malaysia’s nanotechnology ecosystem for smart cities and …€¦ · industry smes. 11. th....
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Malaysia’s Nanotechnology Ecosystem for Smart Cities and Manufacturing, and Green Agenda
MAJECA-JAMECA Joint Conference 2019
Malaysia’s lead agency to commercialise nanotechnology
A business entity entrusted by the Government to focus on the commercialisation and development of
nanotechnology
2
3
Objects of the Company
Economic Growth and Commercialisation
• Develop and promote nanotechnology as a new source of national economic growth
• Promote and support commercialization and production of nanotechnology R&D activities
Ecosystem and Competitiveness
• Establish, provide and maintain a nanotechnology ecosystem for product R&D&C
• Maintain and enhance Malaysia’s nanotechnology competitiveness in the global market
Public Awareness and Joint Development Efforts
• Provide public awareness, education and training services in nanotechnology
• Promote, support, mobiliseand manage joint nanotech development efforts
*Summarized from NanoMalaysia Berhad’s Memorandum of Association
4
Core Business
Strategise, recommend and coordinate R&D
commercialisation
Identify and facilitate business
opportunities
Provide technology and
business landscaping,
consultancy, due diligence and verification
Facilitate investment in
commercialisation
Facilitate human capital
development
Promote public awareness and education on
nanotechnology
Corporate Structure
Nanovation
Ventures Sdn Bhd
Nano Commerce Sdn Bhd (1101474-W)
NanoMalaysia Berhad (955265-P)
NanoVerify Sdn. Bhd. (1155019-U)
Investment armBusiness and
commercial armConsultation and verification arm
(1101475-K)
• Facilitate investment in commercialisation
• Identify and facilitate business opportunities
• Provide technology and business landscaping, consultancy and due diligence
• Product verification
• Consumer awareness on genuine nanotech products
Holding company
• Identify and facilitate business opportunities
• Facilitate human capital development
• Strategise, recommend and coordinate R&D commercialisation
• Project execution• IPRs creation
• Promote public awareness on nanotech through events such as Graphene Malaysia, Jumpstart Sectors seminars, Lux-Research NanoMalaysia Forums and others
JVs IPsPE VC
Chairman of the Board
Prof. Emeritus Dato' Ir. Dr. Mohamad Zawawi bin Ismail• Chairman, INTI Universal Holdings Berhad• Former Chairman of the Board; UKM and USM• Founding Vice-Chancellor, UNIMAS• Co-Founder, MIMOS Berhad
Tan Sri Dr. Salleh Bin Mohd Nor• Pro-Chancellor, UTM• Senior Fellow, Akademi Sains Malaysia• First D-G, FRIM
Dato' Ahmad Shukri Bin Hj. Tajuddin• Chairman, UniMAP Holdings Sdn Bhd• Former CEO, Menteri Besar Kedah Incorporated• Former CEO, Kulim Hi-Tech Park
Dr. Rezal Khairi Ahmad• CEO, NanoMalaysia Berhad• Chairman, NANOVerify• Former VP, Khazanah Nasional
Dato' Sri Ir. Dr. Judin Abdul Karim• Chairman of CIDB Holdings Sdn Bhd• Former CEO, CIDB Malaysia• Former D-G, Public Works Department
Dato' Prof. Dr. Rujhan Bin Mustafa• Director, Social Services, MEA• Former CEO, Education Malaysia Global Services• Former CEO, Malaysian Qualifications Agency
Board of Directors
6
En. Mohd Yusof Hussian• Chairman, Tune Insurance Malaysia Berhad• Former Chairman, CIMB Aviva Assurance Berhad• Former Chairman of Audit Committee, SME Bank
Berhad
Dr. Mohd Nor Azman bin Hassan*• Deputy Secretary-General (STI), MESTECC• Former Deputy D-G for Higher Education (Private
Higher Educational Institutions), MOE
*Pending SSM Registrar’s Approval
Nanotechnology Ecosystem & Business Model
Assets and/or Background IPRs
IndustrySMEs
11th Malaysia Plan
Licensing or tech transfer to the market
Royalties, dividends or sales revenue earned from sales to the market
Tech Consultancy and R&D
Universities & Research Institutes
ProjectInvestment
Joint ventures and new
companies
New IPRs
New Products
Product Development
or Scale-up Projects
Start-ups & SMEs Partnerships
Strategic Sectors
Funds/Incentives
Local Partners
International Partners
Research Institutes Academia
Government
Partners
2. RMK-11 Programmes under NanoMalaysia
Food & Agriculture
Electronic Devices & Systems
Energy & Environment
Wellness, Medical & Healthcare
Sector based Approach
2. RMK-11 Programmes under NanoMalaysia
3. RMK-11 Programmes under NanoMalaysia
Product Verification Programme
“NANOVerify Programme” is a voluntary certification programme for processes and products with claims of nano-elements in the range of 1 to 100 nm, as well as performance enhancements related to such elements.
NANOVerify Verification Protocols
• Characterization – To verify presence of nano elements
• Functionality – To verify enhancements resulting from incorporation of nano-elements
Verification Type (2015-2018) Count
Characterization 40
Functionality (Mechanical Properties) 1
Functionality (Surface Properties) 9
Grand Total 50Validation of
nano-elementMechanical Properties
Surface Properties
Electrical Properties
Internet of Things to Internet of Nano Things
Nanotechnology can be combined with the IoT is in the creation of a physical network, composed of nanomaterials that facilitates the exchange of data through different components communicating with each other at the nano level.
Internet of Things to Internet of Nano Things
The internet of nano-things is taking IoT to the next level
Almost all modern automation depends on nanoscale devices that can communicate with each other in order to provide smarter technical options.
• sophisticated in terms of design and manufacturing• well-packaged to protect devices from unwanted
interference.
IoNT devices are miniaturized and small enough to be termed nanoscale, which is around .1 to 100 nanometers
World Economic Forum recognizes Nanosensors & Internet of Nano-Things
2.6 mil
4.4 mil
7.3 mil
11.2 mil
16 mil
20 mil 20 mil 19 mil
2002
2004
2006
2008
2010
2012 20152014
Nu
mb
er
of
tran
sis
tors
so
ld p
er
do
llar
($)
Time
180 nm
130 nm90 nm
65 nm
40 nm
28 nm 20 nm16 nm
Economically viable sensors, controllers and transmitters1
Huge demand for better & smaller chips2
Wider network availability and increased capacity3
Commoditised hardware and cloud-based data management
and storage4
Development of new & powerful analytics and applications via
new technologies5
Adapted from ‘The Internet of Things is Now’, Morgan Stanley, 2014
The Communications Market Report’, Ofcom, 2014
http://hexus.net/tech/news/cpu/65901-arm-updates-midrange-cpu-roadmap-cortex-a17/
Moore’s LawNumber and length of transistors bought per $
Underlying Trends Driving The New IoT Ecosystem.
IoNT SENSORS
Optical sensor
Electronic nose
Flexible sensor
Sensirion: Pressure, environmental, flow sensors
Stanford Implant vibration sensorNanometer-Precision PositionMeasurement Technology
SENSORS are At the heart of the IoT and Industry 4.0. • Nanotechnology for more accurate initial data measurement. • Nanomaterials as the “sensing materials” into sensors with much greater efficiencies. • provide a high surface area that can efficiently detect minute changes in an environment.
WHAT is REVOLUTIoNT?
√Driving through solutions
Nanotechnology: The Enabling
Catalyst
IoNT Ecosytem
Towards Internet of Nano-Things
Personalization
Food Quality/
Freshness
People – Content
Connectivity
Infrastructur
e to People/
Content
Connectivity
Reduced
Operational
Cost
Higher Quality
Products,
Reduced
Manufacturing
Cost, Traceability,
Streamlining End
to End Processes
Improved
Urban
Mobility/
ConnectivityWider
Interaction,
Improved
Lifestyle
Reduced CO2
Emission
Reduced Power
Consumption
Clean Water
New Business model
Sustainable
Agriculture through
modern farmingWaste to wealth
Nano-enhanced textile
and advanced fabrics
Increase
Efficiency
√
√
√
Industrial IoNT Applications
NanoMalaysia Berhad's 4th Industrial Revolution (4IR) initiative powered by Internet of Nano Things (IoNT)
Electric Scooters Energy Storage Sensors Fuel Cells
Autonomous Vehicles
Radio-frequency identification (RFID)
Solar Light Energy Panels
Smart City
IoNT for Smart Manufacturing
Sensors in the manufacturing industry • pressure, • proximity, • contact, • measurement, • Displacement• velocity sensors• rotary encoders• code readers, etc
The types of nano-technologies being integrated into an IoT system are highly specific to the application.
Building public awareness on ongoing and completed NanoMalaysia’s IoNT projects to promote products and solutions
Plastic Additives
Rubber Additives
Nanofluids
Scomi Chemicals Sdn Bhd
ACME Chemicals Sdn Bhd
Goodway Integrated Industries Berhad (GIIB)
PROTON
Compounding & Coloring SdnBhd
GB Sekhar Sdn. Bhd
Graphene-enhanced automotive component applications
Graphene-enhanced technical compounds, retreading and tire compounds
Highlights of National Graphene Action Plan Projects
Companies Project and Product DescriptionApplications
• Lower rolling resistance to reduce energy loss and improve fuel efficiency.
• Increases grip.• Reduces wear and increases lifespan of
the tire – environmental sustainability
• Reduced engine friction improves fuel efficiency and lowers emissions
• Reduced cake out of pores due to drilling fluids and improves well productivity
• High sorption capacity in oil spill kits to increase recovery of spilled oil and improved recyclability of kit
Benefits
• Lightweight graphene-based materials for enhanced structural applications and improved fuel efficiency without compromising safety. Increased recyclability and reduced plastic contribution
Graphene-based drilling oil and spilled oil recovery kit
Graphene-based lubricant additive for automotive
Scomi Engineering Berhad Pilot project of Graphene-SCAP Traction Energy Storage System
Li-Ion Batteries and Ultra-capacitors
Conductive Inks
Graphene-based conductive inks for printed circuit board
Penchem Technologies Sdn. Bhd.
Q-DOS Flexcircuits Sdn. Bhd.Graphene-based printed flexible circuit for electronic application
Highlights of National Graphene Action Plan Projects
MNA Research Sdn Bhd Production of Backup Storage Graphene-Based Quantum Cell (BSGQC)
CompaniesApplications Project and Product Description Benefits
• Lower construction cost by eliminating electrified rail
• Fast charge and discharge
• Graphene-based conductive ink reduces resistance by a factor of 10 – enabling energy efficient circuitry and devices
• Fast charging • High capacity energy storage for off-grid
infrastructures
• More robust tolerance to bending stresses
• Lower material cost compared to using silver-based conductive inks
Highlights of iNanovation and Other NMB Projects
Food & Agriculture
Malawira Sdn Bhd
Swiftlet Eco Park Holdings SdnBhd
Electronic Devices & Systems
HANS LED Sdn Bhd
MDT Innovations Sdn Bhd
IoNT for Swiftlet Farming – Market PoCof Self-Powered Indoor Monitoring
Nanofibre and Nanocellulose from Oil Palm Empty Fruit Bunches
Development and Proof of Value (PoV) IoNTSolution for Linen Management
Production of Cu-CNT Substrates for LED Applications
Strategic Sectors
• Reduce water wastage through ID-ing of linen and accurate laundry record-keeping
• Maintain high quality of linen by tracking lifecycle
Companies Project and Product Description Benefits
• Sustainable waste-to-wealth concept of producing nano-fibres and nanocellulose for various applications:
• Wound management• Technical textiles• Oil recovery
• Improved thermal conductivity further enhances lifespan of LEDs and reduces electronic waste
• Improved heat management translates into increased energy efficiency
• Internet of Nano-Things applications enable precision agriculture:
• Optimised conditions within birdhouse
• Tracking of population
Energy & Environ-ment
NanoSiltech Sdn Bhd
Nanopac (M) Sdn Bhd
Pulsar UAV Sdn Bhd
Wellness, Medical & Healthcare
Infusions Material Lab Sdn Bhd
DNA Laboratories Sdn Bhd
Development of High Efficiency Fuel Cell Pack for UAV Application
Production of nano-silica from rice husk
Highlights of iNanovation and Other NMB Projects
Technology licensing and commercialization of Claralite Illuminator with Nano infused Yarn
Development of Nano-fiber based Biosensors System for Detection of Tuberculosis (TB)
• Fuel cell technology enables mid-flight energy generation
• Prolonged geo-mapping for detecting hot spot areas
Strategic Sectors Companies Project and Product Description Benefits
• Ultrasensitive, non-invasive, affordable and portable detection of TB
Commercial deployment of Nano Light Energy Panels
• Sustainable waste-to-wealth concept of producing nano-silica
• No emission of harmful gases
• Higher effective efficiency solar energy generation
• Not limited to solar or placement angle• Maximizes building surfaces for energy
generation
• Generates healthy negative ions and inhibits growth of microbes in infused objects and materials
Other Water and Environment-related Innovations
▪ Sustainable mobile toilet, operates without pipe water supply, sewer connection & electrical grid.
▪ Operates on green solar energy that breaks down waste into fertiliser and urine to water and recycled for flushing or use.
▪ Nano-filtration system can also be used for treatment of industrial sludge.
Self-Sustaining Toilet System Air to Water Generation
▪ Providing clean drinking water from air moisture.
▪ Production capacity: 600 liters (Max 4,500 liters) of water per day based on 30.0 degree Celsius and Relative Humidity of 70%.
Inputs, Outputs and Outcomes (2016 - 2018)
Project Mining,
Selection and
Approval
Project Execution
50 Product Development Projects
18 Scale-Up Projects
IPs Developed
Products Commercialised
12 JV/Start-Up companies
supported/created
64 products developed by industry
13 products commercialised
55 project IPs developed
1,771 high value job opportunities created over
next 5 years identified by industry
RM 3.5 billion potential GNI contribution generated
over 5 years identified by industry
IPRs Filed10 patents, 4 copyrights and 1 utility innovation filed with MyIPO
Products Developed
50 products certified under NANOVerify
Thank YouNanoMalaysia Berhad (955265-P)(A CLBG under the Ministry of Energy, Science, Technology, Environment and Climate Change)
A-2-3, Level 2, 157 Hampshire Place OfficeNo. 1, Jalan Mayang Sari50450 Kuala Lumpur, Malaysia
Telephone : +603 2166 8849 Fax : +603 2181 8849Email : [email protected] : www.nanomalaysia.com.my
:NanoMalaysia Berhad