jan-11 30-Sep-12

1-Jan-11 31-Dec-11 Government and Private Industries

1-Jan-11 31-Dec-11

1-Jan-11 30-Jun-12

1-Jan-11 30-Jun-13

1-Jan-11 30-Sep-12

1-Jan-11 30-Jun-13

- Local tanneries for treatment of their sludge wastes - Communities around the tannery manufacturing companies




1. Consumers and business establishments

2. Government agencies

1. Energy sector for the biomass produced during microalgal culture

2. Livestock industries for their wastewater treatment

Direct beneficiaries: Small and medium scale leather tanneries

Indirect beneficiaries: Communicty living within vicinity of Leather Tanning Facilities

1-Jan-11 31-Dec-11

1-Jan-11 31-Dec-11 Mango processing industries

1-Jan-11 31-Dec-11

1-Jan-11 31-Dec-11

1-Jan-11 31-Dec-12 Paint Industry

1-Jan-11 31-Dec-11 Electroplating Industry, Steel Indutry



Small scale processors supplying peanut butter in public markets and big manufacturers

Communities in the rural areas who rely on drinking water from wells, rivers and lakes. Textile and Mining Industries

1-Jan-11 31-Dec-12 Filipino people

1-Jan-11 31-Dec-11

1-Jan-11 31-Dec-11

1-Jan-11 31-Dec-11

1-Jan-11 06/31/12

Food Packaging and household industries, agriculture/crop industry, asolid waste management sector, and plastic industries

Wind Energy Industry, Automotive and Industrial Application, Abaca plantations and industry, and composite manufacturing Industry

Plastics/polymer Industry Automotive Construction electronics and electrical Food packaging amd aviation industries

Packaging users, suppliers and regulatory agences on the safety aspect of degradable packaging material for food and non-food application

1-Oct-10 31-Dec-11 Farmers, Biolubricant Industry

1-Oct-10 31-Dec-12 Food service sector

1-Oct-10 31-Dec-10

1-Oct-10 31-Dec-12 Corrugators/ converters, MSMEs

1-Jul-10 30-Jun-11 Healthcare Industries

1-Jul-10 30-Sep-11 Coconut processors and juice manufacturers

1-May-10 30-Apr-11 LGUs, Construction Industries

Small-scale smoked fish processors, Regional and Provincial trainors

1-Apr-10 30-Jun-10 Food Industry Pharmaceutical and Cosmetic Industry

1-Apr-10 31-Dec-10

1-Apr-10 30-Sep-11 Food Industries

1-Apr-10 30-Aug-12

1-Apr-10 31-Dec-10 Handicraft industries

1-Apr-10 30-Sep-11 MISMEs of cacao and Tablea

1-Apr-10 31-Dec-12 Farmers and coffee growers

1-Apr-10 31-Dec-11

Industries and /or sectors that may utilize hydrogen as an alternative fuel in the future.




Local food processors, importers and exporters, Regulatory agencies

1-Apr-10 Chemical Process Industries

1-Mar-10 28-Feb-11 Food Packaging Industries

1-Mar-10 31-Aug-10

1-Feb-10 31-Mar-12 Small-scale meat processors, consumers

1-Jan-10 31-Dec-10 Jatropha and Coconut Planters

1-Jan-10 31-Dec-10 Food Industry

1-Jan-10 30-Jun-12

SMEs in the food sector, DOST packaging coordinators, toll packaging service centers in the region, DTI and DA

Farm/agricultural;, Marine/Fishery; Food/pharmaceuticals; and desalination and other industrial drying/heating applications

1-Jan-10 30-Jun-10 Healthcare Industries

1-Jan-10 31-Dec-10 Perfumery/Personal Care Industries/Rural Sectors

1-Jan-10 30-Jun-10 Salt Producers and Barangay Health Sector

1-Jan-10 31-Dec-10 Salt Producers and Barangay Health Sector



1-Jan-10 31-Dec-10 Hog Growers

1-Jan-10 31-Dec-10 Hog Growers

1-Jan-10 31-Dec-10 Small and medium scale leather tanneries

1-Jan-10 31-Dec-10

1-Jan-10 31-Dec-10

1-Jan-10 31-Dec-10

1-Jan-10 31-Dec-10 Existing and forthcoming DOST-assisted biogas digester facilities

1-Jan-10 30-Sep-11 Ginger growers, traders and processors, importers and exporters

1-Jan-10 30-Jun-11

1-Jan-10 31-Dec-10

Leather Tanning Industry of the Phils.

Hazardous Waste Treaters

Electroplating industry of the Phils.

Small and medium scale leather tanneries

Community living within vicinity of Leather Tanning Facilities

For the Alternative microalgae wastewater treatment technology

Livestock producers (piggery), food/industrial companies, other industries that are producing wastewater

Companies interested in alternative biofuel production

Fish producers (microalgae as fish food)

Farmers (microalgae biomass as fertilizer)

Pharmaceutical companies (extraction of important chemicals from microalgae)

Government agencies involved in disaster mitigation, processors of thermally processed foods

Government agencies involved in disaster mitigation, processors of thermally processed foods

1-Jan-10 31-Dec-10 Local producers of wines and spirits

1-Jan-10 31-Dec-12 Food companies engaged in canning and thermal processing

1-Jan-10 30-Jun-10 LGUs

1-Jan-10 31-Dec-10 Food Packaging Industries

1-Jan-10 31-Dec-10 LGUs

1-Jan-10 Medical industries

1-Jan-10 30-Jun-13 Steel Industries

1-Oct-09 31-Dec-10 Farmers

1-Jul-09 30-Jun-11 Plastic Industries

30-Jun-09 12/312009 Processors of sauces and wines and spirits

1-May-09 30-Jun-10 Farmers, processors of product okra

1-Apr-09 31-Dec-10 LGUs

1-Apr-09 30-Jun-10 Drug companies

1-Apr-09 31-Dec-10 Farmers, Rural areas

1-Apr-09 30-Sep-09Metal finishing industryElectroplating plantLeather tannery

1-Apr-09 20-Jul-09 LGUs

1-Apr-09 30-Jun-10 LGUs, Rubber Industry, Solid Waste Management Bureau

31-Mar-09 31-Dec-09 SMEs, consumers

1-Mar-09 31-Dec-11

1-Mar-09 28-Feb-10 Leather, coconut, milk industries

1-Mar-09 30-Jun-10 Coconut Industries

1-Mar-09 28-Feb-10 Detergent Industries



1-Feb-09 6/31/2010 Farmers Oleochemicals Industry

1-Feb-09 31-Dec-10 Jatropha and Coconut Planters

1-Jan-09 31-Dec-09 SMEs

1-Jan-09 31-Dec-09

31-Oct-08 31-Mar-09

31-Oct-08 30-Jun-09

31-Oct-08 30-Jun-09

30-Oct-08 31-Dec-09

SMEsMetals and allied industriesCconut-based manufacturingFood ProcessingTextileHorticulture and high value cropsGHD and furnitureMarine and Aquatic resources





1-Oct-08 30-Dec-09

1-Oct-08 31-Dec-09 Pharmaceutical/Healthcare/Rural Sector

1-Oct-08 31-Dec-09

1-Oct-08 31-Dec-09 Farmers Ferilizer Industry SMEs

30-Sep-08 31-Mar-09

Small-scale Enterpreneurs, Hotel and Restaurants Hobbyists and Horticulturists

Jatropha Growers and cultivators Jatropha processors for biofuels Pharmaceutical industries


1-Sep-08 31-Dec-11 Rural Areas

1-Sep-08 31-Aug-08 Industrial Wastewater/Effluent generators

1-Jul-08 31-Dec-09 Bread producers

1-Jul-08 30-Jun-09 Biofuel Industry

1-Jul-08 30-Jun-09 Paint Industry (paint manufacturer)

31-May-08 31-Dec-08 Food processors, DOST Regional Offices

1-May-08 30-Aug-09 Industrial Wastewater/Effluent generators

1-May-08 31-Dec-09

1-Apr-08 30-Mar-10 Biomass & Local materials producers Gas/Syngas Producer

1-Apr-08 30-Mar-10

1-Apr-08 31-Mar-09 Industrial Wastewater/Effluent generators

1-Apr-08 31-Mar-09 Semiconductor Industry

15-Feb-08 30-Sep-09 Coconut Growers Rural Areas

Textile IndustriesHandicraft IndustriesPharmaceuticals

Food Industries Tin Canning Industries Metal Casting Poultry Processing

31-Jan-08 31-Jan-09

31-Jan-08 31-Dec-09

1-Jan-08 30-Sep-09 Farmers

1-Jan-08 31-Dec-08 Pharmacuetical & Nutraceutical Industry

1-Jan-08 31-Dec-08 Packaging Inddustry Food Industry

1-Jan-08 30-Jun-10 Biodiesel Industry

1-Jan-08 30-Dec-09 Farmers, Perfume Industry



1-Jan-08 31-Dec-09

1-Jan-08 31-Dec-09 Farmers Rural Areas

1-Jan-08 15-Jul-10 Rural Areas, Farmers, Disposal Problem

1-Jan-08 31-Dec-08 consumers and business establishments

1-Jan-08 31-Dec-08

1-Jan-08 31-Dec-08 Food Processing company


Jatropha Growers and cultivators Jatropha processors for biofuels



1-Jan-08 30-Jun-09 Hazardous waste treaters

1-Jan-08 31-Mar-10 Leather tanning industry of the Philippines

1-Jan-08 31-Dec-09

1-Jan-08 31-Dec-08

1-Jan-08 30-Jun-10 Farmers, consumers

1-Jan-08 31-Dec-08 Consumers

1-Jan-08 31-Mar-09 Consumers

1-Jan-08 31-Dec-09

1-Jan-08 31-Dec-08 Agricultural Communities / Industry

Swine industryLGU

Small and medium-scale food processing industries with wastewater (biological) treatment facility, local government units (LGUs)/ communities, subdivisions, industrial zones, commercial establishments and others implementing Solid Waste Management (BIOGAS system)


1-Jan-08 30-Jun-08 LGUs

1-Jan-08 31-Dec-08 Construction Industry

1-Jan-08 31-Dec-08 Automotive industries

1-Jan-08 06/31/11 Food and packaging industry

14-Dec-07 31-Mar-09 Mango Processors

1-Nov-07 30-Jun-13 Steel Industries

31-Oct-07 31-Dec-09

1-Oct-07 31-Dec-10 Farmers, Villagers, Coconut and Jatropha planters

1-Oct-07 31-Dec-10 Farmers, Villagers, Coconut and Jatropha planters

1-Oct-07 30-Sep-08 Mining Industries, Plastic Industries, Packaging Industries

30-Sep-07 28-Nov-07 Oil Factories, Households Consumer

1-Jul-07 30-Jun-10 Jatropha Growers Rural Areas

1-Jul-07 30-Jun-08 Farmers Households Rural Areas

1-Jul-07 30-Jun-08 SMEs

1-Jul-07 30-Jun-08 Aviation, automotive, electronics and plastics industries.

1-Apr-07 31-Dec-08 Rural Areas Farmers

1-Apr-07 31-Dec-09 Biodiesel Producer Rural Areas

1-Apr-07 31-Mar-08 Town/village in Regions IV, V, and NCR

1-Apr-07 31-Dec-07 Fisherman

1-Apr-07 31-Dec-07 Consumers

12-Mar-07 11-Sep-07 Meat Industries

1-Mar-07 28-Feb-08 Coconut industry

1-Mar-07 30-Sep-08 Consumers, manufacturers

1-Mar-07 31-Dec-08 Consumers, manufacturers

1-Feb-07 31-Dec-09 Hospitals

2-Jan-07 31-Dec-07

1-Jan-07 31-Dec-08 Diabetic Patients Pharmaceutical Laboratory

1-Jan-07 30-Dec-07 Jatropha Growers Farmers

Micro, small and medium scale enterprises in NCR; Metals and allied industries; Coconut-based manufacturing; Food processing; Textile; GHD and furniture

1-Jan-07 30-Mar-08 Calamansi Growers

1-Jan-07 31-Mar-08 Chemical, Glycerin and Food Packaging Industries

1-Jan-07 31-Dec-08 Jatropha Growers Farmers Rural Areas

1-Jan-07 31-Oct-07 LGUs

1-Jan-07 30-Mar-07 Environment

1-Jan-07 30-Dec-07 New and existing ethanol distilleries

1-Jan-07 30-Dec-08 Mushroom industry

1-Jan-07 30-Mar-10 Industries

1-Jan-07 30-Dec-07 Tanneries


1-Jan-07 31-Dec-08 Bioreactor Adoptors

1-Jan-07 30-Dec-07 Industries

1-Jan-07 30-Mar-09 Government and private industries

1-Jan-07 31-Dec-07 Sugar cane farmers,



1-Jan-07 30-Sep-07 consumers



1-Jan-07 Wastewater Treatment industries

1-Jan-07 LGUs

1-Jan-07 31-Dec-10

1-Dec-06 31-Dec-08 CME Manufaturers

1-Dec-06 30-Dec-07 Calamansi Growers Farmers Rural Areas

1-Dec-06 30-Nov-07

SMEs in the food sector, DOST packaging coordinators, toll packaging service centers in the region, DTI and DA

hazardous wastewater treatersGeneral public

2-Nov-06 30-Jun-07

1-Nov-06 31-Dec-07

1-Jun-06 30-Jun-08 Coconut & Pili Farmers

1-May-06 20-Mar-07 SMEs on food processing in Regions 4,6 and NCR.

1-Apr-06 30-Sep-07 Plastic Industries

1-Apr-06 30-Mar-07 Calamansi Growers Farmers Rural Areas

1-Apr-06 30-Jun-07 Textile Manufacturers Garment Factory

1-Apr-06 31-Dec-06 ITDI

Metals and allied industries (e.g. electroplating, foundry, fabrication, electronics), Coconut-based manufacturing, food processing, textile, GHD and furniture

Manufacturers of basic necessities and prim commodities, including MSMEs

1-Mar-06 31-Mar-07

1-Mar-06 31-Dec-06 Small Scale Backyar piggery and poultry raisers

1-Mar-06 31-Mar-08 Consumers, manufacturers

2-Jan-06 31-Dec-07 Alcohol industry

1-Jan-06 31-Dec-09

1-Jan-06 31-Dec-06

1-Jan-06 30-Jun-09 Orthopedic doctors or hospitals

Carrageenan Industry Pharmaceutical Industry Seaweed Industry

Industriespiggery raisers

Household

2-Nov-05 30-Jun-07 LGU

1-Oct-05 30-Sep-07 Muscovado sugar mills

1-Jul-05 30-Mar-07 Pili Trader in Bicol Regions Local Entrepreneurs

1-Jul-05 31-Dec-08 Farmers Rural Areas Fish Vendor

1-May-05 30-Dec-06

1-Apr-05 30-Jun-08 Rural Industry

Coconut IndustryGeneral public

1-Apr-05 30-Jun-07

1-Apr-05 6 /31/2010

1-Apr-05 30-Dec-10 Small-scale Enterpreneurs

1-Apr-05 30-Dec-06 Government and private sectors

2-Feb-05 31-May-06 Government and private sectors

SMEs Households Rural Areas


1-Jan-05 30-Jun-07 Protection of human health and environment

1-Jan-05 31-Dec-06 Small and medium food Processing industries

1-Jan-05 30-Dec-06 LGU

1-Jul-04 30-Jun-05

1-Mar-04 30-Jun-05 CENMACO

16-Feb-04 15-Feb-06 Farmers in Benguet, Consumers

1-Jan-04 30-Dec-05 nata de coco growers

1-Jan-04 30-Dec-05 Industries

1-Jan-04 30-Dec-05

1-Jan-04 30-Dec-05 Syscore, Inc.

1-Jan-04 30-May-05 TSB Enterprises

Industriescommunities

1-Jan-04 30-Dec-04

1-Jan-04 30-Jun-04

1-Jan-04 30-Dec-04

1-Jan-04 30-Dec-04

1-Jan-04 30-Jun-04

1-Jan-04 30-Dec-04

1-Jan-04 30-Oct-05

1-Jan-04 30-Dec-05

1-Jan-04 30-Jun-05

1-Jan-04 30-Jun-05

1-Oct-03 15-Oct-06 Food setor, SMEs

1-May-03 31-Dec-03

1-May-03 30-Apr-05 Food sectors, SMEs, ma nango farmers

1-Apr-03 30-Mar-05 Industries

1-Apr-03 30-Dec-06 Food industry

1-Jan-03 31-Dec-03 Filipino People


1-Jan-03 30-Dec-06

1-Jan-03 12/31/2004

1-Oct-02 31-Oct-03

2-Jul-02 30-Dec-03

Food industry

1-Jul-02 30-Dec-03

1-Jun-02 06/31/2003 Fishermen and Fish vendors


1-Jan-02 31-Dec-05

1-Jan-02 30-Jun-03

1-Jan-02 30-Sep-03

1-Jan-02 30-Sep-03

1-Jan-02 30-Dec-03

ESWM trainingAssist LGUs

1-Apr-01 31-Mar-05 Government and private sector

1-Apr-01 31-Dec-05 LGUs

1-Sep-00 30-Dec-04 LGUs

1-Apr-00 31-Mar-03 Government and private sector

2-Jan-00 31-Mar-05 LGUs



2-Jan-00 31-Dec-05 Food industry

2-Jan-00 30-Jun-05 SMEs

2-Nov-99 30-Dec-04

1-Sep-99 30-Jun-04 Cashew Nut Producers


16-May-09 15-Oct-12 Manufacturers and exporters of house decors and furniture

1-Jan-08 30-Sep-11 Pili Growers

1-Dec-07 30-Nov-08

1-Aug-07 31-Jul-09 Foundation for a Sustainable Society, Inc.

UniversitiesGeneral public

1-Aug-07 31-Jul-08 Small and medium-scale VCO manufacturers

1-Jan-07 30-Sep-07 Food Chains, Fast Foods Restaurants Households

1-Nov-06 31-Oct-07 LGUs/ Construction Industries

1-Oct-06 30-Sep-08 Household consumers

1-Oct-06 30-Jun-08 LGUs

1-Apr-06 31-Dec-06 Jatropha Growers Farmers

1-Apr-06 30-Dec-06 Coconut Growers Farmers Villages

1-Apr-06 30-Dec-06 Perfume Factory Farmers Pharmaceutical Industry

1-Apr-06 30-Jun-07 Consumers

1-Apr-06 31-Oct-06

1-Mar-06 30-Dec-06 Pharmaceutical Companies

1-Mar-06 30-Jun-07

1-Mar-06 31-Dec-07 Consumers

1-Mar-06 30-Sep-07 Consumers

1-Mar-06 30-Dec-07 Coconut farmers

31-Jan-06 30-Sep-06 Consumes, Fabricator

Local and export ìmarkets.

31-Jan-06 30-Sep-06 Ube processors, farmers

1-Jan-06 31-Mar-08

1-Jan-06 30-Jun-07 Consumers

1-Jan-06 30-Jun-07 Consumers

1-Jan-06 30-Sep-07

Farmers Paint Industry Pest Control Industry Soap Industry Fertilizer Producer

31-Dec-05 31-Dec-06 SMEs

1-Dec-05 30-May-07 Manufaturing Companies

15-Sep-05 31-Mar-07 Duck raiser, Balut processors

30-Jun-05 31-Mar-07 Vinegar processor, fabricator

26-Apr-05 25-Apr-07 Banana growers, SMES

1-Apr-05 30-Sep-06

1-Apr-05 30-Dec-06 Farmers Rural Areas Fish Vendor


1-Apr-05 30-Mar-07 Pharmaceutical Company Farmers

1-Apr-05 30-Sep-05

1-Apr-05 30-Dec-05

1-Apr-05 30-Dec-05

1-Apr-05 30-Dec-05

1-Apr-05 31-Mar-09 SMEs

31-Mar-05 31-Dec-06 Smoked fish processors

31-Mar-05 30-Jun-06 Ube processors

1-Mar-05 30-Aug-05

31-Jan-05 30-Sep-06 Mango processors, farmers

31-Jan-05 30-Sep-06 Mango processors, farmers

31-Jan-05 30-Jun-06 Consumers, SMEs

1-Jan-05 31-Dec-06 Mango processors, farmers

1-Jan-05 30-Dec-05 Coconut

1-Jan-05 30-Sep-05

1-Jan-05 30-Jun-06

1-Jul-04 30-Jun-05

1-Jul-04 30-Sep-05

1-Jul-04 30-Dec-05

1-Jun-04 30-Mar-06

1-Apr-04 30-Dec-06 Farmers Rural Areas

1-Apr-04 30-Dec-06 Industry

1-Apr-04 31-Mar-05 Salt Producers Farmers

1-Apr-04 30-Jun-05 Coconut Farmers

1-Feb-04 30-Mar-06

1-Jan-04 30-Dec-04

1-Jan-04 30-Aug-05

1-Jan-04 30-Jun-05 Pharmaceutical Company

1-Jan-04 30-Jun-05 Coconut Farmers

1-Jan-04 30-Dec-06

1-Jan-04 30-Sep-06 Fair market/trade practices

1-Jan-04 31-Mar-06 Fair market/trade practices

1-Jan-04 30-Jun-05 Fair market/trade practices


Citrus juice processors, pharmaceutical industries, calamansi industries


1-Jan-04 30-Jun-05 Basi processors

1-Aug-03 31-Mar-05 Farmers Rural Areas

1-Aug-03 30-Mar-04 Industry

1-Jul-03 30-Jul-05 Textile Company

1-Jul-03 30-Dec-04 Coconut Producers

1-Jul-03 30-Dec-04 Farmers

1-Jul-03 30-Dec-04 Coastal Villagers

1-Jul-03 30-Dec-05 Farmers Rural Areas

1-Jul-03 30-Dec-05 Medical & Pharmaceutical Company

1-Jul-03 30-Dec-05 Pharmaceutical Industry

1-Jul-03 30-Dec-04

1-Jul-03 30-Dec-04

1-Apr-03 30-May-05

1-Apr-03 30-Oct-04

1-Apr-03 30-Jun-05 Methy Ester Industry

1-Apr-03 30-Mar-05 Banana Growers

1-Apr-03 31-Mar-04 Filipino Childred

1-Mar-03 30-Sep-04 Villages

1-Mar-03 30-Mar-04 Fishermen, Sardines Factory

1-Feb-03 30-Mar-04 Coconut farmers

1-Jan-03 30-Dec-04 Farmers Rural Areas

1-Jan-03 30-Dec-04 Manufacturing Company

1-Jan-03 30-Mar-04 Farmers Coconut Planters

1-Jan-03 30-Jun-03 Filipino Children

1-Jan-03 30-Mar-04 Filipino People

1-Jan-03 30-Dec-04

1-Nov-02 30-Dec-03

1-Sep-02 30-Aug-03

1-Jun-02 30-Jun-04 Seaweed industries

1-May-02 30-Mar-04

1-Apr-02 30-Mar-04

1-Jan-02 30-Jun-04

1-Jan-02 30-Mar-04

Project Location(s)

Bicutan

ITDI, BICUTAN, TAGUIG



Bicutan

Bicutan



Bicutan

Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI

Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI

Bicutan





Bicutan

Bicutan

Taguig

ITDI

ITDI

ITDI

ITDI

Bicutan

Bicutan


Taguig

Taguig

Taguig

Taguig

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan



Bicutan

ITDI, Bicutan

ITDI Bicutan


Taguig

ITDI, Bicutan

Taguig

ITDI and MIRDC, Bicutan


Taguig

ITDI, Bicutan

ITDI Bicutan

ITDI, Bicutan

Taguig

ITDI Bicutan

ITDI, Bicutan


Taguig

Bicutan

Taguig

Taguig

Taguig

ITDI, Bicutan

ITDI, Bulacan

ITDI, Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

ITDI Bicutan

Bicutan

Bicutan

Bicutan, Bulacan

Bicutan

Bicutan

Bicutan

Bicutan

BictanBulacan


Taguig

Taguig

Taguig

Taguig

Taguig

Taguig

Taguig

ITDI, Bicutan

ITDI



ITDI, Bicutan

ITDI


Taguig

ITDI

ITDI

ITDI

Bicutan

Bicutan




Taguig

Taguig

ITDI Bicutan


ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Valenzuela Bulacan

Bicutan

Bicutan

Bicutan






Taguig

Taguig

Taguig

Taguig

Taguig

ITDI

ITDI



Taguig

ITDI

ITDI

Bicutan

Taguig

Taguig


Bicutan

Bicutan

Taguig

Taguig

ITDI

ITDI

Bicutan

Bicutan




ITDI

ITDI

ITDI

ITDI


ITDI

Bicutan

ITDI

ITDI

Taguig

ITDI, Bicutan

Bicutan

Bicutan

ITDI

ITDI

Bicutan

Bicutan

ITDI



ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan





Taguig

Taguig

Taguig

Taguig

ITDI, Bicutan

Taguig

Taguig

ITDI

ITDI

Taguig

ITDI

ITDI

ITDI

Bicutan

Taguig

ITDI

ITDI

NCR, Reg. IV and Reg. V



Bicutan

Bicutan



Bicutan

Bicutan

ITDI

ITDI

ITDI

ITDI

ITDI

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan







Taguig

Taguig

ITDI Bicutan

ITDI

ITDI

Bicutan

Bicutan

ITDI, Bicutan

ITDI

Bicutan

ITDI

ITDI

ITDI

Bicutan

ITDI

Bicutan


Bicutan

Bicutan

Bicutan

ITDI

Romblon

Bicutan

ITDI

ITDI

ITDI, Bicutan

ITDI

ITDI

ITDI

ITDI

Bicutan

Bicutan

Bicutan

Bicutan

ITDI, Bicutan

Bicutan

ITDI Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

Bicutan

ITDI

ITDI, Bicutan

Bicutan



ITDI, Bicutan

ITDI, Bicutan

Bicutan

ITDI, Bicutan

ITDI, Bicutan

Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

Bicutan

ITDI, Bicutan

ITDI

Bicutan

Bicutan

Bicutan

ITDI

Taguig

Taguig

Taguig

ITDI

ITDI

ITDI

ITDI, Bicutan

ITDI

Bicutan, Taguig

ITDI, Bicutan

ITDI, Bicutan


Bicutan, Taguig

ITDI, Bicutan

ITDI

ITDI, Bicutan

ITDI, Becton

Taguig

ITDI

ITDI

ITDI, Bicutan

ITDI, Bicutan

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan


Bicutan

ITDI

ITDI

ITDI

ITDI

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI

ITDI

ITDI







ITDI

ITDI

ITDI

ITDI

ITDI, Bicutan

ITDI, Bicutan

ITDI

ITDI

ITDI



ITDI

ITDI

ITDI

ITDI

ITDI

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

ITDI, Bicutan

Project Accomplishments

Gathering baseline information on handling and storage of makapuno

Continue with experimental runs

Started initial development of extraction procedure foe color pigments from Tiesa fruit

Establishment of appropriate collection, harvesting and processing methods for the production of sweeteners

1. Fabricated reactor

2. Optimized process

3. Maximum production of gases

1. Collected 10kg of Hg contaminated sediment from ITDI

2. Prepared microbial inoculant for the initial experimental run.

3. performed preliminary experimental run using 250 ml inoculants/kg of contaminated sediment. Daily sampling was carried-out f

1. Prepared the laboratory for the fortcoming treatment studies

2. Collected laboratory wastewater and wastewater from the septic tank of MSD and FPD buildings.

3. Characterized wastewater in terms of BOD, COD, TSS and TS

Evaluation of experimental samples of coffee beans processed by dry and wet methods- Completed the e-nose evaluation of roasted Arabica beans processed by dry and wet methods .

1. Developed a detailed work plan, activities, schedules and consultants' assignments

2. EBD staff who were involved in the first and second national inventories had a meeting with Innogy Project Team (consultant)

3. Reviewed the first and second nat

1. Developed a detailed work plan, activities, schedules and consultants' assignments

2. Prepared a detailed description of methodology to be followed during sampling and analysis (sampling and analysis plan)

Developed a MAP system for fresh cut fruits (papaya, pineapple) and vegetables (vegetable salad). Enhanced the manpower capability of PTD in conducting R&D on MAP technology.

Conducted farm visits (papaya and sweet potato) and field trial for papaya and simulation testing. About 3 tons of fresh papaya were transported from Tupi, S. Cotabato to DOST, Bicutan using different types of transport packaging. After arrival at DOST, samples of papaya was inspected for any handling and distribution damages. The samples were allowed to ripen (1) normally, (2) delay ripening using ethylene absorbers, and (3) delay ripening by storing at low temperature (15-20°C).

Conducted two preliminary retort trials for chicken arroz caldo using dinorado and ordinary rice varieties. The product samples were evaluated in terms of texture and consistency, flavor and general acceptability. The product using dinorado rice was found to be more acceptable in terms of textre/ consistency thatn the ordinary rice variety.,

Developed utilizing the most active extract/fraction of the plant and will be field trial tested in the identified place of the Dengue Research Group preferably in the NCR.

Technology on Lyophilized coconut water based products from hair and skin

An edible film applied as primary packaging of food

Developed and characterized of Food Quality of Smoked salt

Prepared the initial draft terminal report

Developed an analytical framework to assess the environmental impacts of selected carrier bags packaging materials applicable to local scenario.

Breeding of laboratory animals in accordance with the Phil. Assoc. of Lab. Animal Science (PALAS) recommendation on optimum environment for lab animals is in progress. Two batches of first generation of lab animals have been bred and ready for blood collection and analysis. Continuous breeding is implemented to complete the required number of animals in establishing normal reference values for Hematology and Clinical Chemistry.

1. Conducted experiments to check/verfy the resitance/growth of 12 selected isolated microorganisms to some chemicals commonly used in the leather processing such as salt, calcium hydroxide, sodium hypochlorite (as biocide).

Conduct experiments to check/verify to some chemicals (salt, sodium hypochlorite, calcium hydroxide and others).

Analysis of the optical density, cell count, COD and pH

Establishments of optimum heat treatment for coconut water at laboratory and farm level

1. Gathered plumbing layout of the three EBD buildings

Conducted characterization and analysis of sweage from the three EBD buildings

1. Improved DOST biogas technology 2. Cleaner biogas technology system

Processed thermoplastic starch blends. Injection molding of test products. Characterized and evaluated test products. Trial production of prototype products. Characterized of prototype products.

1. Utilization of bitterns from salt production. 2. Stadardized the recovery of potassium fertilizer from bitterns. 3. Optimized the efficiency of the recovery process. 4. Technical report.

1. Production of biodegradable coating material. 2. Standardized the condition for the production ofcontrolled release fertilizer. 3. Optimized the condition for the mass production of controlled release fertilizer. 4. Product cost. 5. Technical report.

1. Optimized process of producing biolubricants. 2. Biolubricants conforming to standard speciications and comparable with the commercially available petro-based biolubricatns.

To have developed a method for the laboratory production of eicasapentanoic acid from crude glycerol.

Produced an aerobic locally-isolated strain for the application of aerobic treatment to poluted wastewater.

Identified food additives for soy-based products . Conducted workshops for awareness and capacity building.

1. Conducted literature research consultation on assessment of biogas/biomethanation projects and anaerobic digestion of solid waste in different countries.

2. Preliminary inoculum preparation for biogas and methane production

1. Human Resource Development: ( i.) Industry immersion at ST Microelectronics, Inc. (STMI) which developed the training module for the participants, (ii.) Equipment training including in-house training in specific scientific equipment conducted/sponsored by the suppliers. 2. Set-up of infrastructure and equipment requirements. - The EPCD building of ITDI was renovated based on standards with class 100K laboratories to house sophisticated equipment such as FESEM, TOFSIMS and AES. These equipment are already installed. 3. Trial equipment operation - Trial equipment operation using industry samples is on-going. And 4. Documentation for ISO 17025 Accreditation - Training and preparation of initial documents for ISO 17025 accreditation are presently undertaken.

1. Processed/ Characterized natural zeolite 2. Chemical modification of local zeolite - alkali treatment using NaOH and NaCl 3. Characterized modified natural zeolite 4. Optimized processing parameters of the modified natural zeolite

1. Processed nanofibrous membrane -Optimization of producing agricultural-based cellulose acetate and chitosan -Optimized parameters for electrospinning of nanofibrous membrane (Chitosan loading and processing conditions, etc.) 2. Characaterized and evaluated test products. 3. Adsorption studies

Methyl ester from Jatropha seed oil.

1. Reduction of the population of Aedes mosquitoes. 2. Reduction of transmission of dengue virus inn schools.

Selected and verified acacia wood specie as wine barrel

Improved and standardized the process of bubod using pure colure of microorganisms

1. Characterized raw material amd beneficiated HNT 2. Characterized beneficiated HNTs 3. Prepared silver filled epoxy blends (SFE)/HNT blends 4. Structural characterization thru FESEM, TEM and XRD 5. Thermal characterization and electrical characterization

Determined biological activity of acqueous and ethanolic extracts/pellet form of Piper Nigrum as effective ovicides/ larvicides for Aedes and Anophele mosquitoes. - Established close-response line against Aedes and Anopheles mosquitoes. - Determined adult emergence inhibition (IE%) of the acqueous and ethanolic

Developed VCO-based products for the hair and skin. Established pre-clinical efficacy and safety of VCO based products.

Establishment of volatile compounds of macapuno meat using Simultaneous Distillation Extraction-Gas Chromatography (SDE-GC) and Solid Phase Micoextraction-Gas Chromatogrphy (SPME-GC). Distinguish the volatile compounds that contribute to the macapun meat flavor.

Performed Environmental Risk Assessment

Formulate mitigating measures and recommend monitoring plans

Launched and presented the packaging design and country branding for tinalak and coffee during and S&T Week in Gen. Santos City. Attended coffee summi and seminar on packaging design. Gathered additional information and literature about queen pineapple, sweet potato and upland rice. Ongoing shelf life testing of roasted ground Arabica coffee blend (Blend 2 Mt. Matutum blend)

1. Deliverables 1: Training modules on CP-EE2. Deliverables 2: Awareness campaign/Training-Workshop on Cleaner Production Assessment and Energy Efficiency Audit and Conservation for tehnical staff from the industry cooperators.3. Deliverable 3: CP assessment and Energy Audit Report containing the following information:

A guide using the standardized process and appropriate colorant for the production of salted eggs was prepare for our local processors

Abaca fabric surface modification and characteriztion Fabrication of untreated and NaOH abaca treated fiber/unsaturated polyester composite using Hand lay-up technique Mechanical testing and evaluation Silane coupling treatment of woven abaca fiber and cotton/abaca blends. Characterization of NaOH treated abaca epoxy composite amd NaOH=plsma treated abaca epoxy composite. Hand lay-up processing of silane coated woven abaca fiber, cotton/abaca blends and bleached abaca fiber. Mechanical testing of woven abaca fiber reinforced polyester composite prepared by hand lay-up technique Fabrication of silane treated woven abaca fiber reinforced composite using vacuum assisted resin transfer molding Characterization of silane treated woven abaca fiber reinforced composite

Completed the exposure of LDPE samples with light beams, migration testing based on JETRO standards to determine presence/absence of migrants on food simulants. Thermal analysis of the samples using DSC showed no significant changes in melting profiles except on some signs of apparent oxidation on exposed samples.

Gathered baseline information on existing products and existing process

Installed pilot scale beneficiation set-up Conducted characterization studies & conducted beneficiation of raw clay. Conducted the swelling test to obtain the optimum activation parameters. Conducted organic activation. Production of oraganoclay. Conducted characterization of nanoclay. Conducted performance testing of nanoclay. Evaluated results.

1. Design development and preparation of working / engineering drawings 2. Fabrication works and performance testing 3. Performance tests/ modifications on the equipment

Processing and characterization of raw materials Preliminary Evalaution of red clay from different regions experimental formulations using red clay from different regions Prototyping of ceramic filter with silver coating Testing the properties of prototype products Evaluation of results

The study demonstrated the feasibility of preparing molecularly imprinted polymer for tetracycline by precipitation polymerization.

Completed the design and fabrication of the densifier at a 50 kg batch capacity using biomass gasifier or LPG as source of heat. The design is modular

1. Design of hybrid solar still.2. Equipment fabrication.3. Performance testing.4. Field testing

Processed and characterized local limestone using XRD, Particle size analysis and XRF. Laboratory synthesis of local limestone into precipitated calcium carbonate. Characterized and determined properties of synthesized powder. Production of high value products/powder

1. Extracted/analyzed black pepper leaf and seed oils. 2. Aqueous extract 3. Larvicidal activity of black pepper leaf seed oiland aqueous extracts.

Established the extraction process and biochemical characters of pectin from mango peel. Big mango processors can slve their problem on wastes disposal aside from additional income from fruit wastes.

The study was able to successfully demonstrate the capabilities of the e-nose and e-tongue technologies in characterizing the different vinegar, soy sauce and coffee samples

Processed and characterized raw materials. Prepared working molds. Forming and firing of prototype products. Application of anti-microbial coating. Set-up of water purification system. Conducted performance and field testing. Conducted evaluation of results.

The genomic DNA was determined to be of good quality for use in cloning experiments. The amylase gene from the source was determined in silico. The plasmid vector was selected in such a way that it will contain a sequence construct composed of the amylas

Processed and characterized local zeolite. Presence of modernite was detected by XD analysis. Modification of natural zeolite. Characterized modified zeolite by mineral analysis. Determined CEC of modified zeolite. Processed raw zeolite based on the optimized process for modification for the utilization of modified zeolite in the production of detergent. Formulation of products with modified Zeolite. Testing of products with modified zeolite.

Fabrication of nanostructured/ nanocomposite coating by simple electrochemical deposition method zinc, (lab scale/ experimental - initial phase) Test and analysis of electrodeposited pure zinc and zinc nanostructured composite coating on steek substrate (XRD, XRF, coating thickness, etc.) Test and evaluated and compared corrosion performance properties of nanostructured coated steel vis-a-vis pure zinc coating by salt spray test ASTM B117 Fabricated nanostructured / nanocomposite coating by simple electrochemical deposition method of zinc. (lab-scale/ experimental) Test and analysis of electrodeposited pure zinc and zinc nanostructured composite coating on steel substrate (XRD, XRF, coating thickness, etc.)

Processed and characterized lcoal silica Synthesized processed silica to nanometer Characterized synthesized nanosized silica Srudied Design mix for concrete with nanosilica Formed prototype concrete products Determined properties of concrete products Evalauted results

After 22 months of storage, samples of PET/AL/LLDPE stored at different temperatures (20°, 30° and 40°C) showed no significant change in terms of tensile strength, OTR and WVTR. The same results were also obtained from the remaining 4 packaging material samples of VMPET/CPP, Nylon/LLDPE, OPP/CPP and PET/LLDPE stored at 18, 15, 12 and 9 months respectively.

1. A detoxified pressed cake and oil suitable as feed ingriends for animals and poultry.2. A processing design for the detoxification process.

Natural health supplement in capsule and tea bag of A. muricata

Developed technology of natural mosquito repellent lotion and spray for babies and children.

1. Technology for the production of plant oils (Jatropha and Coconut) and methyl ester using SCFE method.2. High quality plant oils.3. High quality methyl esters.

A standardized method of preparing A. paniculat extract.Standardized extract powder of A. Paniculata.

1. Developed a process for the scale-up production of alkyd resin from jatropha curcas oil.2. Developed alkyd resin product that conforms with standard specifications.3. Determined applicability of alkyd resin product in surface coating formulations.

Reduction of dengue cases in the Philippines.

Methyl Ester product waste cooking oil.

Iodized salt technology ready for transfer.

Developed an immobilized titanium dioxide photocatalyst for the removal of organic pollutants from water.

Seminar workshop with actual demonstration of the solidification technique based on the results of the preliminary research.

Hazardous waste utilization, in particular the conversion of solidified tannery sludge into useful product such as ceramic items.

1. Expanded Starch Powder.2. Starch Charcoal.3. Techncal Reports.

Treatment technology for tannery waste sludge

Treatment technology for tannery waste sludge

Improvedgas yield using swine waste effluent

Conducted semicontinuous culture to determine the effect of CO2 on microalgal growth

Actual testing of pilot plant scale technology for microbial removal of residual chromium from tannery wastes under an anerobic conditions.

estriction pattern analysis of genomic yeast DNA

Gel electrophoresis of DNA fragments

DNA template simplication

1. Microalgal biomass which can be used as feedstock for biofuel

2. Treated wastewater with lower nitrogen and phosphorous content

Safe food handling and preparation practices were disseminated. Improving outreach to all segments of the food industry ensures that harmful products are removed from the market .

Prepared Chitosan from waste shrimp shells and kapok was processed into pulp. Characterized kapok/chitosan by MIC-D and SEM Electrospun kapok/chitosan blends using acetatone as solvent. Characterized electrospun kapok, chitosan blends by MIC-D, SEM, DSC, FTIR, and AFM. Adsoprtion Kinetics were conducted on Cu(II) removal in wastewater.

Conducted deposition of Zn infusing nanoparticle of SiO2 or TiO2 into the coating on steel by adopting the conventional electroplating technique. Some modifications and adjustments on the preparation of the plating bath solutions and electroplating parameters were employed which allowed us to produce Zinc and Zinc-SiO2/TiO2 nanocomposite coating on steel plates. NOTE: Continued activities in RDA-MSD-2011-09

Characterization of raw materials using FTIR was conducted and evaluated. Synthesis and characterization of the model quantum dots. Evaluated results. Fabricated the quantum dot solar cell. Performance evaluation .

Similar activities on the newly approved project under the program of Development of R&D Competency on Nanotechnology entitled "Development of Disposable Foamed Food Containers and Cutleries from Biodegradable Nanocomposites".

Similar activities on the collaborative proejct of the ITDI-KIMS on "Plasma-treated Abaca Fiber Reinforced Composite for Industrial Application

Pilot plant beneficiation set-up Beneficiation of raw bentonite clay Sodium activation/characterization Organic activation with surfactant Characterization of nanoclay Performace application of nanoclay Evaluation of results.

The study covers migration characteristics and tensile strength as a function of storage temperature and time. Migration characteristics study was done using residue by evaporation, KMnO4 titration and UV-Vis spectrometric study at 245-325 nm. On the other hand, ASTM method was used to determine the tensile of the degradable materials. Tensile strength of both samples of degradable packaging materials used in study decreased wi8th time of storage and decrease being greater at higher storage temperature. Based on the result of migration test, there was an increase in residual acetic acid beyond the maximum allowable limit after 183 days of storage.

Fabricated a small scale vacuum fryer and an operation manual for the prototype small scale vacuum fryer

Technology on the development of cococin

Developed coconut water concentrate (CWC) from both young and mature coconut.

1. A process for the production of biolubricants.

2. ASTM conformed biolubricants.

Fabricated prototype smokehouse kit for demo/training. Processing manual for smoked fish processing and guide manual for operating the smokehouse kit

Based on the study , the following were determined: a. The box dimensions had significant effect on the compression strength of RSC. Results showed that increasing box perimeter directly increase box compression strength b. At constant perimeter of 1000 and 1200 mm, the box compression strength increased with decreasing base ratio. Based on the experimental trials conducted, a base ratio of 1 had the highest box compression strength. c. The box compression strength decreased with increasing box height at constant perimeter of 1000 mm and constant base ratio of 1. d. The effect of base ratio and height dimensions could be considered as the modifying factors in establishing the compression strength of RSC box type e. The buckling behavior of RSC was correlated with the compression strength

Characterized waste rubber crumbs. Production of rubber crumb and rubber powder. Conducted formulation studies using different binders and rubber crumb for rubber block and pavers for outdoor application. Characterization of wsate rubber block and pavers. DEsigned and fabricated mold for prototype products. v Production of prototype products. Conducted performance tests. Conducted cost-benefit analysis.

Produced glycerin/jatropha pressed cake pelets as fuel substitute.

Final Energy benchmarking

Characterized and improved quality of cacao and tablea. Processing Guide

Standardized the wet and dry processing method of coffee

Prepared Draft Standard and Recommended Code of Practice for Fish Sauce

Design of the purification and separation process based on the chosen technology/process tailor-fitted to the characteristics of the product ghas from the biomass gasifier

Improved Fixed Dome Biogas Digester thru increase biogas production efficiency and improvement of the quality of wastewater for recycling and re-use

A laboratory-scale solar photocatalytic reactor using immobilized titanium dioxide photocatalyst developed for the treatment organic dyes and similar compounds wastewater.

Designof a bench-scale solar photocatalytic reactor

Fabricate and test a solar biomass prototype.

Conducted formulation of porous/ support membrane. Conducted sythesis of inorganic/ organic membrane. Conducted characterization of synthesized membranes. Application of synthesized membrane on porous ceramics. Prepared porous ceramic support and inorganic membrane. Started forming of sample membrane.

Beneficiation of raw bentonite. Surface modification of beneficiated clay. Morphological, chemical and physic-mechanical characterization. Processing of thermoplastic starch. Extrusion of TPS into pelletes. Characterization of TPS film samplse. Nanocomposite Characterization. Conducted biodegrability test.

1. Four Japanese experts were dispatched to provide their expertise in packaging 2. Lecture materials and training manuals were developed in Brand and Packaging Design Devt., Packaging Techniques-Advances and Trends and Transport Packaging Technology for Fresh Produce duly approved by the PTD Project Manager in consultation with the Japanese experts 3. Conducted seminars in Regions I, II, III, IV, V, VI, VII, VIII, XI, NCR and CAR with one-on-one consultative meeting 4. Conducted plant and farm visits to 28 food companies and 4 farms. 5. Conducted in-house training on food styling, brand development and transport packaging for fresh produce

Based on the results of the experimental runs conducted the project was able to come up with the basic formulation of restructured ham

1. Technology for the production of microemulsified hybrid fuel from jatropha and coconut oil 2. The microemulsified hybrid fuel pass engine performance and emission test 3. The microemulsified hybrid fuel is comparable to diesel fuel for use in diesel car engine and stationary phase engine

Technology for the scale-up production of methyl ester from used vegetable oil Prepared design and fabricated equipment for oil pre-treatment

Established antimicrobial activity and stability of VCO

Develop a continuous type salt-iodizing machine that is small in size.

A biogas flaring system using existing biogas digester system

Produced absolute (concentrated floral oil/aromatics) from rose, ylang-ylang and sampaguita Developed technology on the production of absolute from flower materials

Improved the quality of salt Standardized the design for the fabrication of salt production faciluty Optimized the efficiency of the facility Produced cost Technical reporrt

1. Improved DOST biogas technology 2. Cleaner biogas technology system

1. "Do-it-yourself" design 2. Report

Improved design of the biogas-run generator systems using H2S scrubber system, methane gas regulator system, gas holder system

1. Cost effective solidification process for the treatment of hazardous wastes from leather tanning industry

Established safe thermal processed for two MRE in single and multiple serving flexible pouches. (Tocino and adobo)

Established pilot community-base emergency food reserve production program in Botolan, Zambales

1. Baseline industry information including current waste management practices, existing equipment and technology and energy and material benchmark information 2. Quantification of energy and environmental benef

Cost-efective solidification process for the treatment of hazardous wastes from leather tanning industry

Economic viability and environmental impact assessment of the technology

Echo seminar to target beneficiaries

1. A lab-scale solar photocatalytic reactor using immobilized titanium dioxide photocatalyst developed for the treatment of organic dyes and similar compounds in wastewater 2. Design of a bench-scale solar photocatalytic reacto

Improved DOST biogas TechnologyCleaner biogas technology system

Established standard of product identity for ginger brew or salabat necessary for the development of standards and recommended code of practice (RCP). Prepared quality assurance manual for ginger brew processing

Assessed and identified Local wood species for making wine barrel

Developed converting steam retorts into water spray retorts for use in thermal processing of food packed in flexible and rigid packaging.

The samples of PS and Styropor Densified paving blocks obtained from QC Payatas controlled disposal facility and MRF of Sta. Cuz, Laguna were rigid and gave considerably notable rigidity and strength. The obtained value of MOR and Compressive strength strongly indicated that the molded/densified products obtained either from PS or PE/PP could also be used practically as functional products. Although based on actual results, paving blocks obtained from the QC payatas were found to be more rigid and tough than those produced in Sta. Cruz, Laguna. IT was also noted that the amount of vegetable cooking oil in the densified plastic has significant effect on its physico-mechanical properties. Especially, the bonsai pot made from pure plastic (PE) processed in excessive amount of oil, gave a relatively lower MOR value. On the other hand, the low value of MOR may be explained by the amount of impurities imbedded in the densified product. All samples exhibited a considerably high/workable compressive strength.

Characterized corn starch and clay Optimized processing for TPS Conducted physical, morphological and chemical properties Conducted formulation studies for TPS-clay nanocomposites Conducted thermal, physico-mechanical, morphological and chemical tests Performed biodegradability tests Evaluated results.

Characterized raw material obtained. Conducted XRD on clay. Conducted formulation studies. Develop test bricks.

Conducted synthesis of biphasic calcium phosphate powders Conducted characterization of synthesized powder Started forming of test samples Determined properties of test samples. Conducted optimization of processing parameters. Prepared and started forming of porous BCP. Conducted testing of porous BCP using SBF.

Completed establishment of exposure sites in 3 different environments: marine, industrial and geothermal. Completed Installation of steel test panels on exposure rack in each exposure site. Monthly retrieval of carbon steel test panels in 3 exposure sites. Monthly/Data gathering of Atmospheric Conditions thru the ACM sensor. Processing of data to determine the atmospheric corrosivity of each site. On-site inspection on the corrosion behavior of 4 types of stainless steels exposed in the same sites. Performed laboratory tests to determine the corrosion behavior/characteristics of the weathering steel exposed/ retrieved adter 1 year. Meeting with the Cooperator. Maintenance of the exposure sites.

Designed and tested thermal processing equipment that will utilize industrial wastes

Developed product and processes for pickled okra, powdered okra and vacuum fried okra using the okra rejects

1. Standardized procedures for processing of herbal materials from Z. offinale and C mercadoi 2. Identified compounds present in officinale and C. mercadoi 3. Validated/identified pharmacological activities of Z. officinale and C. mercadoi 4. Prepared draft of quality control standard for the above -cited plants.

1. The following pot filters were formed and fired: a. 10 pcs - 1.5 liter capacityb. 2 pcs - 6.0 liter capacityc. 2 pcs - 8.0 liter capacity

Carbon nanostructures (CNS) with different sizes and structures will be obtained as the result of varying the growth parameters such as temperature (800°C to 1200°C) and time (1-5 hours). Deposits of CNS will be observed in zone two and three of the glass quartz.

Design of a small scale pilot plant fluidized bed gasifier with improved gas cleaning system and wastewater treatment facility for heat and power generation.

Designed and Fabrication completed

Treated effluent met the DENR standard

Set-up of the laboratory scale reactor

Utilized existing heat pump drier in FPD

Several combinations of cement:wate:sand by weight were made for comparison. All combinations exhibit poor miscibility or compatibility with waste, only the 10:10:80 show acceptance but still poor in overall surface texture as all the other combinations.

1. Conducted formulation studies of recycled rubber. 2. Determination of properties of recycled blocks. 3. Improvement of processing techniques and reformulation.2. Conducted characterization of waste rubber floor tiles and rubber blocks. 3. Designed and fabricated mold.4. Production of prototype product for performance test.

tested the performance of the pilot-scale AFBBR in the treatment of wastewater from the coconut processing, leather tanning and milk industry. 2. To determine the optimum operating conditions for the

Conducted synthesis of coconut oil. Conducted characterization of coconut polyol Prepared polyurethane from Coconut oil-based Polyol (COP)

Processed raw zeolite. Conducted hydrothermal treatment of raw zeolite. Conducted characterization of modified/treated zeolite. Formation of modified/treated zeolite into beads.

Technology for the production of microemulsified hybrid fuel using jatropha oil, coconut oil and jatropha/coconut oil blend.

Established safe thermal processed for two MRE in single and multiple serving flexible pouches. (Tocino and adobo)

Improved bubod production, evaluated commercial bubod and tapuy and documented local production

To have developed a method for the laboratory synthesis of alkyd ìresin from jatropha curcas oil that conforms with commercial ìspecifications.

Conducted CP Trainers' training

Conducted of CP assement trainings in the Regions

10 SMEs in Cleaner Production Assessment

CP Assessment Training conducted for the 5 DOST regional offices

Assessed the quality of locally produced VCO from five (5) identified commercial processes, namely, fermentation with heat, fermentation without heat, centrifuge, dry process and enzymaticand developed appropriate packaging technology

1. Technology on the preparation of ahydrophonics /soiless media. 2. A ready-to-use a hyrophonics/soiless media.

Determined and characterized toxic compounds present in Jatropha.

Established pilot community-base emergency food reserve production program in Botolan, Zambales

Identified compounds present in Jatropha pressed cake. Established health benefits of crude Jatropha pressed cake and extracts.

Process for the production of complete fertilizer for jatropha plants.Granulated fertilizer.

Developed industrial products utilizing crude glycerine.

Enhanced the marketability of food products of ALABARZON through packaging improvement and innovation

Proj. End: Developed technology for hydrogen production from biomass. Year End: 1. Technology Assessment on Hydrogen Production. 2. Evaluation of biomass materials on its suitability for hydrogen production. 3. Analysis of gas emissions from existing gasifi+N8ers & combustors.

Assessed capability of coal fly ash to reduce BOD and COD in aqueos solutions..

Determined the effects of different pH levels of the mixture of wastewater and coal fly ash in the removal rate of organic pollutants.

Prepared design of a bench-scale treatment system

One(1) unit gasifier One(1) unit rotary oven

Project activities in 2008 involved complilation of literature and related study. In 2009 preparation of raw materials and steel substrates. Formulation studies. Application of formulated paint/ coatings on steel test panels. Determination of thermal insulation properties of formulated coatings by thermal inulation properties of formualted coatings by thermal conductivity tests. Monitoring of perforamnce properties by accelerated weathering exposure test. Test and evaluation of other performance properties.

Final Energy benchmarking reports for 4 plants

Developed nanocomposite. Conducted moisture absorption test.

Data on the physico-chemical properties of coal fly ash

Data on the results of adsoprtion experiments

Treatment of basic dye wastewater.

Performed small-scale dyeing process

Year 1: Rehabilitation of FBGYear 2: Fabricated FBG for energy and Ac productionYear 3: Established a demonstration plant for energy and AC production by FBG technology

The AFBR technology together with other auxilliary equipment reduced greenhouse gas emissions to as much as 6555.9 tonenes of CO2e when compared to the anaerobic treatmentprocessof Anerobic lagoon.

Profitability study revealed an annual percent ROI of 26.2 and pay-out period of 2.5 years for a medium-scale food processing company adopting the technology.

1. Gathered baseline and operational data on the use of CME at the Tablas DPP including fuel rate, fuel consumption, heat rate, thermal efficiency, emission rate, among other things. 2. Evaluated the data and established the suitability of CME for stationary diesel engine used with regard to various parameters within the capability of the project cooperators. 3. Validated the production capability of the Romblon Biodiesel Plant in the manufacture of CME.

Developed turmeric oil mcirocapsule and tablet.

Anti-oxidant in sachet which has an eficient oxygen basorbing capability. A polymer based oxygen scavenger.

Optimization of processing conditions and characterization of monolaurin.

Established standard of product identity for ginger brew or salabat necessary for the development of standards and recommended code of practice (RCP). Prepared quality assurance manual for ginger brew processing

1. Formulation of an improved mosquito repellent lotion for dengue fever/ other mosquito borne diseases.2. Field tested efficacy of the product

Technology for the production of commerciable and highly valued products from sampaguita flowers such as concrete, absolute and pomade.

Designed and fabricated a hydraulic expeller.

Produced fuel composite from carbonized jatropha by-products mixed with other carbonized biomass materials.

Designed, fabricated and operated a pilot-scale multi-layered scrubber in the removal of biogas im

Constructed the AFBBR and gas holder

JME formulations with antioxidants and other diesel fuel additives prepared and analyzed.

Characterized vegetative cover.

Data on the carbon storage capacity of carbon stocks.

Total C. sink requirements .

Carbon seeustration rates.

Conducted scale-up experiments for trial 1 of bench scale production 100L glass tank. Determined growth kinetics and monitored culture parameters.

Actual testing of pilot plant scale technology for microbial removal of chromium compounds from tannery wastes.

The production of sugar from other sources than sugarcane was developed.

Utilized citral as flavorants for other food applications

Draft Standard Ethics food

Processed chicken fiber. Carbonized and characterized the abovementioned material. Test firing or chicken fiber.

Determined best combination in simulated water. 2. To test selected microorganisms in wastewater.

Completed fabrication of a bench-scale horizontal screw type digester. Reactor was leak tested and trial run was made. Troal volume: 60 liters, Effective Volume: 55 liters, Speed of Rotation (Paddles): 14.5 rpm. Start up operation was made by introducing 40 liters of sludge from the ITDI. 18 cu.m. biogas digester, 1 kilogram of manure and 3 liters water every week. Gas production: Average of 8 liters/week. Average pH of effluent: 7.2. Collected manure from the Animal House for loading in the horizontal screw type biogas digester. Loading the biogas digester with 2 kg. animal manure and 2 kg. water. Monitoring of pH of the effluent= 7.5. Average gas produced = 15 liters/week.

Completed the design and fabrication of 4 gas scrubber columns and filled with different packing materials such as scrap iron and sodium hydroxide flakes. Converted the existing 1 m3 metal tank into a biomethane storage tank. Converted the 13 HP gas fed generator into a biogas fed generator. Conducted leak test of the fabricated gas scrubber columns. Raw biogas was introduced to the gas scrubber to remove gas impurities. The treated biogas was directly utilized as fuel to the generator. The generator was able to to rpoduce electricity using the treated biogas. Continued test run of the modified generator using the scrubbed generator, analyzed the methane composition of the biogas before and after passing through the scrubbers. The methane content of the scrubbed biogas is over 90%.

A standard process was used. Sensory, physico-chemical properties and proximate composition of the product were evaluated. Results shows that suclorose can be used .

Designed and fabricated processing equipment. Performance testing of fabricated processing equipment.

Characterized raw materials. XRD analysis of limestone. Prepared 3 trial formulations. Formed test samples.

Modification of graphite particles. Processed nanocomposites. Characterization and measurements.

Biodiesel from Jatropha Oil

Based on the results of the study, there is a need to install a monitoring scheme for the presence of heavy metals in canned food products specifically Pb content. There were canned sardines that gave Pb content above the tolerable limit set by CODEX and EU. The study also showed that acetaldehyde maybe present in drinking water using PET bottles. The study conducted was limited to only 6 brands of drinking water with tolerable acetaldehyde limit. It is recommended that the test be conducted on a wider range of samples.

Processed mango seeds. Characterization of powdered seed. Conducted oil extraction from the powdered mango seeds. Determined the physical properties of crude & refined oil extracts. Conducted initial refining of oil. Determined the physical properties and fatty acid profile of the refined oil. Conducted microbial test on the refined oil extract.

1. Completed laboratory tests of retrieved test panels (4 years) i.e., edge corrosion, gloss retention, visual inspection. 2. Maintenance of the sites every year.

Development of design for transport packaging of VCO must be based on potential environment hazards that the product will be exposoed, and this must be vslidated by conducting simulation study

Biodiesel from Jatropha Oil

Processed/Prepared Montmorillonite. Conduct of Polycarbonate (PC) Recovery. Conduct of synthesis of recycled PC/organo-MMT Nanocomposites. Processed RPC nanocomposite products. Characterization of RPC Nanocomposites for PCB.

Conducted literature search on the synthesis of viscosifier and production/formulation of 2T oil. Due to inavailability of jatropha seed (raw material for the production of JME) the project implementation was terminated.

By products characterized.Gas storage system fabricated.System performance tested.

The fly ash was converted to zeolites by alkali hydrothermal activation of 1:6 ratio of CFA and sodium hydroxide for 30 hour fusion period at 150°C. The surface morphology, elemental and mineral composition of the zeolitic material was identified. The results of cation exchange capacity of 300 nno/100 g.

Raw materials prepared/ characterized. Preparation of CNT/PET blends. Conducted synthesis of MWCNT/PC nanocomposites. Conducted chemical, morphological and thermomechanical characterization of the CNT/PET nanocomposites.

Oil and Lightning/heating apparatus preparation

Prototype of 100L biodiesel reactor adaptable to the rural areas.

Established network among stakeholders, ITDI and ICETT

Prototype solar wind dryer

Guidebook on Environmental Management for Meat Establishments

Biological treatment of CME production wastewater

Developed formulation and process for Ube or Yam Jam at controlled water activity (aW) to prevent the growth of colostridium botulinum.

A food supplement (without therapeutic claims) that is potent to lowering blood-glucose in animal & man.

Developed low calorie beverages (RTD tea and Juices) from ìingenious raw materials.

Developed low sugar strawberry and mango jams.

1) Adequete amount of extracts.

2) Fractionated extracts

3) Identified active fractions

Conducted a CP Assessment TrainingAssist 20 MSMEs in Cleaner Production Assessment20% reduction in pollution load from participating MSMEs25% increase in cost savings attributed to CP10% increase in sales or productivityIncrease

A study on the scale-up production of JME from Jatropha Curcas Seed Oil and methanol was conducted using the optimized reaction parameters established in the laboratory svcale synthesis. The study was carried out usina a 5 li. And 12 li. Capacity reaction vessels.

10 adoptors

Technology for the production of high dietary fiber powder.High dietary fiber capsules that meet the specifications required ìfor pharmaceutical / chemical industries

1. Glycerin anti-oxidants2. Optimized parameters and standardized processing conditions3. Characterized and evaluated the product4. BOP and terminal report

Jatropha compressed fuel

Reduction (Average)

72 Hrs. 1,330-6,640 mg/L 83-690 mg/L 86.2%60 Hrs. 1,570-4,200 95-204 92.0

Completed the design of the Pilot Scale AFBR.

Prepared the list of materials needed for the fabrication of the ìAFBR and estimated

Purified petroleum fuel

Pilot plant scale technology for the microbial removal of chromium compounds from tannery wastes

Best isolate/s that can reduce ferric on industrial wastewater

Draft Standard for Canton Noodles

Developed technology for the processing of RTE meals

A bench scale process of sweet potato hydrolysis and ethanol ìproduction technology

Y1: DNA Profile of Genetically Improved Mushroom SpeciesY2: Data Base of Improved Edible Mushroom Species Established

Small and medium-scale food processing industries with wastewater (biological) treatment facility, local government units (LGUs)/communities, subdivisions, industrial zones, commercial establishments and others implementing solid waste mangement (BIOGAS system)

Yr1: Produced oil-degrading isolates.

Yr2: Tested oil degrading isolates to oil-contaminated waste ìeffluents

Lab scale technology for the virtual solid state biomethanation ìprocess for the treatment of biodegradable MSW

A model facility with conformance of co-operator(s) to GMP and HACCP Standards

1. Product developed and standardized2. Identified mode of deterioration3. Training module prepared

Prepared design of pyrolytic reactors. Fabrication of designed pyrolytic reactor

Feasibility assessment and technical viability; continued production of glycerine.

Natural food color from ube with quality and product specifications

Developed value-added products from and standardize three products/ processes for value addedproducts from goat

Processed polymethyl methacrylate (PMMA) nanofibers. Impregnated montmorillonite in PMMA matrix. Processed PMMA/MMT nanofibers. Characterized MMT/PMMA blends. Synthesized/Processed nanofibrous membrane and conducted characterization studies. Functionalized nano-composite with good affinity to organic compounds.

1. Conducted plant visits to 25 MSMEs from the different regios and provide assistance by giving recommendations and linking them to appropriate institutions, attendance to seminar etc. 2. The PTD manpower was capacitated and facilities upgraded 3. Developed appropriate packaging technology for Phil. ethnic foods and shelf stable ready to eat retort foods with corresponding shelf life studies 4. Results of the study on the development of MAP for fresh cut fruits and vegetables were promising but needs further studies to validate initial results.

Pectin from calamansi wastes that meets the USP standard. Development of pectin-based health care products.

1. Operation of the bench-scale AFBR2. Experimental run3. Fabrication of the pilot-scale AFBR

Developed standard packaging for identified pilot products

Guideline on EIA for ITDI Technologies

10 SET-UP beneficiaries from 3 priority sectors namely food, GHD ìand Metals and Engineering.

Standard formulation of trans-free margarine (specifications ìconforming commercial product)Optimized formulation of trans-free margarine.

Success stories on CP/EE implementationPool of regional CP assessors

A process has been developed for the laboratory synthesis of glycerol ester of lauric and benzoic acid. The reaction was carried out in a glass reactor equipped with stirrer, heater, thermometer and a Deam Stark receiver at temperature of 160-210 deg. cent. under atospheric condition, with toluene as solvent.

Technology for the production of high dietary fiber powder. High dietary fiber powder that meets the specification required for pharmaceutical and chemical industries.

Optimized parameters for the scale-up production of ACFScale-up Process for ACF productionMonograph for ACF processing

Carrageenan oligomers

Portable type biogas reactor

Spray dried CSM, coco tahu in stand up pouch, dried latik and ìbottled latik.

Alternative low-cost low capacity alcohol technology to ìcountryside.

Low-cost fuel alcohol technology for the energy sector.

Screened and characterized potential microalgal strains as ìbiomass feedstock for biofuel production.

Installed gas scrubber

Modified generator

Biogas production

Conducted synthesis of calcium phospahte coating. Conducted characterization Conducted immersion in simulated body fluid

Waste treatment facility

Activated Carbon product. Report on the technical viability of producing.

Performance Testing

A portable type 2 m3 UASB Reactor

Fabricated of one (1) unit 10Bhp fire tube type. Fabricated of water jacketed gasifier combustor.

Comparative analysis of muscovado Established operating parameters

Database system and computer based procedure for estimation of activity statistics necessary in the calculation of ref. year

Established operating condition for the gasification of low-grade coal and biomass mixture by FBG Technology.

Established operating condition for the gasification of low-grade coal and biomass mixture by FBG Technology.

Designed and fabricated a bench-scale AFBR model

Treatability studies on wastewater at varying HRTs

Zeolitic Materials produced

Data on physico-chemical properties of zeolite

Regeneration and recovery of toxic metals for reuseCost-benefit analysis of the developed technologyPreparation of project report

Q1: 1. Firing of tile samples at 1000 and 900 C. 2. Discussed project with one MEP student. 3. Reformualtion studies adding ball clay. 4. Firing at 3 different temperatures.Q2: 1. Grinding of raw materials passing 100 mesh and forming of prototype tile products. 2. Bisque firing of tile samples at 1050, 1000, 975 and 950 C and glost firing at 950 C. 3. Physical and mechanical testing of prototype products.

Use of appropriate transport containers will maintain the quality of the fresh produce and minimize losses.

Design for the full scale WTF for TSB

Compared different substrate formulations using previously ìselected strains.

Studied the effect of the number of generations (inoculum ìtransfer) on nata formation.

ETA report on ITDIEMS technologies

1. Developed treatment procedure for industrial wastes2. Prepared engineering design of treatment facility3. Assisted industry in setting up their own hazardous treatment facility4. reduced migration of toxic substances and hazardous wastes into the environment.

Design and consruction of full scale WTF

WTF Operation Manual

Q3: Drafted conceptual design. Designs completed. Materials preparation is under search at MSD surrounding areas.

Q1: Conducted literature/industry search concerning nanotechnology and started consolidation of data obtained from search.

Q2: Continued literature search through internet and journals, etc.Compilation of related studies/reports

Started report writing.

Q3: Continued preparation of draft for report

Q2: Review production costs in comparison with commercial products.

Q3: Tapped marketing students from FEU to undertake market feasibility on the production of panel boards from scrap packaging laminates.

Coordinated with an entrepreneur with regards to utilization of scrap packaging laminates for injection molding products.

Coordinated with Nestle regarding collection of larger volume of packaging laminates for trial production by injection molding.

Q2:1. Presented landfill technology to DENR Secretary

2. Presented PS project to media and come up with joint project with PPCP

3. Video coverage (ABS-CBN) on fluorescent gass recycling.

4. Semina/information campaign was transferred to RTID during the 1st Quarter evaluation.

Q1:1. Ball melting of waste glass2. Screening of waste glass to - 80 mesh3. XRD determination of waste glass4. Screening of fly ash to - 120 mesh5. Calcination to 800oC of fly ash to removed volatile materials.6. XRD determination of calcined fly ash

Q2:1. Conducted formulation studies, six formulations were prepared using borosilicate and soda lime glass in combination with fly ash:

a. 30-50% borosiicate glass and 50-70% fly ash

b. 30-50% soda lime and 50-70% fly ash.

2. Firing of test samples at 900o, 1000o and 1050oC

3. Conducted physical test on the formulated test specimens.

Q3:

1. Based on the % water absorption and mechanical strength, the ìfollowing formulations are recommended for floor and wall tiles:a. Formulation BS55 having a composition of 50% borosilicate and ì50% fly ash.

b. Formulation SL55 with a composition of 50% soda lime and 50% ìfly ash.

Q1: 1. Preparation of Raw Materials/Formulated Body Mixture Materials of calcined and raw highly siliceous clays werescreened to desired sizes (-60 +40 sizes). These were compounded with the addition of combustibles in the forms of sawdust and polymer, and mixed thoroughly with a binder. Aging of the said mixture was done for 1 to 2 days.2. Forming/Firing of test products:The formulated body mixture was formed using a metal mold and a press. Formed products were fired at 1200 C with 30 minutes soaking time.

Q2: 1. Prepared 50 kg of formualted body containig siliceous clay, organic materials and binders.2. Metal-forming of crucibles with a firming pressure of 200 kg/cm2. Newly formed crucibles were placed in a plastic tube (3" diameter) to prevent sagging and warping.3. Materials were purchased at Bicol region through the PSTO of DOST Region V. Payments were made at Metrobank.

Q3: 1. Raw materials that were purchased from Bicol region were processed, compounded and aged. Then about 65 pieces were formed and fired. Fired products were no longer deformed and only 2 products showed fine cracks due to low compaction.

Developed shelf stable meals/product in retort pouch

Client were provided packaging assistance

Q1. 1. Visited/Discussed with BFAD and PPCP regarding sampling, testing standards/ procedures and locally produced polystyrene.2. Discussed with STD, CMD and EnviD regarding the use of Gas Chromatograph. STD and CMD will conduct validation and training of the staff from MSD and EnviD.3. Requested purchase of column for Gas Chromatograph.

Q2: 1. Conducted research on the methods conducted by BFAR. Discussed process of submitting samples for analysis on the migration test in their laboratory.2. Meeting with the PPCP members requesting the submission of their foamed PS samples and the corresponding payment.3. Prepared communication/letters to the following: PPCP members and producer/distributor of PS pellets.

Q1: 1. Melted 4 Apatite/Wollastonite glass ceramics batches using bone ash for MEP ChE student.2. Melted 1 ceravital formulation using bone ash.3. Melted 3 apatite/mica glass-ceramics batches using bone ash for MEP ChE Student.4. Heat treated all the above samples qt 850, 900, 950 and 1000oC for 4 hours H/4 hours G.5. Run test for Simulated body fluid (SBF) for the samples at Mapua.6. Run XRD analysis of the different samples (c/o Nanda Suavillo of CMD - co worker).7. Run SEM-EDX of bone ash and glass-ceramics samples at La Salle (c/o MIT students).8. Run FTIR test (c/o Dr. Bedia).

Q2: 1. Run test for simualted body fluid (SBF) for thesamples ìat Mapua.2. Run XRD analysis of the different samples.3. Run SEM/EDX of bone ash and glass ceramics samples at La Salle.4. Run FTIR test.5. Submitted four papers to the 2005 ASEAN Microscopy Seminar ìfor November 2005. Two papers were already accepted for poster ìpresentation.

Q2: 1. Evaluation of results from electrical testing was continued.2. Microstructural analysis by SEM/EDX for formulated sensors was also done.

Trained Trainers Conducted Seminars Conducted Plant seminars

Technology for large scale production of nata by submerged process

2003: Biotreatment of industrial acid wastes2004: Biotreatment of other industrial acid wastes2005: Bench scale biotreatmentof industrial acid wastes

1. Culture of Agaricus species revived in agar medium2. Modified organic compost produced3. Fruit bodies of Agaricus mushroom grown in organic compost

Based on the results of the experimental runs conducted the project was able to come up with the basic formulation for restructured ham

Standardized Process for the production of dried fish

Set up a Material Recovery Facility

Preliminary extraction of bioactive compounds from mycelial ìbiomass and growing medium.ì

Bench scale process for bioremediation of residual oil spill.

Technology showcase and training

Fabricated 500 kg/day & 300 kg/day capacities Model III bioreactors and subsequently field tested.

Produce pilot scale shiitake mushroom mycelia

Produced microbial inoculant for adopters of the composting ìtechnology.

Bench scale process for recovery of residual oil spill

Production of microbial inoculant for tomato pomace and pulp ì

Alcohol fermentation technology using cassava-based raw materials ìas an alternative to molasses-based fermentation

An automatic cashew nut sheller.

Application testing of purified phytase produced by locally isolated microorganisms

Networking with selected on-line libraries as well as the acquisition of books and journals were done to complete the development of electronic library. E-learning and multimedia modules on packaging design were also completed. The project has networked with PIRA International.

1. Successfully designed transport packaging system for house decors and furniture such as the Christmas Parol, generic carry box, picture frame, lumbar chair, resin angel, key holder, eyeglass box, bamboo xmas tree, among others. 2, Prepared presentation modules for transport packaging technology for non-food products used during seminars in the regions 3. Direct tech transfer of developed transport packaging systems to house décor and furniture manufacturers

1. Activated carbon product2. Report on the technical viability of producing AC from pili ìshell.

Scientific data as technical reference in designing and ìimplementing rehabilitation initiatives for Pasig River.

1. Install EMS at FSSI including providing capacity building on ìenvironmental management issues.

2. Develop and implement the environmental management program ìfor FSSI members, partners and clients.

3. Training and consultancy program to specific

1. Documentation of Processes Developed by Different Institutions2. Assessment of Actual Current Processes of Industry ìRepresentatives3. Best Available Technologies (BAT) and Best Environmental ìPractices (BEP) Guidelines for the VCO industry4. G

A method has been developed for the production of biodiesel from used cooking oil from CME (acid oil from glycerine layer) and coconut oil processing, particularly, black oil with methanol to produce methyl ester.

Characterized asphalt paving mixtures with waste plastic bags. Optimized processing parameters. Conducted performance testing.

Processed and characterized materials. Formualted/proposed cobalt ferrite magnetics. Characterized developed nanoparticles. Conducted XRD Test.

Processed raw materials. Characterized TiO2-Chitosan membrane. Optimized the processsing parameters. Conducted performance testing.

Fragrances for shampoo, lotion, cream, liquid hand wash and soap

Optimized process of producing JME that meets the specifications ìsets by the PNS for petroleum product.

1. Virgin coconut oil2. Report on trial production3. EM for training and demonstration purposes4. Operations manual

Design and fabricated of prototype solar wind dryer.

Q2: Requested raw material samples from Revion IV for the said project.

Prepared batch recipe of raw materials.

Pulverized product samples for analysis.

Assisted Environmental staff in the preparation and leaching process for TCLP testing.

Submitted samples prepared for analysis at STD.

Prepared project proposal to PCIERD for possible funding.

Q3: 1. Acquired samples from Marinduque (mine tailings of Marcopper Mining Industry)

2. Conducted recepe formulation of raw materials for the leaching

3. Conducted forming and firing of samples

4. Pulverized product samples for the leachate test using TCLP.

5. Prepared samples with the environmental staff for submission ìto STD for analysis.

6. Negotiated with STD staff for the analysis of samples.

7. Conducted an evaluation of results.

Process standardization. accomplished.

Product formulation. accomplished

Determined the shelf life of virgin coconut oil.

Standardized process for ube puree in retortable pouch

1. Optimized process parameters for bench-scale production of ìnatural based analgesic balm2. Conducted clinical study on analgesic balm3. Performed market study

Standardized of formulations of ready to drink ìmango and calamansi with nata de coco.

Preparation of Draft Standard (CWG Level) by EO August 2006 ì

Improvement/ enhancement of existing ube processing is necessary ìto meet market requirements and to respond to the needs of the ìindustry.

Expeller modification

Preparation of Draft Standard and Code of practice. accomplished. Organization of Commodity Working Group (CWG) ìmembers. 50% accomplished

Set up of the electrospinning process. Test run of the e-spinning process using the prepared polymer solutions. Processed of polycaprolactone nanofibers. DSC, SEM, and FTIR characterization

Packaging Coordinators in the Region assisting in the implementation of SET-UP

Designed and fabricated a 1000 liter capacity acetator

Designed and developed a bench-scale rotating cone flash pyrolysis reactor system.

Designed and developed a bench-scale rotating cone flash pyrolysis reactor system.

1. Transfer the technology of the equipment 2. Activated Carbon product from coco shell

* Created new markets for Philippine banana products* Developed appropriate and innovative packaging for banana ì products* Banana processors assisted in process standardiation, markekting ì and promotion

Technology on the production of herbal productsHerbal products

1. Gathered data/information/literature search regarding raw materials, methods of fabrication, applications, etc for dental restoration.2. Complied information/data gathered.

Q2: 1. Collected raw materials from the Cooperator for the formulation 2K polyurethane (PUR) anti corrosive paint from coco-based acryl polyol 2. Conducted actual preparation of formulated paint (i.e., millng, mixing) - white colored paint (1 kilo) 3. Surface treatment of steel substrates/test panels (i.e., degreasing, polishing, cleaning, etc.)

Q2: 1. Collected four (4) fractions of CME from CMD-ITDI. 2. Coordinated with leading solvent and paint companies/ suppliers regarding testing facility for solvency power of organic solvents. 3. Familiarized test method for determining solvency power of solvents by Kauri Butanol (KB) solution (ASTM D1133). 4. Coordinated with RI Chemicals regarding procedure in preparation of solution needed in the test. Collected CME sample from the said company. 5. Compilation of gathered related studies and reports on CME and other similar material resources for solvents.

Q2: 1. Conducted literature search on Marcopper Mining history to have an overview of the industry. 2. Raw materials preparation - wrote a letter to the former director of DOST Region IV for the acquisition of Marcopper mine tailing. Samples received were pulverized and dried - wrote Amkor Technology for the acquisition of electronic sludge - conducted initial formulation study using the tablet form from the small amount left from my former study

Q3: 1. Conducted 12 formulations and fired at 1050°C, 1100°C and 1150°C. 2. Compounded batch formulation out of the choseb body. 3. Product samples were fired at different firing temperature. 4. Conducted test and evalution of product samples.

Upgrade the existing capacity of PRDC on packaging research and ìdevelopment. Install a digitized packaging design facility.

Improved process of mango halves in syrup

Standardized process for green mango puree

Determined pre-treatment procedure for coconut skim prior to spray drying

Q1: 1. Literature survey was partly conducted (thru internet and library)2. Sea shells samples were collected.3. Sea shells samples were washed for several days to remove foul odor. Experiments were done while washing such as addition of detergent or zonrox during washing. The sea shells were washed with water or water with zonrox, soaked in water which is exposed to (direct) sunlight during the day, left to stand overnight, then washed again the following day. This procedure was repeatedly done until the shells are clean and free from foul odor. The washed sea shells are those air dried, ready for use/ flattening.

Q2: 1. Seashells, particularly "tahong" shells were gathered and washed.2. Various treatments were done such as washing/soaking in water for several days, addition of Clorox for washing, boiling of shells prior to soaking and rinsing and the addition of acid at different concentrations. Initial results showed the seashells easily crushed that after the acid treatment. There is a need to improve the treatment that has been done.

Q3: 1. After acetic acid treatment for 10 days, tahong shells softened and flattened using a hydraulic press (50Kg/cm2, 80°C with 3 minutes pressing and 130°C with 9 minutes).2. XRD analysis showed that capiz shells consisted of calcite minerals and both tahong shells/skin consisted of aragonite.

Technology for pre-packaged trimmed and pre-cut green mango ìslices

Q1: 1. Conducted thermal, mechanical and microstructural analyses on the post-consumer CDs and organoclay. Results showed that the CDs contain 3 layers of coating and inferior mechanical behavior compared with the neat resin.2. Recovered pure polycarbonate by mechanical abrasion and hemical washing. The following analysis were conducted on the recovered product: XRD, FTIR, DSC, Tensile Test and Izod Impact Test. Results showed that the process of cleaning/recovery was effective in obtaining a pure CD with some properties comparable with the neat resin.3. Prepared four (4) formulations of recycled PC-organoclay systems by in-melt intercalation. Thin films and plates were obtained for characterization studies.

Q2: Conducted the following characterization studies of the ìRPC-organoclay nanocomposite systems: X-ray diffraction, differential scanning calorimetry, fourier transform infra-red, izod-impact test, tensile test, scanning electron microscopy and transmission electron microscopy. Results showed that nanocomposites were successfully formed/developed with superior mechanical properties compared with the neat resin. A phenomenological model on the microstructural behavior of the RPC-nanocomposite systems was developed based on the results of the TEM analysis.

Q3: 1. Conducted thermal, mechanical and microstructural analyses on RPC-organoclay nanocomposites. Results showed that the Tg decreases with clay content, which means that the clay acted as a plasticizer in the polymer matrix. Monolithic structure and hybrid intercalation were developed based on XRD and TEM analyses. There was an increase in tensile strength and impact resistance with increase in clay loading.2. Three technical papers were produced from the study.

Technology Assessment on the production of liquid fuels from biomass

Q1: 1. Needle-punching of polyester fiber was conducted in cooperation with Non-Wooven Fabric Philippines, Inc. Several trials were conducted by varying the fiber density.

2. About 200 kg of raw calcium bentonite samples were processed to concentrate montmorillonite minerals for activation. Sodium carbonate was used to ion-exchange with calcium in the montmorillonite structure.

3. Development of techniques to impregnate sodium montmorillonite particles in the polyester matrix was conducted. Dry and wet techniques of impregnation were used as a function of montmorillonite content per unit area of polyester material.

Q2: 1. Clay impregnation techniques were developed for the GCL: ì a: dry impregnation using a semi-mechanized technique of ìNon-woven Fabric Philippines, Inc. and b: wet impregnation using ìITDI facilities.

2. The process of wet impregnation process. Moreover, the wet ìimpregnation process produced denser GCL as characterized by ìoptical microscopy. The higher the `mass of clay/area' ìcorrelates to a better geomechanical performance.

3. The clay loading of 5 kg/m2 exhibited a permeability of ~5 x ì10E-10, which is comparable with the commercial/imported GCL. ìThe said specification is within the required standards of the ìGeosynthetic Research Institute (GRI) of USA for Geosynthetic ìClay Liners.

4. The preparation of technical paper is on-going.

Completed the design of a prototype of electronic module that will interface with pH level controller. The hardware and firmware for electronic controller was completed. Water level control was tested with the controller but not with the transfer pumps.

Developed a micro controller-based PID controller module prototype for the purpose of enabling the operations of various industrial process control systems. The micro controller is successfully working. The electronic circuit design of the microcontroller was already prototyped as well as the Incubator Chamber Control System, Ambient Lighting Control System and DC Motor Speed Controller (3 closed-loop control systems). The assembly language programs for the said control systems were already completely written, compiled and substantially tested.

Laboratory studies on methane emissions from open lagoon systems

* Prototype salt production center.* Economic viability of the process.* High quality salt.* Village level salt production facility.

Year 1:Processing facility fo CRF production

Project End:Monograph for CRF production

Completed the design of the control system that will monitor the water levels of the water tanks that will automatically switch on and off depending on water level. Fabricated panel box and installed electrical control systems.

1. An electronic system/ module to monitor and control the soap making process2. A safety measure device

Topical analgesic productProject End:Product licensingPatent

Draft standards for purple yam (ube) in syrup ready for BFAD public review

Standardized process for vacuum fried products

Standardized formulation and process for canned rice meal

Developed frozen marinated tilapia

Y1:1. FAME and FAEE with specifications comparable to standard specs2. Optimized procedure and parameters for FAME and FAEE ìproduction

Year 11. Technology for the production of essential oils, ìand pectin from calamansi wastes2. Identified the best method for extraction of high quality ìcalamansi oil3. BOP of calamansi oil extraction

Year 21. Pharmaceutical/ medicinal products from calamansi oil and ìpectin2. Technology on the production of naringin from citrus wastes

Year 31. Product application test2. Product costing

Project End:1. Product/process licensing2. Technical paper3. Patent

Technical Report

Technology Assessment

Optimized parameters for the scale-up production of ACF

Scale-up production of coconut-specific fertilizer

Established smoked house and standardized processing conditions of smoked tilapia based on the established parameters of the smoked house.

Established processing condition in the production of carbonated basi using existing product from basi processors

Scale-up production of coconut-specific fertilizer

Developed process on monolaurin production

1. Processing facility for the production of agar2. BOP

1. New products from glycerin such as substitute for corn gluten in ìswine and poultry feeds, 1,3 propanediol, glycerol; carbonte; ìglycidol, carrageenan-glycerine soap2. Increased market share and demand of glycerin and ìstrengthened competitiveness compared to other polyols

Purified glycerin esters namely: glycerin-1-benzoate-2,3-dilaurate and glycerin-2-benzoate-1,3-dilaurate

Q1:Processed remaining slags: crushed, ground, sized to desired grain sizes.

Prepared additional test samples.

Conducted compressive test for the additional samples.Evaluated data gathered.

Prepared some samples for XRD from crushed samples for submission to the analyst.

Gathered/recorded additional inputs provided by a MAPUA graduating students. These were results obtained in other laboratory.

Negotiated for additional materials form other company.

Q2:1. Processing of additional samples obtained last June 10: crushing, grinding and screening

2. Formulation studies using a) cement-sand mixtures, (b) slag-cement mixture and (c) cement-slag-sand mixturesQ3:

1. Mechanical/physical testings were conducted after curing of test samples after 7, 14, 21 and 28 days.

2. Test samples for ceramic tiles were also formed and firing was conducted at 1000o - 1200oC. Physical and mechanical tests of were also conducted after each firing.

Q1: Melting and HT XRD characterization

Q2:1. Preparation of test specimens

2. Conducted the following tests for three samples: hardness, thermal expansion, TG-DTA, alkali resistance, XRD and density

3. Presented accomplishment/ongoing activities to ITDI Technical Evaluation Group

Q3: Conducted the following tests/analyses: Thermal Expansion, Alkali Resistance, XRD and Density. Prepared required test ìspecimens for the aforementioned analyses.

Completed the design of the control panel system for the spray dyer. Revision/ improvement in wiring design was also done. Fabricated and installed the panel box. Made tests runs. System/ set-up completed.

Modules

Technology for the production of an oral hypoglycaemic agent

Technology for the production of an oral hypoglycaemic agent

1. Design and fabrication of 100 kg extractor2. BOP3. Manual on steam distillation of essential oil bearing crops

Improved the productivity and quality and safetiness of Dipolog sardines factory

Standardized product formulations and processing for consistent quality and uniformity

Technical Report

Developed a modified method on refining of coconut oil

10 kg of MCT oil with complete specification

Developed a modified method on refining of coconut oil

Year 1: 1. Characterization and test dataì2. Crude liquid fuel blendsìYear 2:Application testing on the of pagsahingin as fuel additive

Prototype induction sealing equipment

Prototype portable electronic meter

A generic DACS

Q1: Submitted samples for AFM analysis at the Ateneo de Manila University c/o Mr. J. Dy.

SEM under repair

Q2: Testing/Analysis of exposed coated metal materials was not undertaken because SEM is still out of order.

Q3: Preparation of sampfles for SEM analysis

Examination of some samples by focal microscopy at Ateneo de Manila. Resuts showed no distinct dissolution of olutes/deposits of the exposed samples.

Magnification used was rather low.

Three working prototypes of hardware modules as well as the GUI ìprogram

Q1: Requested GPC analysis to the private industry for confirmation and inclusion to the final paper.

Prepared technical paper.

Requested additional testing to the private companies which includes FTIR and SEM for confirmation and inclusion to the final paper.

Prepared technical paper.

Project Status KRA Code MFO No. PAP Code DOST Priority Thrust

Ongoing 1

On-going 1 1 Improve Industry Competitiveness


On-going 1 1 1 Improve Industry Competitiveness

Ongoing 1

Ongoing 1

On-going 1 1

On-going 1 1 1 Food industries, coffee growers

Rapid Equitable and Sustained Economic Growth

DEVELOP APPROPRIATE TECHNOLOGIES TO CREATE GROWTH IN THE COUNTRYSIDE





Development Appropriate Technologies to Create Growth in the Countryside

Ongoing 1

Ongoing 1

On-going

On-going

On-going

Ongoing 1


USE S&T TO ENHANCE GOVERNMENT AND SOCIAL SERVICES


USE S&T TO SOLVE PRESSING NATIONAL PROBLEMS

Development of Appropriate Technologies to Create Growth in the Countryside



Rapid Equitable & Sustained Economic Growth

Develop Appropriate Technologies to Create Growth in the Countryside

Ongoing 1

Ongoing Improve Industry Competitiveness



Ongoing 1

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USE S&t TO SOLVE PRESSING NATIONAL PROBLEMS







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Developme Appropriate Technologies to Create Growth in the Countryside





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Completed 1Rapid Equitable & Sustained Economic Growth


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ENHANCE CAPACITY IN EMERGING TECHNOLOGY


DEVELOP APPRORIATE TECHNOLOGIES TO CREATE GROWTH IN THE COUNTRYSIDE



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Completed 1

Completed

Completed 1 1 Support to Industry Particularly SMEs

Completed 1 1

Completed

Completed







Terminated

Completed

Completed 1

Completed 1





Completed 1

Completed 1

Completed 1

Completed

Completed







Completed

Terminated

Completed

Completed

Completed

Terminated

Completed

Completed



Completed 1 1

Completed 1 1

Completed 1 1

Completed 1 1

Completed 3 1 5

Suspended/Deferred 3 1

Completed

Completed 1

Completed 1

Completed





Completed

Completed 1 1

Completed 1

Completed

Completed 1

Completed 1

Completed 1

Completed









Completed 1

Completed


Completed

Completed

Completed

Completed 3 1 1



Completed

Completed

Completed 1

Completed 1

Completed

Completed 1







Suspended

Completed 1

Completed 1

Completed

Completed





Completed

Completed

Completed

Completed

Completed Water Resource Management

Completed 1 1 R&D to Improve Productivity in the Production Sector

Completed

Completed

Completed Process Engineering



Completed

Completed

Completed

Completed

Completed

Completed

Completed

Completed

Completed

Completed


Completed

1 1 Support to Industry Particularly SMEs

Completed

Completed

Completed

Deferred

Completed


Completed

Completed

Completed


Completed

Completed

Completed

Completed

Completed

Completed

Completed

Ongoing

Completed

Completed

Completed

Deferred

Completed

Completed

Completed

Completed Support to Industry Particularly SMEs

Terminated

Completed

Completed

Completed 1

Completed

Completed



Completed

Completed 1

Completed 3 1 1

Completed 3 1 5

Completed



Completed

Completed

Completed


Completed

Completed

Completed 1 1 Process Development/Improvement

Completed 1 1 R&D





Completed 1



Completed 3 1 1



Completed 1

1 1

1 1

Completed 1 1

Completed 1

Completed 1

R&D to Improve Productivity in the Production Sector








Completed

Completed

Completed

Completed

Completed

Completed 1 1 R&D to Improve Productivity in the Production Sector

1 1

1 1

Completed

1 1

1 1

Deferred 1 1 Process Development/Improvement

1 1

1 1

Completed

Completed

New

Completed

Completed

Completed 1






Completed

Completed

Completed

Ongoing

Deferred

Deferred

Completed




Completed

completed

Completed 1 1

Completed 1 1

R&D to Improve Productivity in the Production Section




Completed

Completed

Completed

Completed



Completed

Suspended

Suspended

Suspended

Completed

Completed

Completed

Completed Support to Industry Particulary SMEs


Completed

Completed

Completed

Completed



Completed

Completed

Completed

Completed

Completed

Completed

Completed Support to Industry Particularly SMEs

Deferred Support to Industry Particularly SMEs

Ongoing Support to Industry Particularly SMEs

Completed

Completed

Deferred Support to Industry Particularly SMEs

Completed

R&D Priority Thrust SectorTotal Project Cost

Alternative Energy

Agriculture and Food Food

Agriculture and Food Agricultural /Meat


Environment

Environment



Environment

Environment

Agriculture and Food



Health & Health Products

Environment

Testing laboratories

Testing laboratories

Health


BIOTECHNOLOGY





Environment

Environment

Nanotechnology R&D 29,453,200.00

Agriculture & Food

Agriculture & Food

Manufacturing

Agriculture & Polymer Industry

Environmental

Biotechnology


Nanotechnology R&D 300,000.00


Nanotechnology R&D Environment 9,067,800.00

Electronics & Semiconductors Industries

Chemical Industry and Energy

Nanotechnology R&D 39,834,400.00



Alternative Energy



Manufacturing


Semiconductor Industry

Environment


Alternative Energy


Manufacturing and Production R&D KRW 20,000,000.00

Manufacturing and Production

Agriculture/Polymer Industry


Food


Health and Health Products 1,465,330.00

Environment

Water Technology

Health/ Environment

Manufacturing and Production R&D Chemcial Industries 1,785,000.00

Health & health Products

Manufacturing & Production


Health and Health Products Health

BIOTECHNOLOGY

Manufacturing and Production R&D Chemcial Industries 2,420,000.00



Manufacturing and Production MsMES

Energy

Industry/ Engineering

Construction Materrials



Alternative Energy


BIOTECHNOLOGY

Environment

Environment

Environment

Environment

Environment

ALTERNATIVE ENERGY

BIOTECHNOLOGY

BIOTECHNOLOGY

Environment

Environment

Environment


Environment Environment

Nanotechnology R&D

Nanotechnology R&D Material Science

Nanotechnology R&D Energy

Nanotechnology R&D

Manufacturing and Production R&D

Nanotechnology R&D Environment



Manufacturing/Production

Manufacturing




Environment 499,200.00

Energy

Energy

Energy

Environment/Biotechnology

Environment




Energy R&D



Energy

Energy

Energy





Energy R&D

Energy R&D

Energy R&D

Environment

Environment

Environment

Environment

Biotechnology R&D

biotechnology




Manufacturing

Manufacturing and production

Environment

Nanotechnology R&D

Environment

Health and Health Products Health

Environment





Health and Health Products3,091,690.00


Energy

Environment

Environment

Environment


Biotechnology R&D

Other Priority Area

Environment


Energy

Cleaner Production

Industry, Energy and Environment






Agriculture & Food


Energy

ENVIRONMENT

Energy

Energy

ENVIRONMENT

ENVIRONMENT

Energy

Energy

ENVIRONMENT

Nanotechnology

Energy



Health and Health Poducts

Energy


Energy

Energy

Energy

ALTERNATIVE ENERGY

ENVIRONMENT

ENVIRONMENT

ALTERNATIVE ENERGY

ENVIRONMENT

BIOTECHNOLOGY

Alternative Energy/biogas





Environment

Environment/ Manufacturing and Production

Nanotechnology


1,208,321.00

Environment

Energy

Energy

1,312,000.00

Energy

Energy

Other Priority Areas

Energy

Energy


Manufacturing and production



Health and Health Products

Energy

Health and Health Products

Manufacturing Industry

Energy

ALTERNATIVE ENERGY

BIOTECHNOLOGY

BIOTECHNOLOGY

BIOTECHNOLOGY




Manufacturing

Manufacturing


Nanotechnology

Environment

Energy


Agriculture & Food

Energy



Energy

Energy

Energy

Energy

Energy

R&D to Address Industry Requirements

Mushroom R&D

Biotechnology

Improve Industry Competitiveness

Other R&D Programs

Energy

Energy

Environment

Nanotechnology



R&D




Energy

R&D

R&D

Other Priority Areas

R&D to address industry requirements

Energy




Energy

Energy




Energy

Manufacturing and Process Engineering


Improve Industry Competitiveness


Energy



Agriculture, Forestry and Natural Resources


Personnel Involved

Program Leader

TS Palomares

D. Villasenor

D. Villasenor

C. Villaluz

D. Villasenor

F. CubolN. UncianoE. MontiagueD. HerreraM. Malabanan

Ms. Hermelina Bion

Ms. Hermelina Bion

JV. Alejo

EM Falco

NG. Ambagan

EM Falco

LS. Montevirgen

JV. Alejo

TS. Palomares

DL. Villasenor

L. Montevirgen

N. Ambagan

N. Ambagan

DL. Villasenor

DL. Villasenor

DL. Villasenor

TS. Palomares;

D. Tanafranca

DL. Villasenor

TS. Palomares;

EM. Falco

LS. Montevirgen

N. Ambagan

TS. Palomares

EM. Falco

DL. Villasenor

LS. Montevirgen

TS. Palomares;

TS. Palomares;

ES. Bernardo, D. Tanafranca

Engr. S. Bernardo

D. Tanafranca

DL. Villasenor

R. Babaylan (PL)-20%;R. Navarro-10%;E. Nolasco-40%;M. Prudencio-5%;Carlito Puno-20%;W. Breva-5%

A. Mariano - 25%;S. Solidarios - 20%;MIRDC staff - 50%

R. Navarro (PL)-30%;S. Solidarios (APL)-20%;L. Taleon -30%;V. Casas - 10%;E. Bacus - 10%

R. Navarro (PL)-30%;S. Solidarios (APL)-20%;L. Taleon -30%;V. Casas - 10%;E. Bacus - 10%

S. Solidarios -20%;A. Monteagudo-20%;O. Trinidad-15%;A. Tria-15%;E. Bacus-15%;E. de Silva-5%;L. Taleon-5%

S. Solidarios (PL)-35%;R. Babaylan (APL)-30%;R. Navarro-20%;PCB Lab staff-5%;Mechanical fabrication staff (E. Silva)-10%

Personnel Involved

Project Leader

F. Cubol

TS Palomares

RM. Gomez

CG. Bilbao

C. Gacho

G. Gacho

C. Villaluz

D. Villasenor

R. Esguerra

R. Esguerra

F. Loberiano

D. Tanafranca

F. Loberiano

Dr. R. Torres

R. Esguerra

Dr. Benilda S. Ebarvia

Ms. Hermelina Bion

Dr. Cynthia N. Ochona

Dr. R. Torres

S. Oredina

JV. Alejo

EM. Falco

NG. Abadan

EM. Falco

R. Esguerra

D. Herrera

Paglicawan, M.

J. Pondevida

J. Pondevida

C. Bulan

L. Hermosura

R. Esguerra

F. Coronado

LS. Montevirgen

Blessie A. Basilia

Josefina R. Celorico

Edmar P. Casa

Basilia, Blessie

A. Briones - PL H. Bion A. Garbo M. Carandang N. Hernadez

Dr. R. Torres, PL C. Manalo E. Manongsong E. Arrogante

Q. Montevirgen

N. Ambagan

JV. Alejo

A. Briones , PL-15% J. Pondevida - 20% M. Carandang -10% R. Esperanza -5% N. Deocampo - 5% R. Estrella - 5% E. Lanto - 5% Q. Montevirgen - 5% C. de Vera-5% E. Genato-5% A. Mallillin - 10% M. Canceran - 5%

C. Gacho

G. Noceja

W. Balais

EM. Falco;

Dr. Marissa Paglicawan

D. Alcarde

B. Basilia

Nelia Elisa C. Florendo

TSPalomares

Celorico

Dr. Benilda S. Ebarvia

L. Pacatang

A. Bawagan

J. Celorico - 30%

Dr. R. Torres

Dr. R. Torres R. Estrella Dr. C. Gragasin

DL. Villasenor

J. Celorico

E. Panerio

J. Celorico - 20%

A. Mosada -

J. Celorico - 35%

CM. Bihis

A. Briones

Dr. R. Torres

Dr. R. Torres

A. Briones

T. Bonifacio

L. Hermosura

N. Almanzor/A. Briones

E. Suavillo

Q. Montevirgen

Q. Montevirgen

G. R. Echavia

C. Gacho

C. Gacho

M. Tansengco

F. Coronado

S. Oredina

N. Unciano

E. Conoza

M. Tansengco

R. Esguerra

D. L. Herrera

M. Bigol

L. Montevirgen

B. Basilia - 25%

A. Monsada - 40%

A. Mosada - 40%

B. Basilia

M. Paglicawan - 30%

M. Paglicawan - 35%

B. Basilia

E. Abucayon

C. Bulan

N. Ambagan

N. Ambagan

E.S. Orendain

Dr. R. Torres

DL. Villasenor

M. Paglicawan - 35%

A. Briones

A. Bawagan

W. Balais

R. M. Cabacang

G.M. Echavia

DL. Villasenor

DL. Villasenor

TS. Palomares;

J. Celorico - 25%

B. Basilia - 25%

DL. Villasenor

A. Briones

Q. Montevirgen

A. V. Bawagan

Dr. R. Torres

Dr. R. Torres

J. Pondevida

Q. Montevirgen

D.L. Herrera

A.T. Marquez

M.J. V. Capule

R.L. Esguerra

S.S. Oredina

C.C. Gacho

R.L. Esguerra

M.L. Tansengco

D.L. Herrera

TS. Palomares;

EM. Falco

LS. Montevirgen

N. Ambagan

A. Monsada - 40%

B. Basilia - 30%

M.T. V. Navarro - 20%

J. Celorico - 25%

A. Monsada - 40%

Dr. R. Torres

A. V. Bawagan

DL. Villasenor

TS. Palomares

J. Celorico - 20%

M. Yao

A. Bawagan

C. Gacho

Manuel M. Navarro

M. Paglicawan - 25%

RB. Prospero

E. Panerio

S. Oredina

M. Paglicawan - 50%

J. Celorico

L. Hermosura

A. V. Briones

R. Esguerra

R. Esguerra

EM. Falco

DL. Villasenor

N. Ambagan

E. Suavillo

Dr. R. Torres

A. Briones

M. A. Villanueva

LS. Montevirgen

J. Herrera

C. Silverio

L. Pacatang

R. Ricaforte

Araceli Monsada

D. Tanafranca; ES. Bernardo

C. Silverio

G. Echavia

W. Balais

W. Balais

C. Gacho

Blessie A. Basilia

W. Balais

TS. Palomares;

TS. Palomares;

Dr. R. Torres

L. Hermosura

Dr. R. Torres

C. Bulan

L. Pacatang

O. Malvar.A. Briones

C. Silverio

S. Oredina

M. Tansengco

U. Bigol

F. Coronado

C. Silverio

C. Silverio

DL.Villasenor

DL. Villasenor

Juanita Salvador

R. Loberiano

Juanita B. Salvador

Marissa A. Paglicawan

J. Diaz

N. Villostas

A. Monsada - 30%

A.V. Briones

A.V. Briones

Blessie Basilia

C. Bulan

A.V.O. Bawagan

M. Pasagui

B. Basilia

A. Bawagan

Q. M. Montevirgen

R. Esguerra

R. L. Esguerra

Dr. Natividad S. Mendoza

Dr. Claro M. Santiago

R. Esguerra

T. Bonifacio

C. Bulan

W. Ambal

A. Briones

O. Malvar

Engr. Romeo M. Cabacang

V. Pasagui

R. Cabacang

Dr. Claro Santiago

Noel Unciano

F. Coronado

C. Silverio

Araceli Lozano

U. Bigol

F. Cubol

B. Basilia

F. Loberiano

A. Briones

M. Villanueva

C. Silverio

R. Esguerra

D. Tanafranca

L. Hermosura

R. Esguerra

J. Umali

W. Ambal

L. Dominguez

G. Echavia

A. Briones

C. Silverio

R. Cabacang

R. Cabacang

S. Oredina

Josefina Celorico

R. Esguerra

R. Esguerra

L. Dominguez

A. Bawagan

C. Silverio

W. Balais

J. Herrera

W. Balais

W. Balais

F. Coronado

C. Silverio

C. Silverio

C.Silverio

C. Silverio

C. Silverio

B. Mercado

V. Pasagui

C. Silverio

C. Silverio

C. Silverio

D. Tanafranca

D. Tanafranca, CE. Maitim; GD. Noceja; ES. Beranrdo; FV. Loberiano; JL. Diaz

F. Coronado

C. Santiago

A. Herrera

R. Cabacang

B. Mercado

DL. Villasenor

TS. Palomares; RB. Prospero; CM. Villaluz

C. Santiago, Jr.

B. Tio

R. Cabacang

C. Santiago, Jr.

R. Cabacang

R. Cabacang

R. Flores

R. Cabacang

R. Cabacang

R. Cabacang

R. Cabacang

R. Babaylan

U. Bigol

E. Nolasco

L. Dominguez - 18%

R. Esguerra

R. Esguerra

R.L.Esguerra

C. Bulan

J. Celorico

Ma. Teresa Navarro

Josefina R. Celorico/ E. Casa

C. Bulan - PL -

Q. Montevirgen - 35%;

C. Manalo (PL)

C. Manalo (PL)

O.Malvar

D. Pugal

D. Tanafranca

J. Herrera

C. Magpantay Pacatang D. Pugal D. Vergara E. Sungaben

Dr. R. Torres

D. Tanafranca

M. Amantillo

S. Solidarios

M. Amantillo

A. Herrera

D. Pugal

M. Villanueva

L. Dominguez

S. Solidarios

R. Torres

C. Bulan

R.Torres(PL)

D. Pugal

C. Magpantay

M. Villanueva

M. Villanueva

L. Dominguez

A. Briones

A. Briones

C. Viernes

A. Briones (PL)-

R. Navarro

L. Hermosura

T. Bonifacio

T. Bonifacio (PL)-30%

R. Torres-20%

TSPalomares

F. Abarquez

J. Umali

L. Hermosura

J. Umali (PL)-25%;

M. Amantillo

S. Solidarios

J. Tabaco

Personnel Involved Agencies

Project Staff Funding Implementing Cooperating

ITDI ITDI

PCIEERD ITDI

ITDI ITDI

DM. Chang; KG. Sotelo ITDI ITDI

ITDI ITDI

ITDI ITDI

PCIEERD ITDI

ITDI ITDI

N. UncianoE. MontiagueD. HerreraM. Malabanan

E. Falco; G. Diopol; CU. Cortado; B. Flores; T. Dudang, A. Ofina, C Bilbao

NL. Aidasani; RM. Balderama; A. Ofina

F. CoronadoC. BorromeoG. SikatI. UbandoR. AdanM. Malabana

M. BigolE. OngoM. CapuleI. UbandoR. AdanM. Malabanan

R.andres; O. Evangelista; R. Barcala; C. Umali; E. Magora

CG. Bilbao; RM. Gomez; KG. Sotelo

ITDI ITDI

ITDI ITDI

PCAARD ITDI

PCAARD ITDI

GAA ITDI

Dr. R. Torres NRCP ITDI

C. GachoL. EgayGR. EchaviaE. OngoMJ. CapuleR. RetamarC. GeluaD. VergaraGJ. SikatPJ. MargaritoR. SalasV. Mabuti

C. GachoL. EgayGR. EchaviaE. OngoMJ. CapuleR. RetamarC. GeluaD. VergaraGJ. SikatPJ. MargaritoR. SalasV. Mabuti

C. Bihis; A. Basbasan; G. Garalde; V. Casas; A. Quirante; A. Consorio; D. Tanafranca; E. Eloriaga; D. Balanon

E. Nolasco; E. Orendain; F. Victoria; A. Basbasan; C.Puno; A. Consorion; R. Baaco; M. Balatico; T. Sablam

G. Noceja; E.Orendain; V. Casas; A. Quirante; A. Alconga

R. Esguerra ITDI ITDI

ITDI

ITDI ITDI

AC. Flores; G. Diopol ITDI ITDI

ITDI ITDI

ITDI ITDI

A.L. Cruz, S. Cabanilla, N. Mamplata

E. Tayag, L. Piquero, R. Damian, E. Encarnacion, N. Mamplata, S. Cabanilla

R.C. P. Ortiz, A.V. Umali, H.H. Bion

C.Manalo - E. Manongsong E. Lanto R. Estrella A. Briones

F. CoronadoT. PerenJ.R. Beraye

TS. Palomares, MC. Valdecanas; EM Falco; UG. Dollete, GA Diopol; CU. Cortado

CC. Villaluz; R. Belandres, J. Ocasla; R. Barcala; R. Hermida

ITDI ITDI

ITDI ITDI

ITDI ITDI

PCIEERD ITDI

ITDI

TS. Palomares, MC. Valdecanas; UG. Dollete, GA Diopol; CU. Cortado

D. Vergara R. Retamar L. Egay C. Gelua G.J. Sikat P.J. Margarito R. Salas

E. MontiagueR. AdanM. Malabanan

PaglicawanBasiliaNavarroEmolagaCerbito

Pondevida PL A. Briones A. Mallillin M. Carandang M. Canceran R. Esperanza N. Deocampo

A. Briones A. Mallillin M. Carandang M. Canceran R. Esperanza N. Deocampo

R. Experanza N. Deocampo A. Briones - L. Hermosura

ITDI

ITDI ITDI

T. Peren ITDI ITDI

ITDI ITDI

PCIEERD ITDI

PCIEERD ITDI

PCIEERD ITDI

C. Bulan M. Carandang Mendoza R. Esperanza N. Deocampo

D. L. HerreraM. TansengcoR. Retamar

TS. Palomares, MC. Valdecanas; EM Falco; UG. Dollete, GA Diopol; CU. Cortado

BasiliaSyLoberianoPaglicawanetc.

CeloricoSalvador QueSamson Antinopo Daan Santos

Casa BasiliaNavarroPaglicawanMilo

PCIEERD ITDI

PCHRD ITDI

PCHRD ITDI

ITDI

PCHRD ITDI

ITDI ITDI

ITDI ITDI

BasiliaSyVisayaCerbito

C. de Vera E. Genato S. Ugat M. Canceran A. Cruz

M.B. Carandang A.V. Briones L.C. Hermosura N. Deocampo

Villaluz 20%; J. Ocsala 20%; O. Magora 15%; E. Magora 15%

ME> Evaristo; N.Aidasani; R, Balderama; R. Hermida; M. Espena

ITDI ITDI

PCIEERD ITDI

ITDI ITDI

KIMS ITDI

J.Diaz, R.A. Garalde GAA ITDI

G.R. EchaviaR. RetamarS. OredinaM. CapuleC. MagpantayJ. BarcalaC. ManaloJ. SalvadorG. DiopolT. PalomaresD. Alcarde, Jr.J. TuazonE. DivinoM. FosE. HilarioI. CalvoV. Mabuti

D. Tanafranca; R. Mulimbayan; E. Eloriaga; M. Consorio, R. Talamor; T. Sablan

Apollo V.O. Bawagan Joseph L. Herrera Oscar L. Trinidad Dante C. Vergara James E. Avila Luisa C. David M. Yao

TS. Palomares; G. Diopol; C. Umali

BasiliaVisayaSyCerbito

PCIEERD ITDI OPTIWHITE, Inc.

JV. Alejo; G. Dioplo ITDI ITDI

DOST-GIA ITDI NHA

ITDI

ITDI

PaglicawanVisaya NavarroAntinopo Emolaga Cerbito

S.T. Bernardo, J. Ferrer, M.Valdecanas,I.D. Millo, F.C. Dime, N. Ambagan, L. Pacatang, J. Ocasla, F. Villamor

E. CasaSison

H. H. Bion I. Ubando S. Cabanilla R. Fuertes, Rosalyn Dariano (MIT)

W. Balais - O.Trinidad J.Avila -

DOST-GIA ITDI

ITDI

ITDI

PCIEERD ITDI

DOST-GIA ITDI

ITDI ITDI

DOST-GIA ITDI

R. Loberiano 20% R. Antinopo - 30%F. Sison- 5%G. Santos - 5%M. Daan - 5%

E. Manongsong E. Lanto

Biopress Engineering Diviions

CH. Bilbao; RM. Gomez; KS. Sotelo

CasaSison

E. Conoza C. Mamaril M. Razon

J. Celorico J. Salvador - 20%L. Samson - 15%G. Santos - 5%M. Daan - 5%F. Sison - 5%A. Celicious - 15%

PCIEERD ITDI

PCIEERD ITDI

E. Orendain; D. Alcarde GAA ITDI

NBB-DOE ITDI

MonsadaCasaLoberianoMiloZabalaMaglines

R. Loberiano - 30%, J. Salvador -30% M. Daan - 5% G. Santos - 5%

A. T. Mallillin- J.C. Pondevida M. C. Calonge- M. Carandang R. Esperanza N. Deocampo E. Suavillo

ITDI

ITDI

ITDI

ITDI

C.D. Manalo T.S. Bonifacio E.B. Manongsong E. Arrogante- R. Estrella E. Lanto - Dr. Ochona - Y. Paras - J. Barcala -

Dr. R C. Torres C. Manalo E. Manongsong E. Arrogante R. Estrella E. Lanto

L. Hermosura C. Bulan J. Pondevida M. Calonge M. Carandang E. Esperanza N. Deocampo M. Valdecanas -

Dr. Rosalinda C. Torres Carmelita Manalo Evelyn Manongsong Cynthia M. Ochona Yolanda Paras Alvin Umali Elvira L. Arogante Romulo R. Estrella Eduardo A. Lanto Annabelle V. Briones D. Agena

R. Esperanza N. Deocampo

PCHRD ITDI

ITDI

ITDI

ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

Edmar CasJuan ZabalaMelquiades Canceran

E. Suavilo M. Carandang L. Hermosura N. Deocampo R. Esperanza

Q. Montevirgen C. de Vera - E. Ricaforte E. Genato S. Ugat - M. Canceran A. Cruz -

Q. Montevirgen C. de Vera - E. Ricaforte - E. Genato - S. Ugat M. Canceran - A. Cruz-

G.R. Echavia M.J. Capule A. MonsadaR. Adan V. Mabuti

B. AlmonteR. Adan V. Mabuti

M.J. Capule R. Adan V. Mabuti

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

R. CabacangC. GeluaJ. TejanoR. Beraye

F. Coronado - 80%M. Razon - 10%M. Malabanan - 10%

S. Oredina - 50%C. Gelua - 25%R. Adan - 20%M. Malabanan - 5%

N. Unciano F. Cubol R. Adan M. MalabananD. Herrera

E. Conoza G.0. Sikat C. MamarilSc. Aide

C. BorromeoJ. TejanoR. BerayeR. Cabacang

L. EgayR. RetamarM. MargaritoD. VergaraP. J. FerrerR. Salas

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

D. L. HerreraM.J. V. CapuleR. K. AdanM. H. Malabanan

Mario BigolRomeo M. CabacangMarcelino Prudencio, Jr.Claro M. Mamaril

B. Flores ; DP. Nayve R. Hermida

Ma. T.V. Navarro - 45%R. Antinopo - 15%L. Milo - 10%R. Cerbito - 5%

E. Casa - 15%R. Loberiano - 15%L. Milo - 10%J. Zabala - 10%A. Maglines - 10%

E. Casa - 15%R. Loberiano - 15%L. Milo - 10%J. Zabala - 10%A. Maglines - 10%

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

GAA ITDI

B. Visaya - 25%R. Cerbito - 10%

B. Basilia - 10%M.T. Navarro - 15%R. Antinopo - 5%R. Cerbito - 30%M. Tolentino - 10%

B. Basilia - 5%B. Visaya - 15%Empleo - 15%R. Cerbito - 20%M. Tolentino - 5%

M. Paglicawan - 10%B. Visaya - 20%M.T.V. Navarro - 15%R. Antinopo - 5%L. Samson - 5%R. Cerbito - 15%M. Tolentino - 10%

J. Diaz, D. Alcarde, R.A. Garalde, E. Orendain

ITDI ITDI

ITDI ITDI

GAA ITDI

ITDI

ITDI ITDI

PCIERD ITDI Vermillion Ventures

A. Briones B. Redublo W. Ambal C. Cortez N. de Ocampo M. Villanueva

C. Villaluz, O,Evngelista, R. Belandrez


E. Nolasco, V. Casas, C. Puno, D. Tanafranca

T. Bonifacio C. Manalo E. Manongsong E. Arrogante R. Estrella E. Lanto -

RM. Gomez KAG Sotelo R. Balderama

M. Paglicawan R. Loberiano - 20%B. Basilia - 5%B. Visaya - 10% A. Senica - 10%R. Cerbito - 20%

ITDI

ITDI

GIA ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

C. B ulan R. Esperanza L Hermosura N. Deocampo J. Pondevida M. Carandang

J. Herrera M. Margarito R. Retamar - D. Vergara M. Yao -

A. Bawagan J. Herrera O. Trinidad O. Malvar J. Avila J. Aquino L. David

David Herrera - PL M. MargaritoA. MarquezR. AdanM. Malabanan

R. DamianA. MarquezR. AdanV. Mabuti

NG. Ambagan RM. Gomez KAG Sotelo R. Balderama

RM. Gomez KAG Sotelo R. Balderama

TS. Palomares; CM.Villaluz; RB. Prospero; JV. Alejo; CA. Umali; OT. Magora; JE. Santos

ITDI ITDI

PCASTRD ITDI

JICA ITDI

ITDI ITDI

DOST ITDI

ITDI

J. Celorico - 25%E. Casa - 20%M. Paglicawan - 10%J. Salvador - 15%L. Samson - 15%A. Maglines - 10%M. Daan - 5%

B. Basilia - 25%M.T. Navarro - 20%M. Paglicawan - 20%Cerbito - 10% Ramos - 5%

Davao Tri Star Industries, Inc. First in Colos, Inc, United Polyresins, Inc,

ME. Evaristo; RM Balderama

A. T. Mallillin C. Bulan R. Esperanza L. Hermosura N. Deocampo A. Bawagan J. Aquino

C. de Vera E. Ricaforte E. Genato S. Ugat M. Canceran A. Cruz

A. Bawagan W. Balais J. Herrera J. Aquino

ITDI

ITDI

ITDI

ITDI

ITDI ITDI

J. Capule ITDI ITDI

ITDI ITDI

ITDI ITDI

C. Manalo E. Manongsong E. Arrogante R. Estrella E. Lanto Q. Montevirgen E. Genato U. Bigol

C. Manalo -20% E. Manongsong -15% E. Genato - E. Arrogante - E. Lanto - R. Estrella -

A. Briones L. Pacatang - A. Mallillin E. suavillo M. Carandang

C. DeVera - E. Ricaforte E. Genato S. Ugat M. Canceran A. Cruz

David Herrera - PL M. CapuleM. MargaritoA. MarquezR. Adan

A. CeliciousC. CalongeM. Margarito

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

JV. Alejo; EM. Falco NGOs ITDI

M. Capule

C. BorromeoJ. Capule

Valenzuela Leather Company

L. Egay M. MargaritoR. RetamarD. Vergara

R. Cabacang (Consultant)M. Tansengco (PL) C. Borromeo J. TejanoR. Beraye

M. MargaritoA. MarquezR. AdanM. Malabanan

JV. Alejo; CA. Umali; JE. Santos; LS. Montevirgen; AC. Flores; EC. Magora; DP. Nayve; CU Cortado; T. Dudang

EM. Falco, JV. Alejo, DP. Nayve

DOST ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI PhiCS & NIMS


A. Monsada - 40%R. Loberiano - 15%E. Casa - 15%R. Cerbito - 10%J. Zabala - 10% A. Maglines - 10%

B. Basilia - 30%M. Paglicawan (Co PL) - 20%M.T.V. Navarro - 10%R. Antinopo - 10%B. Visaya - 10%M. Tolentino - 5%R. Cerbito - 15%

M.T. V. Navarro - 20%R. Antinopo - 30%L. Samson - 15%F. Sison - 15%J. Celorico -10%B. Basilia-10% Ramos - 5%

J. Celorico - 25%R. Antinopo - 15%L. Samson - 20%J. Salvador - 10%R. Loberiano - 10%A. Maglines - 15%M. Daan - 10%

A. Monsada - 40%E. Casa (APL) - 15%B. Visaya - 15%R. Loberiano - 10%J. Zabala - 10%A. Maglines - 10%

ITDI

ITDI

ITDI ITDI

ITDI ITDI

DOST-GIA ITDI

ITDI

D. Vergara ITDI

ITDI ITDI

T. Bonifacio C. Manalo E. Manongsong E. Arrogante R. Estrella E. Lanto Y. Paras Y. Barcala

A. Bawagan B. Basilia A. Monsada O. Trinidad E. Casa R. Loberiano M. Redondo J. Zabala J. Aquino A. Maglines

CM. Villalluz; JC.Ocasla; RB. Prospero

J. Celorico - 20%E. Casa - 15%J. Zabala - 15%

M. Carandang A. Cruz

C. SilverioD. HerreraR. Adangraduate students

ITDI ITDI

ITDI ITDI

E.Falco ITDI ITDI

E. Panerio ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

M. Navarro (PL) - 50%;N. Develos (APL) - 20%;A. Monsada - 10%;M. Redondo - 10%;E. de Chavez - 10%

M. Paglicawan - 25%R. Loberiano (Co-PL) - 20%B. Basilia - 5%B. Visaya - 10%A. Senica - 10%R. Cerbito - 25%M. Tolentino - 5%

C. SilverioB. VillanuevaC. GachoD. HerreraMJ. Capule

M. Paglicawan - 50%B. Basilia - 10%R. Cerbito - 20%M. Tolentino - 10%

J. Celorico (PL) - % E. Casa - 20%J. Salvador - 20%L. Samson - 20%A. Maglines - 10%G. Santos - 10%

ITDI

ITDI

PJ. Ferrer HRDP ITDI

CJ. Calonge SET-UP ITDI

ITDI ITDI

DOST DOST-GIA

DOST DOST-GIA

PCIERD

W. Ambal A. Cruz;B. Redublo C. Cortez N. De Ocampo A. Briones M. Villanueva

A. Ambal C. Bulan B. Redublo M. Yao C. Viernes C. Cortez N. Deocampo A. Cruz M. Villanueva



ITDI

DOST ITDI

DOST ITDI

DOST ITDI


J. Pondevida M. Caandang L. Dominguez M. Canceran

C. Manalo R. Estrella E. Lanto T. Bonifacio E. Monroyo E. Arrogante P. Cuasay F. Sison U. Bigol M. Villanueva

W. Ambal B. Redublo C. Bula L. Hermosura Villanueva C. Cortez N. De Ocampo M. Yao A. Cruz

L.G. Dominguez J.L. Pondevida M.B. Carandang E. A. suavillo M.B. Canceran

ITDI

Assisted ITDI

ITDI

ITDI

ITDI ITDI

PCIERD PRDC-ITDI

J. Herrera (PL)15%; W. Balais15% M.Margarito15% R.Retamar15% L.David5% D.C. Vergara L.Mabuti10% R. Barnuevo10% J. Aquino5%

M. PasaguiG.R. EchaviaMJ. CapuleA. MarquezH. BrillanteR. AdanL. CathaV. MabutiE. Najera

D. Vergara M. Margarito C, Magpantay E. Barnuevo L. Aquino

Q. Montevirgen C. De Vera E. Manongsong A. Quizon E. Genato R. Pacis J. Avila S. Ugat

A. Monsada (PL) - 50%; E. Casa T. Cruz R. Loberiano

CITEM, DOST VII, DTI VII PTTC

PCIERD-GIA ITDI

ITDI ITDI

ITDI

ITDI

ITDI ITDI

ITDI ITDI

DOST-TECHNICOM ITDI

V. PasaguiGR. EchaviaMJ. CapuleA. Marquez

C. SilverioV. PasaguiMJ. CapuleH. BrillanteA. MarquezR. AdanR. CathaV. MabutiE. NajeraR. DamianJ. Jane

D. PUgal A. Bawagan C.Magpantay R.Retamar L. Mabuti E. Barnuevo J. Aquino

A. Bawagan J. Herrera O. Trinidad O. Malvar J. Avila J. Aquino L. DAvid

Industry Association/FDOSDT-

D. HerreraR. CathaR. AdanE. Najera

B. Basilia - 40%; Ma. T. Navarro - 20%; R. Antinopo A. Visaya - 10%; R. Cerbito - 15%; M. Tolentino - 15%

L. Pacatang A. Bawagan L. David C . Reyes

DOST MIMAROPA NPC

ITDI ITDI

ITDI ITDI

ITDI

ITDI

ITDI

TS. Palomares; CM.Villaluz; RB. Prospero; JV. Alejo; CA. Umali; OT. Magora; JE. Santos


C. Manalo T. Bonifacio C. Manalo E. Monroyo E. Arrogante J. Pondevida E. Monongsong

A. Briones W. Ambal B. Redubleo C. Viernes Cortez N. Deocampo

C. Manalo E. Genato E. Arrogante R. Estrella E Lanto M. Villanueva C. de Vera M. Valdecanas

ITDI

ITDI

DOST-PNOC ITDI

ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

B. Redublo A. Briones C. Cortez N. De Ocampo M. Villanueva A. Cruz M. Yao

A. Bawagan R. Retamar C. Magpantay E. barnuevo J. Aquino D. Vergara L. Mabuti

R.Retamar D. Vergara L. Mabuti J. Aquino

V. PasaguiG. EchaviaMJ. CapuleA. Marquez

C. SilverioO. TrinidadB. VillanuevaD. HerreraE. OngoMJ. Capule

R. CabacangJ. TejanoA. de AsisJ. Beraye

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI

ITDI ITDI

ITDI ITDI

M. BigolF. CubolN. UncianoE. Montiague

R. CabacangJ. TejanoE. PanerioE. MontiagueM. Tansengco

O. TrinidadS. OredinaD. HerreraA. MarquezMJ. Capule

CM. Villaluz, O. Evangelista; R. Belandres; B. Flores

JV. Alejo; EM. Falco; RM Balderama

M.Valdecanas 20%;A.Flores 40%;L.Parawan 20%; E.Magora 20%

T. Palomares 20%; R.Prospero 29%; C.Villaluz 34%; O. Magora 15%; M. Valdecanas 1.3%

I. Samson Satorre M. Daan W. Demiar

ITDI ITDI

ITDI ITDI

ITDI ITDI

PCIEERD ITDI

PCIERD ITDI

ITDI ITDI

DOST-GIA PTD-ITDI

PNOC-DOST ITDI

Develos W. Demiar M. Redondo G. Santos E, Chavez M. Daan A. Torres A. Maglinis

R. Loberiano G. Santos M. Daan A. Maglines J. Celorico W. Demiar

B. Basilia M.T.V. Navarro R. Cerbito A. Maglines M. tolentino

E. Abucayon, D. Alcarde, R.A. Garalde, D. Tanafranca, H. Aranda

E. Falco R. Torres R, Fuertes E. Luis R. Estrella R. Balderama

PCIERD Hi-Las Marketing Inc.

A. Monsada - 30%E. Casa (APL) - 15%R. Loberiano - 10%B. Visaya - 10%L. Milo - 15%J. Zabala - 10%A. Maglines - 10%

C. Puno; H. Aranda; E Orendain; E.Nolasco; E. Abucayon

M. Villanueva C. Bulan B. Redublo A. Mallillin C. de Vera W. Ambal Q. Montevirgen

PNOC-DOST ITDI

PCASTRD ITDI

ITDI

PNOC -DOST ITDI

ITDI ITDI

ITDI ITDI

M. Villanueva C. Bulan B. Redublo A. Mallillin C. de Vera W. Ambal Q. Montevirgen

Blessie Basilia M. Paglicawan R. Cerbito M. Tolentino L. Ramos

A. Briones B. Redublo C. Viernes C. de Vera A. Mallilin W. Ambal 5;C. Cortez N. Deocampo M. Yao

C. Magpantay W. Balais J. Aquino L Mabuti D. Pugal

AdBus Corporation, Buendia Ave.

GR. EchaviaMJ. CapuleA. MarquezJ. CeloricoB. VisayaR. Damian

R. Cerbito M. Tolentino

ITDI

ITDI

ICETT Assisted ITDI

ITDI ITDI

ITDI

F. Coronado ITDI ITDI

D. Pugal C. Magpantay L. Mabuti J. Aquino

C. De Vera E. Manongsong A. Quizon E. Genato R. Pacis J. Avila E. Ricaforte S. Ugat

G.HeraduraL.M.EgayB. Tio


B.DJ.TioL.M.EgayC.JM.CalongueA.A.CeliciousC.A.LuM.T.MargaritoD.C.VergaraR.L.RetamarR.R.Parreno,Jr.E.R.G.Ibarra

National Meat Inspection Service

ITDI ITDI

ITDI ITDI

ITDI ITDI

DOST ITDI

ITDI

ITDI Mr. Santos

Ma. Dolor Villasenor;Michelle Evaristo;Ronald Balderama

Julieta V. Alejo;Divinagracia Olaivar;Erlinda Punzalan;Ligaya Parawan;Ma. Dolor Villasenor;Carmelita Umali;Rolando Hermida

A. LozanoC. Borromeo

M. Villanueva R. Torres R. Banal E. Arrogante C. Manalo R. Estrella


ITDI

ITDI

ITDI

DOST ITDI

ITDI ITDI

A. Briones F. Sison B. Rabang B. Redublo C. Villaluz M. Valdecanas

B. Redublo C. Viernes N. Deocampo M. Valdecana B. Basilia

M. Margarito D. Vergara R. Retamar L. Mabuti

A. Lozano M. BigolM. Tansengco G. GeluaJ. Tejano E. de SilvaM. PrudencioE. de ChavezA. Tria (support)J. Beraye (support)

ITDI ITDI

ITDI ITDI

U. Bigol ITDI ITDI

ITDI ITDI

E. Ongo ITDI ITDI

C. Borromeo ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI


DOST ITDI

E. Conoza F. Coronado A. de Asis M. Malabanan (support)

A. Lozano C. Borromeo M. Malabanan (support)

R. Cabacang (Consultant) B. Almonte J. Beraye (support)

M. Bigol C. Mamaril (support)

R. CabacangM. Malabanan



ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

PCIERD ITDI

DOST ITDI

DOST ITDI

DOST-GIA ITDI



M.T.V. Navarro R. Antinopo R. Cerbito M. Tolentino

L. de la Cuesta;E. Casa;A. Monsada

G. Noceja; E.Orendain; V. Casas; A. Quirante; A. Alconga, C. Maitim, A. Basbasan, R.A. Garalde, E. Nolasco, F. Victoria, C. Puno

A. Briones (PL) - 20%;C.A. Bulan - 10%;B. Redublo - 10%;C. Viernes - 10%;C. Cortez - 10%;N. De ocampo - 10%;L. Hermosura - 5%;Q. Montevirgen - 5%;A. Mallilin - 5%;A. Quizon - 5%;C. de Vera - 5%;E. Genato - 5%

Dr. R. Torres E. Monroyo T. Bonifacio C. Manalo E. Genato C. de Vera

DOST-assisted ITDI

DOST-Set-UP ITDI

D. Villasenor ITDI

ICETT ITDI

ITDI

ITDI

ITDI

ITDI ITDI

C.J.CalongueC.A.Lu A.A.CeliciousB.DJ.Tio


Armel Plastic Co. Inc. Tanyag, Taguig City

A. Briones C. Cortez N. Deocampo F. Sison B. Rabang Y. Paras B. Redublo

M. Villanueva J. Pondevida E. Suavillo M. Carandang M. Canceran U. Bigol

MJ. CapuleA. Marquez

ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

B. Redublo W. Ambal C. Cortez N. Deocampo B. Basilia

S. OredinaB. VillanuevaD. HerreraE. Ongo

Melchor C. Valdecanas;Norberto G.Ambagan;Ligaya Parawan;Dulce P. Nayve;Annabele C. Flores;Tomas Dudaog

M. TansengcoC. GeluaJ. TejanoR. Beraye

C. SilverioB. VillanuevaD. HerreraE. OngoJ. CapuleA. Marquez

J. Celorico - 20%; A. Monsada - 10%; J. Salvador - 15% L. Samson - 20%; R. Loberiano - 10%; M. Daan - 10%; E. Satorre -15%

PCIERD ITDI

DOST-PCIERD ITDI

ITDI

ITDI

C. Silverio ITDI ITDI

ITDI

N. AmbaganA. CeliciousC. Yu

E. Suavillo J. Pondevida M. Carandang V. Alonzo A. Quizon M. Canceran

W. Balais C. Magpantay L. Mabuti J. Aquino

A. Bawagan D. Pugal C. Magpantay L. Mabuti J. Aquino R. Esperanza

ITDI

ITDI

ITDI

ITDI ITDI

ITDI

D. Pugal D. Vergara M. Margarito L. Mabuti J. Aquino A. barnuevo R. Esperanza L. David

A. Bawagan D. Pugal C. Magpantay L. Mabuti J . Aquino R. Esperanza

A. Bawagan D. Pugal C. Magpantay L. Mabuti J. Aquino R. Esperanza

V. PasaguiJ. CapuleG. EchaviaA. Marquez

Environmental Management Bureau (EMB)

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI CENMACO

DOST ITDI, Bicutan;DOST CAR

V. PasaguiJ. CapuleG. EchaviaA. Marquez

S. OredinaB. VillanuevaD. HerreraE. Ongo

V.PasaguiJ.CapuleG.EchaviaA.MarquezL.SalinasH.Brillante;E.NajeraS.OredinaB.VillanuevaE.OngoR.CathaR.AdanV.MabutiL.CuestaB.VisayaR.GuarinR.DamianJ. Jane

P. Braganza Jr. - 20%, Ma. T.V. Navarro - 10%, J. Salvador - 10%, B. Visaya - 10%, R. Loberiano - 10%, R. Jimenez - 10%, M. Daan - 10%, G. Santos - 10%, W. Demiar - 10%

S.OredinaB. VillanuevaE. OngoD. HerreraV. AcostaR. AdanV. Mabuti

PCARRD;San Miguel Packaging Products (SMPP);DOST CAR

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI Syscore, Inc.

ITDI ITDI TSB Enterprises

R. Cabacang (Consultant)B. Mercado (PL)R. FloresE. AguillosoA. Alvarado

G. EchaviaA. MarquezV. AcostaE. Najera

L. SalinasC. GachoMJ. CapuleG. EchaviaV. AcostaH. BrillanteR. Adan

S.OredinaB. VillanuevaC. GachoL. SalinasE. OngoD. HerreraV. AcostaA. MarquezR. CathaR. AdanV. Mabuti

S. OredinaB. VillanuevaE. OngoD. HerreraR. CathaR. AdanV. MabutiL. SalinasV. AcostaA. Marquez

R. Jimenez;P. Braganza

J. Celorico;M.T. Navarro;L. Samson;R. Antinopo;L. dela Cuesta

A. Monsada (PL);R. Cerbito;M. Tolentino;M. Navarro;N. Develos;J. Filio

W. Demiar;R. Loberiano;E. de Chavez;M. Daan;G. Santos

P. Braganza, Jr.;J. Filio;M. Navarro;R. Loberiano;A. Monsada

C. Reynales (PL);L. Samson;F. Sison;L. Daan

L. dela Cuesta (PL) - 30%;J. Zabala - 25%;A. Maglines - 25%;N. Develos - 20%

Mr. Peralejo;President, Pilillia Processing Poultry ìFarms;Pililia, Rizal;Mr. Ernesto Labuntog;Filipino inventor

DOST ITDI

M. Navarro

DOST-GIA ITDI PCARRD

S. Bernardo (PC);E. Bedia;A. Monsada;L. dela Cuesta;E. Casa;N. Ambagan;R. Cerbito;A. Kimura;R. Mauricio

P. Braganza, Jr. - 70%;E. Suavillo - 10%;M. Daan - 10%;M. Redondo - 10%

J. Celorico - 65%;R. Antinopo - 10%;E. Satorre 10%;L. dela Cuesta - 5%;J. Filio - 10%

ITDI

A. Lozano ITDI ITDI

ITDI ITDI

R. Flores ITDI

ITDI ITDI

R. Cabacang (Proj. Consultant)B. AlmonteJ. HernandezC. Mamaril

W. Balais;A. Bawagan;J. Herrera;F. Abarquez;O. Malvar;D. Vergara

E. Conoza (APL)A. de AsisV. CustodioM. MalabananJ. Beraye


R. Loberiano;P. Braganza;J. Filio;J. Salvador;N. Villostas;G. Santos;M. Daan

J. Reyes (PL)-50%;L. dela Cuesta-15%;S. Bernardo-10%;J. Zabala-15%;U. Bigol (MGD)-5%;Jerry Dy (Ateneo Mla.)-5%

ITDI PCIERD

ITDI ITDI

ITDI ITDI

J. Braganza Jr. -20%;M. Navarro-20%;R. Loberiano-20%;N. Develos-20%


E . PanerioR. GabadC. Mamaril

M. Paglicawan (PL);N. Develos;R. Cerbito;M. Tolentino;PTRI Researchers

J. Salvador-30%;L. Bedia-25%;P. Braganza, Jr.-15%;L. Daan-20%;M. Daan-5%;R. Cerbito-5%

A. Monsada (PL)-30%;N. Develos-15%;J. Salvador-25%;R. Cerbito-10%;M. Tolentino-5%;E. Dechavez-10%

A. Monsada (PL)-50%;R. Cerbito-30%;M. Tolentino-10%;CMD staff-10%

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI

ITDI ITDI

ITDI ITDI

ITDI

ITDI ITDI

ITDI ITDI

A. Lozano (SL)J. Sanchez (SL)C. GeluaJ. Beraye

E. Panerio (SL)R. Gabad C. Mamaril

E. Estrada (SL) M. Malabanan

A. Lozano (SL) J. Sanchez (SL)C. GeluaM. BigolJ. Beraye

;R. Cabacang (Proj. Consultant)E. MontiagueJ. BerayeA. Alvarado

E. ConozaA. de AsisM. MalabananR. BerayeV. Custodio

F. Cubol (SL)J. SanchezM. Bigol M. Malabanan

E. ConozaA. de AsisV. CustodioM. MalabananJ. Beraye

E. ConozaA De AsisV. CustodioM. MalabananJ. Beraye

M. Bigol ITDI ITDI

PCIERD ITDI

ITDI

PCIERD

FSSI ITDI

R. Navarro E. Nolasco M. Prudencio C. Puno W. Breva

D. Tanafranca, F. Victoria, E. Orendain, C. Puno, V. Casas

E.Suavillo - 15%;J. Pondevida - 12%;M. Carandang - 10%;M. Canceran - 10%;A. Mallillin - 9%;A. Quizon - 10%;J. Avila - 5%;D. Pugal (FED) - 3%;M. Valdecanas (FPD) - 2%;EPD - 2%, Merle Villanueva - 4%

B.TioE. EgayC.J.CalongueA.A. Celicious C. Lu

University Belt Consortium, ITDI

Pasig River Rehabilitation Commission

B.DJ.TioL.M.EgayC.J.M.Calongue A.A.CeliciousC.A. Lu

PCIERD ITDI

ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

R.L.Esguerra;B.DJ Tio; L.M. Egay;C.J. Calonge; A.A. Celicious;C.A. Lu;M.T.Margarito;R.L.Retamar;R.P. Parreno, Jr., G.R.L.Salamat

Teresa E.Santos, President, VCO Philippines, Inc.ITC Complex, CITEM, Roxas Blvd. dor.Sen. Gil Puyat Ave., Pasay ìCity


J. Celorico; B. Visaya; W. Demiar; R. Loberiano; E. Casa; G. Santos; M. Daan; A. Maglines; J. Zabala N. Develos F. Sison L. Daan

M.T.V. Navarro; M. Paglicawan R. Antinopo; L. Samson; E. Satorre; A. Maglines L. Ramos

R. Cerbito; M. Tolentino; R. Antinopo; E. Satorre

B. Redublo C. Viernes - J. Umali - N. Deocampo - C. Cortez - A. Briones - M. Villanueva

Q. Montevirgen - 35%;C. de Vera - 10%;R. Pacis - 10%;A. Quizon - 10%;J. Avila - 10%;E. Manongsong - 10%;E. Genato - 10%;S. Ugat - 5%

E. Monroyo - 10%;T. Bonifacio - 10%;E. Arrogante - 10%;R. Estrella - 5%;E. Lanto - 5%;R. Torres - 10%;M. Villanueva - 5%

ITDI

ITDI ITDI

M. Valdecanas - 15%;N. Ambagan - 15%;R. Belandres - 15%;H. Cana - 10%;E. Magora - 25%;R. Balderama - 20%

N. Villosta - 70%;Project Leader;E. S. Luis - 20%;Co-researcherM. Dredondo- 10%;co-worker

ITDI

ITDI

ITDI

ITDI ITDI

ITDI

R. Torres (PL) - 30%;C. Manalo - 10%;E. Monroyo - 5%;P. Cuasay - 5%;F. Sison - 5%;E. Arrogante - 10%;R. Estrella - 10%;E. Lanto - 5%;A. Cruz - 10%;M. Adulta - 5%;M. Villanueva - 5%

Teresita S. Palomares;Charito M. Villaluz;Oscar T. Magora

Teresita S. Palomares;Charito M. Villaluz;Oscar T. Magora

D.Villasenor-19%;M.Evaristo-63%;R. Balderama-17%

Lourdes S. Montevirgen;Maria Elsa M. Falco;Huber P. Tabi;Oscar T. Magora;Fe Vargas;Edwin C. Tohoy;Elmer Magora

L. Montevirgen - 25%;M. E. Falco - 35%;H. Tabi - 25%;E. Tohoy - 10%;O. Magora - 5%.

ITDI

ITDI

ITDI

ITDI

ITDI ITDI

L. Montevirgen - 25%;M. E. Falco - 35%;H. Tabi - 25%;E. Tohoy - 10%;O. Magora - 5%.

L. Mabuti J. Aquino R. Retamar

Rogelio B. Prospero;Teresita S. Palomares;Charito M. Villaluz

Rogelio B. Prospero;Teresita S. Palomares;Charito M. Villaluz

B. Basilia (PL);M.T.V. Navarro;R. Antinopo

DOST_SET-UP

TECHNICOM ITDI

ITDI ITDI

ITDI ITDI

DOST- ITDI

ITDI

ITDI

C. Magpantay L. Pacatang W. Balais M. Margarito E. Sungaben L. Mabuti

F. Falco, 35%; L. Montevigen, 25%; H. Tabi 25%; O. Magora, 5%; E. Tohoy, 10%.

M. Valdecanas - 15%;N. Ambagan - 15%;R. Belandres - 15%;H. Cana - 10%;E. Magora - 25%;R. Balderama - 20%

D. Pugal D. Vergara M. Margarito L. Mabuti J. Aquino A. barnuevo R. Esperanza L. David

L. Pacatang D. Pugal D. Vergara E. Sungaben E. barnuevo J. Aquino

ITDI

J. Salvador - 100%

Kemwerke, Inc.

JICA ITDI

R. Torres - 25%;T. Bonifacio - 10%;E. Monroyo - 10%;C. Manalo - 15%;E. Arrogante - 5%;M. Villanueva - 10%;P. Cuasay - 10%;F. Sison - 10%

DOST-GIA (for travel of Chinese experts)

A. Monsada (PL) - 45%;N. Rodriguez (STD) - 15%;C. Melo (STD) - 10%;L. Daan - 15%;M. Daan - 15%

A. Monsada (PL) - 45%;SRS I or II - 15%;C. Melo (STD) - 10%;L. Daan - 15%;M. Daan - 15%

Surface coatings industries

N. Villostas (PL);E. Luis, A. Marquez;A. Maglines;B. Caringal (Reg. IV)

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI ITDI

ITDI

ITDI ITDI

ITDI ITDI

Erlinda Punzalan - 61%;M. Evaristo - 34%;O. Magora 5%.

F. Falco, 35%; L. Montevigen, 25%; H. Tabi 25%; O. Magora, 5%; E. Tohoy, 10%.

M.T.V. Navarro (PL) - 50%;L. dela Cuesta - 10%;L. Samson - 15%;R. Antinopo - 15%;E. Satorre - 10%

M. Evaristo - 57%;E. Punzalan - 37%;O. Magora) - 6%.

M. Evaristo - 57%;E. Punzalan - 37%;O. Magora) - 6%.

L. Tanyag - 35%;I. de Castro - 35%;N. Pasagui - 30%

Erlinda Punzalan - 61%;M. Evaristo - 34%;O. Magora 5%.

M. Valdecanas - 10%;N. Ambagan - 15%;O. Evangelista - 30%;L. Parawan - 15%;E. Magora - 20%;E. Tohoy - 10%

B. Basilia (PL) - 75%, Rosito Cerbito - 10%, M. Tolentino - 10%, A. Senica - 5%

ITDI ITDI

M. Prudencio

ITDI ITDI

B. Basilia;R. Loberiano;M. Tolentino;R. Cerbito

M. Amantillo M. Prudencio

M. Prudencio V. Casas

C. Magpantay F. Abarquez A. Bawagan M. Margarito R. Retamar E. Sungaben

M.A. Villanueva - 10%;L.G.Dominguez - 20%;M.B. Carandang - 15%;A.T. Mallillin - 15%;M. Canceran M. - 15%;L.M. Pacatang - 20%;M. Adulta - 5%

LGU, Gonzaga, Cagayan

J. Pondevida - 20%;M. Carandang - 15%;M. Canceran - 15%;A. Mallilin - 10%;F. Bueno - 15%

L. Taleon S. Tugay E. de Silva O. Trinidad E. Bacus A. Tria

C. Manalo E. Monroyo F. F. Sison P. Cuasay Y. Paras B. Rabang R. Banal R. Estrella E. Arrogante E. Lanto M. Villanueva

ITDI ITDI

ITDI ITDI

ITDI ITDI

L Tanyag - ;D.Estrella - ITDI ITDI

C. Viernes B. Redublo C. Viernes J. Umali C. Cortez N. Deocampo L. Hermosura A. Briones

R.Torres(PL)-15%;T.Bonifacio-5%;E.Monroyo-10%;C.Manalo-5%;E.Arrogante-5%;E.Lanto-5%;R.Estrella-5%;Q.Montevirgen-5%;C.de Vera-10%;A.Quizon-5%;E.Genato-10%;M.Villanueva-5%;E.Manongsong-10%;C.Melo-5

CENMACO, Inc.;Marsman-Drysdale, FTI, Bicutan;Castillejos ìAgri-Farms, Inc.

L Tanyag - 35%;D.Estrella - 25%;F. Vargas - 20%;T. Palomares -10%.3%

D. Villasenor- 50%;L. Parawan -10%;O. Evangelista-18%; R. Balderama - 22%

L Tanyag - .Estrella - F. Vargas -

ITDI ITDI

ITDI ITDI

ITDI

F. Vargas - T. Palomares

C. Magpantay F. Abarquez N. Zaldarriaga

L. Dominguez J. Pondevida A. Mallilin E. Suavillo V. Alonzo

L. Dominguez (PL)-10%;C. Alfonso-30%;E. Suavillo-30%;F. Monroyo-5%;V. Alonzo-5%;CPDS staff - 10%

M .Vilanueva C. Alfonso-30%;E. Suavillo-30%;F. Monroyo-5%;V. Alonzo-5%;CPDS staff - 10%

A. Briones (PL)-30%;W. Ambal-20%;R. Estrella-10%;C. Cortez-10%;Q. Montevirgen-5%;C. de Vera-10%;R. Pacis-10%;M. Villanueva (Program Coordinator)-5%

A. Briones (PL)-20%;C. Bulan-20%;B. Redublo-15%;J. Umali-10%;C. Cortez-5%;W. Ambal-10%;N. Deocampo-5%;M. Villanueva-5%;L. Hermosura-5%;C. Viernes-5%

C. Viernes (PL)-30%;J. Umali-20%;C. de Vera-15%;N. Deocampo-10%;R. Pacis-15%;A. Briones-10%

A. Briones (PL)-20%;C. Bulan-10%;B. Redublo-15%;J. Umali-20%;C. Cortez-5%;W. Ambal-10%;N. Deocampo-5%;M. Villanueva-5%;L. Hermosura-5%;C. Viernes-5%

M.T. Navarro;J. Celorico;P. Braganza, Jr.;F. Sison;A. Maglines

J. Salvador;P. Braganza;M. Daan

R. Babaylan S. Solidarios L. Taleon S. Tugay E. de Silva V. Casas A. Monteagudo

C. Bulan B. Redublo C. Viernes J. Umali C. Cortez N. Deocampo Q. Montevirgen A. Mallilin C. de Vera R. Pacis E. Genato J. Avila

W. Ambal C. Manalo E.Monroyo R. Estrella F. Sison P. Cuasay R. Damian E. Arrogante M. Villanueva-

T. Bonifacio (PL)-30%;W. Ambal - 10%;C. Manalo-10%;E.Monroyo-10%;R. Estrella-10%;F. Sison (STD)-10%;P. Cuasay (STD)-5%;R. Damian (STD)-5%;E. Arrogante-5%;M. Villanueva-5%

R. Torres-20%;E. Monroyo-10%;C. Manalo-10%;E. Arrogante-5%;E. Lanto-5%;R. Estrella-5%;Q. Montevirgen-10%;C.de Vera-10%;A. Quizon-5%;E. Genato-5%;E. Pacis-5%;M. Villanueva-10%

ITDI

F. Abarquez O. Malvar L. Mabuti J. Aquino

J. Umali C. Viernes L. Hermosura C. Bulan B. Redublo N. Deocampo- C. Cortez A. Briones

B. Redublo- C. Viernes- J. Umali-

C. Viernes-15%;L. Hermosura-15%;C. Bulan-15%;B. Redublo-15%;N. Deocampo-5%;C. Cortez-5%;A. Briones-5%

M. Prudencio

L. dela Cuesta (PL);B. Visaya;N. Develos;S. Bernardo

R. Vera Cruz R. Babaylan M. Amantillo PCB Lab Staff E. de Silva

E. Bedia (PL)-60%;N. Develos-10%;R. Cerbito-15%;M. Tolentino-15%

E. Bedia(PL)-70%;R. Cerbito-15%;M. Tolentino-15%

S. Solidarios R. Navarro R. Babaylan M. Amantillo L. Taleon M. Prudencio PCB Lab staff E. de Silva

B. Visaya-25%;R. Loberiano - 20%;P. Braganza, Jr. - 15%;J. Filio - 10%;W. Demiar- 10%;G. Santos-20%

Agencies Budget Breakdown

MonitoringPS MOOE

ITDI

ITDI

ITDI

11,254,848

11,254,848

ITDI

ITDI

Year (Ex. 1, 2)

Calendar Year Funded

11,254,848

11,254,848

10,106,904

11,254,848

10,106,904

11,254,848

ITDI

ITDI

ITDI

ITDI

11,254,848

11,254,848

PCIEERD 8,848,884 10,375,600.00

10,106,904

10,106,904

10,106,904

10,106,904

11,254,848 802,200.00

11,254,848

ITDI

PCIEERD 1 2012 758,892.00 68,197,555.18

PCIEERD 1 2 2012 2013 8,848,884 245,000.00

PCIEERD 8,848,884 370,000.00

PCIEERD 8,848,884 1,112,200.00

9,170,652 115,000.00

ITDI

ITDI

10,822,812.00

ITDI

ITDI

PCIEERD 433,140.00 476,000.00

ITDI

PCIEERD 259,200.00 1,110,565.00

ITDI 2011-2012 88,585.10

9,170,652 119,800.00

PCIEERD 1,685,000.00

ITDI PCIEERD

PCIEERD 216,000.00 344,075.00

10,822,812.00

PCIEERD 2,370,000.00

PCIEERD 247,200.00 252,000.00

PCIEERD 241,200.00 258,750.00

9,170,652

9,170,652 150,000.00

9,170,652 150,000.00

9,170,652 200,000.00

9,170,652 100,000.00

9,170,652 100,000.00

10,822,812.00 1,918,000.00

10,822,812.00

10,822,812.00

10,822,812.00

10,822,812.00

10,822,812.00

10,822,812.00

10,822,812.00

10,822,812.00

10,822,812.00

10,822,812.00

ITDI

ITDI 6,914,136 180,000.00

ITDI 6,914,136 175,000.00

ITDI 6,914,136 150,000.00

ITDI 6,914,136 315,000.00

ITDI 6,914,136 340,000.00

ITDI 6,914,136 300,000.00

ITDI

8,788,380 110,000.00

ITDI

ITDI

8,788,380 270,000.00

ITDI

PCIERD 253,200.00 246,000.00

8,788,380 115,000.00

8,788,380 70,000.00

8,788,380 15,000.00

9,809,988.00 1,509,000.00

9,809,988.00

ITDI ITDI

ITDI

ITDI ITDI

ITDI 5,631,372 140,000.00

PCASTRD 253,200.00 244,000.00

ITDI ITDI

8,788,380 558,000.00

8,788,380 170,000.00

8,788,380 145,000.00

8,788,380 160,000.00

8,788,380 75,000.00

9,809,988.00

9,809,988.00

9,809,988.00

9,809,988.00

9,809,988.00

9,809,988.00

9,809,988.00

9,809,988.00

ITDI

ITDI

ITDI

ITDI

ITDI 5,631,372 90,000.00

ITDI 5,631,372 100,000.00

ITDI 5,631,372 60,000.00

ITDI 5,631,372 75,000.00

ITDI 5,631,372 55,000.00

8,414,064

ITDI ITDI

ITDI

ITDI 266,000.0052,800.00 3,138,890.00

8,414,064 20,000.00

ITDI 4,819,623 50,000.00

ITDI 4,819,623 100,000.00

ITDI ITDI

ITDI 4,819,623 266,000.00

ITDI 4,819,623 200,000.00

8,414,064 192,000.00

8,414,064 235,000.00

ITDI

ITDI

ITDI

ITDI

2008 4080000

ITDI 60,000.00

ITDI

ITDI 35,000.00

PCIERD

ITDI ITDI

ITDI

ITDI ITDI

ITDI ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

PCIERD

ITDI 45,000.00

PCIERD

PCIERD

PCASTRD

ITDI

ITDI

ITDI ITDI

ITDI ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI ITDI

ITDI 30,000.00

DOST

DOST ITDI

ITDI ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

Deliberation of draft standard at CWG level not yet starteddue to conflicts in schedules of member companies. Requesting for another 6 months extension for 2007.

ITDI

ITDI

ITDI

ITDI

ITDI

Established the thermal processing condition of green mango ìpuree.

ITDI

ITDI

ITDI

ITDI

Requesting for another 9 months extension for 2007 for standardization of formulation and for shelf life ìtesting of low calorie fruit juice beverage.

Deliberation of draft standard at Committee Working Group (CWG) ìlevel not yet started use to conflicts in schedules of member ìcompanies. Requesting for 6 months extension for 2007.

PCIERD

ITDI

ITDI ITDI

DOST

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

ITDI ITDI

ITDI

ITDI

ITDI

ITDI

ITDI

Budget Breakdown

Amount Previous Years ReleasesEO Total Project Cost Date Released Amount

Released

3,150,000.00 13,525,600.00

800,000.00

289,373,552.82 358,330,000.00

361,800.00 606,800.00

8,365,200.00 8,735,200.00

53,000,000.00 54,112,200.00

909,140.00 909,140.00

1,369,765.00

88,585.10

1,685,000.00

560,075.00 4/24/2012 560,075.00

2,370,000.00

- 499,200.00 4/4/2012 470,000.00

- 499,950.00

499,200.00 478,100.00

497,200.00

266,000.00 3,191,690.00 3,091,690.00

Amount GAA Succeeding Releases Balance for Release Savings Budget Allocation

2013 2014 2015 2016Total

Released

Budget Expenditures Balance (Funds Available)

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