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Technological Expertise_tech

Technological Expertise

_tech | _consulting | _legal_tech | _consulting | _legal


1963. The Association of Industry of Navarre was founded by a group of Navarrese entrepreneurs.

It evolves through it history together with companies of the regionIt evolves through it history together with companies of the region.

A GLOBAL

NavarreCompanies in Navarre

A GLOBAL SOLUTION:

Association ofNavarre1963 have

diverse needs

Association of Industry

of Navarre



Near 135 members from almost anyindustrial sectorindustrial sector



FacilitiesAIN is setup over a plot of 34 667 m2 (8 262 m2AIN is setup over a plot of 34.667 m (8.262 mof building) at 4 km. far from Pamplona (230.000 inhabitants).

Laboratories 1.500 m2

Surface EngineeringInformation Technologies (Communications, Aerial Robotics)

Training roomsTraining rooms16 rooms.

Devoted to training and workshops.Associated companies can use them underspecial condicitions.

Assembly hall300 people.

Equiped for any kind of public or private


wokshop, commercial presentation, etc.


Technology Engineering

Training Consultancy

Offers a global support and is Di ifi tiC titi Offers a global support and is

trusted by society and companiesDiversificationCompetitiveness

Research Innovation



“Our team, our difference”

70 employees with multidisciplinary profiles and extensive experience70 employees with multidisciplinary profiles and extensive experience

More than 80% University graduates

10% D10% Doctors



Turnover 2013 : 6,4 M€

ain_legal10%

38%

3% 13%

Technical servicies

R&D Technological projects on - demand

ain_consulting33%

ain_tech57%

26%

20%projects on - demand

R&D Regional support

R&D National support

R&D EU support



Li f E tiLines of Expertise

· MATERIALS - Surface Engineering and

nanostructured materials aimed at improvingnanostructured materials aimed at improving

the characteristics and functions of technological

materials.

· INFORMATION TECHNOLOGIES

Unconventional systems for measurementUnconventional systems for measurement,

control and communications.

· SUSTAINABLE INDUSTRIAL DEVELOPMENT

Advanced engineering solutions for industrial

construction efficient use of energy and


construction, efficient use of energy and

environment protection.


:

RESEARCH DEVELOPMENT INDUSTRIAL (Develop internal Know - How) (Dvelop R&D projects for

companies on - demand) PROJECTS

(Technical services )

MATERIALSOBJECTIVE: SUPPORT INDUSTRIAL DEVELOPMENT, PROVIDING STATE OF THE ART KNOW HOW, TECHNOLOGY AND SERVICES

RELATED TO:

SUSTAINABLE DEVELOPMENT:WATERENERGY

INFORMATION TECHNOLOGIES

SUSTAINABLE INDUSTRIAL BUILDING.MORE SAFE AND EFFICIENT INDUSTRIAL PROCESSES DEVELOPMENT

NANO Y BIOMATERIALSCONDITION MONITORING

TECHNOLOGIES

SUSTAINABLE ADVANCED SENSINGOTHERS TO BE DEVELOPED IN THE FUTURE.

INDUSTRIAL DEVELOPMENT

_tech | _consulting | _legal


1. SURFACE ENGINEERING



Materials technology is a transversal research fieldWHY SURFACE ENGINEERING

Materials technology is a transversal research field

strategic for most of industrial sectors and activities.

The surface of a material is the most critical part:The surface of a material is the most critical part:

- Is the frontier between the material and its environment.

Anexos- It is the key for ensuring its service life.

- It allows to provide new functions to the materials

- It concentrates most of the added value of materials



NanotechnolgyLaboratory (2012)

01

0

Organization of the XII edition of TRATERMAT (2010)

ProjectCONSOLIDERcoordinated by AIN

(2008)

Equipment for Plasma treatments

(2011)

A 2

0

Equipment for analysis and

electron microscopy (2003)

First CENIT project coordinated by AIN

(2007)

First participation in a scientific conference in the USA (2004)

Anexos

2

00

0

Incorporation of PVD treatments (2000)

First European

First EUREKA project leaded by AIN (2003)

First Course on Surface Engineering (1998)

First European Symposium on S f i AIN (1994)

AIN - CIAS is created 19

90

Creation of the Tribology lab (1995)

First project within thelPlan Nacional de I+D

First European Project leaded by AIN

(1992)

First participation on a scientific European conference (1993)

Surfaces in AIN (1994)

AIN CIAS is created in 1989 as a pioneer

centre in Spain on Ion Implantation

s 1 Plan Nacional de I+D

leaded by AIN(1991)

Laboratories Projects Technological Difussion


19

80

, Laboratories Projects Technological Difussion


STRATEGIC AREAS

Advanced treatments and Smart coatingsAdvanced treatments and coatings to solve friction,

wear and corrosion problems.

New coatings and materials f bl

Smart coatings

Tribology

Biocompatible or biocide surfaces for medical

for renewable energyapplications

Energy Bioapplications.

Smart coatings for household, vehicles, civil engineering and industrial applicationsand industrial applications.

+

Smart nanostructuredmaterials, including nanowires


gand nanoparticles


TRIBOLOGYTribologyWas the traditional R+D field at AIN.

Now, this activity continues:- TribocorrosionTribocorrosion.- Tribology under extreme conditions.- Micro / nano fabrication.- Standarization.

RECENT PROJECTS:

- 6FP MASMICRO, 7FP M32S.,- CENIT FORMA-0.- MAT-NANOTRIBOCOR, MAT-Ni-TOOLS.- IAP MICROCONTACT, IAP MULTICAPA.

E! TRIBOSTAND


- E! TRIBOSTAND.- CVD DIAMANTE


The overall aim of this project is to developing generic, robust multiscale materials modeling techniques for the predictive behaviour of PVD MULTILAYERDED SYSTEMS under working gconditions.


Contact person at IWU : Dr Ulrich Semmler


NEW ENERGY SOURCESEnergy

New opportunities in materials for the e oppo tu t es ate a s o t egeneration of new alternative energy sources:- Photovoltaic coatings.

C ti f S l Th l li ti- Coatings for Solar Thermal applications.- Materials for fuel cells.

RECENT PROJECTS:

7FP DEPHOTEX- 7FP DEPHOTEX.- ENE-ODISEA.- CONSOLIDER FUN-COAT.- CCPC


CCPC- HITECO

Energía


BIOMATERIALSBio

Due to a growing demand and a natural growth of our activity in applications such us:

- Articular prostheses (wear, metallosis).- Coronary prostheses (restenosis).- Hypoallergenic coatings.- Bacteriostatic and biocide coatingsBacteriostatic and biocide coatings.

RECENT PROJECTS:

6FP NEWBONE- 6FP NEWBONE.- E! DUBIOP.- GdN BIO-COAT.- CONSOLIDER FUN-COAT.


- ADDISC.- BIOSURF.


SMART COATINGS AND MATERIALS

Smartcoatings

It is the answer to an increasing demand on:

Eco friendly coating technologies- Eco-friendly coating technologies.- Self-cleaning coatings.- Active windows.- Electric and magnetic properties.g p p- Sensorised materials

RECENT PROJECTS:

- CONSOLIDER FUN-COAT.- CENIT ART-DECOCENIT ART DECO.- EUROINNOVA NANOCONS.- SURFALUX.- NANOMAT.



NANOPARTICLES AND NANOCOMPOSITES

Heat DDeliver

Heat and Drug Delivery nanosystem with active tumor targeting features.

Heat DDeliver

• Project Coordinator:

• Partners:

• Objetive:Dvelopment of a “drug delivery” system based on theDvelopment of a drug delivery system based on themagnetothical properties of superparamagneticsnanopartíicles for tumours treatments.



2. INFORMATION TECHNOLOGIES



AerialRobotics

Real time Monit. and Control

Sensors

Horizontal Tecnologies

Condition Monitoring

Image / Vision

Embedded systems

Knowledge based systems

Communications

Tecnologies

Knowledge based systems

Intelligent systems



Aerial RoboticsThe activity focuses on the development of robotics applications based on unmanned and autonomous aerial y p ppplatforms (helicopters). For this purpose, AIN has developed, in the last years full capacities in systems integration including flight control, communications and payload systems into different available mechanics. This approach allows the adaptation of the whole system to the application requirements. AIN currently operates three types of rotary wing platforms with different payload (5, 10 and 35 Kg) and maximum take-off weight (MTOW) of up to 75 Kgweight (MTOW) of up to 75 Kg.

Image / VisionThe areas of expertise are related to the acquisition and processing to multispectral images (visible, infrared) and active systems (laser) rapid acquisition of infrared images for the study of transient thermal phenomena and active systems (laser), rapid acquisition of infrared images for the study of transient thermal phenomena (PVT-pulsed video thermography) for non destructive testing, vision and image processing for quality control.

Now, the group is working on artificial perception to be applied to autonomous robots in order to the mission execution can take place in open-ended, dynamic spatial environments.

Condition MonitoringThe activity in predictive maintenance is based the development of technologies for machinery failure prevention, mainly in rotating machinery. This includes the development of ad-hoc signal acquisition and processing systems for the prevention of failures (wind turbines). p g y p ( )

The acquired experience in the integration of sensors and diverse techniques associated to signal processing, allows, also, other related projects improving manufacturing processes of several industrial sectors.

AIN has been developing R&D Projects and providing services for more than 10 years to compnies form different sectors: Automotive (VW NAVARRA, KYBSE), Paper, glass (Guardian), Chemical (Huntsman), Wind


different sectors: Automotive (VW NAVARRA, KYBSE), Paper, glass (Guardian), Chemical (Huntsman), Wind generation (Acciona > 600 machines).


CLOSE SEARCH

PELICANO REE

AG-UASLIFE-UE

R&D projects in 2010-2013

Aerial

CLOSE-SEARCHFP7-GALILEO

PRECISION

Robotics RED-UAS

TOR-LDV

SENSE&AVOID

Condition Image /

Horizontal Tecnologies

FUSION SENSORIAL

ECM

Monitoringg

Vision

Regional SupportOn demand

Regional SupportNational Support

VAMAD

EU SupportEVOLINDUSTRIA



Project TOR - LVD: Measurement of dynamic torque without contact

•TOR-LDV project: development of a new methodology to measure

without contact

a new methodology to measure dynamic torque by optical means

• Key aspects:• Key aspects:• By Laser Doppler Velocimetry(LDV)• Loads evaluation in the process of • Loads evaluation in the process of development of new wind turbines



Project VAMAD: Defect detection in finished wood surfacesCooperative project among Spanish research centers and VMS (Verteilte(Messsysteme) TechnischeUniversität München.

•VAMAD project: defects detection and classification by Support Vector Machines

Stroboscopic illumination synchronized with capture (90 img/s)

• Key aspects:• Key aspects:• No cooperative surfaces• Stroboscopic illumination• Image fusion (captured with different • Image fusion (captured with different illumination)• 16 pixels/mm in real time


1 Spanish patent / 1 German patent


Project Close search: Search and Rescue operations

• Close-Search project: SAR operations: p j pProtección Civil de Cataluña

http://www close search project eu/

• Key aspects:• Super safe navigation: Egnos,

http://www.close-search-project.eu/

Super safe navigation: Egnos, Galileo• Payload: Thermal imaging sensor

GSA: GNSS Supervisory Authority


GSA: GNSS Supervisory AuthorityGNSS: Global Navigation SatelliteSystem


Project EVOLINDUSTRIA: Application of evolutionary computing algorithmsfor the design of plants for the extractive industry

Input: Initial granulometry

Output: Production Tm/h and required granulometry• COMPANY TRIMAN: plant design for a

i t ll ti Input Output¿?

O ti l d l

quarry installation.

• Key aspects:• Optimization problemOptimal model • Optimization problem• Select machines, machine

parameters and topology • Use of Genetic Programmingg g• Results: Optimal solutions that

ARE NOT OBVIOUS for the experts

Objective: to design the plant topology andtuning machines parameters


Plant in the phenotypic and genotypic space


Project Fusión sensorial: Sensor fusion for robot navigation and characterization of unknown and dynamic environments

• Sensor Fusion: • For independent moving objects • For independent moving objects

detection and characterization• Mapping by means of occupancy

gridsgrids

• Key aspects:• Perception improvement by • Perception improvement by fusing information• Sensors: 1 camera + 2D lidar + GPS + IMU

Extrinsic CalibrationCapture

Camara

GPS /IMU

niza

tion

Lidardata

GPS + IMU


+

Camara

LIDAR Syn

chro

n

Calibration


CONDITION MONITORING: 450 - 600 drive train wind turbines a year inspected in Spain and Mexico

Normal performance

Medium axis crown failure


Failure detected


Proyect ECM: Efficient Condition MonitoringIntelligent System based on vibration analysis and other signal processing Intelligent System based on vibration analysis and other signal processing techniques as well and Artificial Intelligence algorithms for automatic failure detection in drive train wind turbines.



SUSTAINABLE BUILDING: ENVIRONMENT:

3.- ADVANCED ENGINEERING

SOLUTIONS FOR INDUSTRIAL

► Sustainable industrial buildings.

► Intelligent Buildings.

► New materials for industrial building.

► Advanced technologies for water recycling and reuse.

► Management of water supply networks by using aerial robotic systems.

INDUSTRIAL BUILDING

EFFICIENT USE OF ENERGY

ENERGY EFFICIENCY: HEALTH AND SAFETYOF ENERGY

PEOPLE AND

ENVIRONMENT ENVIRONMENT PROTECTION

► Welding installations automation.

► Assessment of new risks regarding application of nanotechnologies in industrial processes.

► Optimized energy consumption in industrial and general business activities.

► Smart energy for small towns, industrial parks and economic ti it


► Studies of aging workforce.

► Performances improvement of personal protective equipment.

activity areas.

► Advanced communication systems (CIT) for industrial plants energy control.


BREEAM is the world's foremost environmental assessment method and ratingBREEAM is the world's foremost environmental assessment method and rating system for buildings and sets the standard for best practice in sustainable building design, construction and operation.

The measures used represent a broad range of categories and criteria from energy to ecology (water use, energy, health and well-being, pollution, transport materials waste ecology and management processes)transport, materials, waste, ecology and management processes)

AIN has become into BREEAM accredited assessor to lead the sustainable development, encouraging clients, designers and others to think about lowdevelopment, encouraging clients, designers and others to think about low carbon and low impact design, minimizing the energy demands created by a building before considering energy efficiency and low carbon technologies



SUSTAINABLE BUILDINGThere are three common modalities of collaboration:

2) TURNKEY CONSTRUCTION:

1) INDUSTRIAL BUILDING PROJECTS INTEGRAL MANAGEMENT (Turnkey engineering):► Setting out feasibility study

Full service for building design, development and construction

► Setting out feasibility study.

► Industrial buildings, offices and urbanization Civil work project.

► Contract and techno-economical offers evaluation consultancy.

► Work execution management and health and safety coordination.

CENTRO NACIONAL DE TECNOLOGÍA Y SEGURIDAD ALIMENTARIA (CNTA LABORATORIO DEL EBRO) in San Adrián

3) PROJECT MONITORING:

► Classified activities project and management for local licences compliance.

► General utilities installation projects and direction of works. (HVAC, natural gas, compressed air, steam, cogeneration).

LABORATORIO DEL EBRO), in San Adrián (Navarra).

Technical assistance to property. Control and monitoring of stakeholders (project manager, energy suppliers, local authorities).

COMANSA. Tower cranes construction factory with more than 215.000 sq.ft of industrial buildings, process and general utilities.

More than 38.000 sq.ft of services

GENERAL MILLS. Agro-food industry with more than 485.000 sq.ft of industrial buildings, process and general utilities.

More than 43.000 sq.ft of services


rooms and general offices. rooms and general offices.Graphic arts innovation centre MIGUEL DE EGUÍA (Estella)


PRINTING TECHNOLOGIES CENTER MIGUEL DE EGUÍA (BUILDING + DEVELOPMENT STRATEGY)(BUILDING + DEVELOPMENT STRATEGY)



WIND TURBINE TESTING FACILITIES.

CENTRO NACIONAL DE ENERGÍAS RENOVABLE (CENER) (SANGUESA)

AnexosAnexos



STEEL PROST DEMODemonstration of innovative fire protection coatings for steel

• Project Coordinator:

Demonstration of innovative fire protection coatings for steel structures.

P d• Partners: and other 6

• Objetive:Testing and Validation of new fire protection coatings basedon paintings with embedded nanoparticles.



ENVIRONMENT

AIN_tech collaborates with its clients in the selection of the adequate location for their activities, taking into account:, g

► Environment risks assessment.► Impact and environmental conditions studies.► Classified activities projects.

LOCATION

AIN_tech closely collaborates in the proposition of new products or services or when modifying, adapting or improving existing products or services. We evaluate environmental aspects in all development phases, starting from required raw materials, manufacturing processes, usage phase and even at the end of life, by applying different techniques:

► Lif l l iPRODUCT

► Life-cycle analysis.► CO2 footprint.► Water footprint.

AIN_tech also contributes with its experience in the application of the best available h l i d i h d i d fi i i h i h h l b i h technologies during the productive processes definition phase, with the goal to obtain the

best product with the lower possible environmental and economical cost. With this bet, we compromise, for the different processes, in the minimization of:

► Consumption and/or resources minimization.► Efficient water use

PROCESS► Efficient water use.► Waste generation minimization.► Promotion of waste reuse and recycle.

This global vision also foresees an environmental responsible behaviour in the project d f lif h


end-of-life phase:

► Demolition projects.► Closing and/or restoration project.

END OF LIFE


SPECIAL PROMOTION ACTIVITIES

CO2 FOOT PRINT(Life Cycle Analysis)

• VALUE CHAIN OPTIMIZATION IN THE AGROFOOD SECTORAIN ITG Agrícola UCAN FACTORCO2AIN, ITG Agrícola, UCAN, FACTORCO2,Piensos CACECO, Harinas GURIA

Foot Print evaluation in fodder and flour manufacturingprocesses

• EURENERS-3 PROJECTAIN ASOCIACIÓN TEDER AENOR INTIA NEIKER UNIVERSIDAD DE VIC

processes.

AIN, ASOCIACIÓN TEDER, AENOR, INTIA-NEIKER, UNIVERSIDAD DE VIC

Sotware tool development for CO2 foot print assessment in agrofood sector: oil, cheese and meat products.



H2020 RAW MATERIALS “ECOSOLUTIONS” proposal

Roadmap to Market Opportunities in Eco-innovative Waste Water and Storm Water Solutions:Roadmap to Market Opportunities in Eco innovative Waste Water and Storm Water Solutions: Stimulating Cultural Change in the Water Industry to Remove Innovation Barriers and Bridging the

Gap between Research and Market Take-up

Proposal Coordinator: University of Salford (Manchester UK)

Objective: To accelerate the commercialisation and implementation of innovative waste water

Proposal Coordinator: University of Salford (Manchester – UK)

Proposal Partners: 19, among them Fraunhofer UMSICHT

Objective: To accelerate the commercialisation and implementation of innovative waste water and storm water technologies, products and services, and provide long-term value to both companies and public sector stakeholders with the help of a decision support system. The project intends to address this challenge by implementing decisions based on a novel tool leading to real-scale activities aiming to demonstrate the long-term viability of technological solutions, the sca e act t es a g to de o st ate t e o g te ab ty o tec o og ca so ut o s, t eremoval of obstacles related to their wider application and the enlargement of markets for related products and services.

participate in the project as a full partner:participate in the project as a full partner:

LCA Analysis of the technologies to be applied.Commercialization roadmapTest sites identificacion and testing


Test sites identificacion and testing


ENERGY EFFICIENCY

ENERGY EFFICIENCY STUDIES FOR RENEWABLE ENERGIES AND COMPANIES, SECTORS AND TERRITORIES:► Energy audits.

► Viability studies.

► Efficiency and energy saving studies

COGENERATION:► Viability studies.

► Cogeneration plants.

► Small Hydro power plant.► Efficiency and energy saving studies.

► Energy balance.

► Energy purchase and pricing advisement (natural gas and electricity).

► Lighting audits.

► Energy qualifying

► Small Hydro power plant.

► Wind farm.

► Photovoltaic farm.

► Thermal solar facilities.

► Hydrogen.► Energy qualifying.

► Energy plans.

► Energy resources inventory.

► Energy savings measurement and control (using international standards IPMVP- EVO).

► Hydrogen.

► Biomass.

► Biogas.

Small Hydro power plant (Iribas)

HTN Biogas plant (Caparroso)


Small Hydro power plant (Iribas)

Solar farm (Carcar)

Alaiz experimental wind farm (Cener)


PV FARM – CARCAR - NAVARA



COGENERATION PLANTS

CERAMICS:- C. Utzubar.- C. Tudelana.- C. Estanca.

AGROFOOD:- Hnos Oliver.- Ajorsa-Boduelle

GREENHOUSES:- Biocultivos – Greenport.- Endenea.- Landa Eder.- Nivelur.- Río Txabier.- Enersar.



BIOGAS- CTRU Góngora.- EDAR Arazuri.

HTN Biogás- HTN Biogás.

LAUNDRY- Indusal.

Margua- Margua.

WOOD- NISA.- Secado Madera Gojain- Secado Madera Gojain.- Harimasa.- Gesbrick

OTHER INDUSTRIALOTHER INDUSTRIAL- BSH Electrodomésticos.- Newark San Andrés (Paper).



H2020 – WATER-1 Bridging the gap: from innovative water solutions tomarket replication

Roadmap to Market Opportunities in Eco-innovative Waste Water and Storm Water Solutions: Stimulating Cultural Change in the Water Industry to Remove Innovation Barriers and Bridging

the Gap between Research and Market Take-upProposal Coordinator: University of Salford (Manchester UK)

Objective: To accelerate the commercialisation and implementation of innovative waste water

Proposal Coordinator: University of Salford (Manchester – UK)

Proposal Partners: 19, among them Fraunhofer UMSICHT

Objective: To accelerate the commercialisation and implementation of innovative waste water and storm water technologies, products and services, and provide long-term value to both companies and public sector stakeholders with the help of a decision support system. The project intends to address this challenge by implementing decisions based on a novel tool leading to real-scale activities aiming to demonstrate the long-term viability of technological solutions, the sca e act t es a g to de o st ate t e o g te ab ty o tec o og ca so ut o s, t eremoval of obstacles related to their wider application and the enlargement of markets for related products and services.

participates in the project as a full partner:participates in the project as a full partner:

LCA Analysis of the technologies to be applied.Commercialization roadmapTest sites identificacion and testing


Test sites identificacion and testing


CIP-IEE-2013.1.2 to be re-submited to H2020- Secure, clean and efficient energy Programme

L i E Effi i N t k i th E I d t T f d E l ti fLearning Energy Efficiency Networks in the European Industry - Transfer and Evaluation of an Innovative Communication Model for Doubling the Progress of Energy Efficiency in Medium

Sized Companies

Proposal Coordinator: Fraunhofer Society for the advancement of applied research

Objective: The Learning Energy Efficiency Networks (LEEN) are a relatively new instrument (by

Proposal Coordinator: Fraunhofer Society for the advancement of applied research

Proposal Partners: 7

Objective: The Learning Energy Efficiency Networks (LEEN) are a relatively new instrument (by industry for industry, developed during the last decade in Germany and Switzerland) to overcome a substantial set of existing barriers and market imperfections for energy efficiency investments and organisational measures in SMEs. The objective of the project is the transfer, implementation, monitoring and achievements’ e object e o t e p oject s t e t a s e , p e e tat o , o to g a d ac e e e tsevaluation of the energy efficiency networks concept in four EU Member countries (Belgium, Poland, Spain and the United Kingdom).

participates in the project coordinating the Spanish Learning Energy Efficiencyparticipates in the project coordinating the Spanish Learning Energy EfficiencyNetwork.



CIP-IEE-2013.1.2 to be re-submitted to H2020- Secure, clean and efficient energy Programme

A l i ffi i t f t l d t l ki SMEApplying energy efficient measures for metal and metalworking SMEs

Proposal Coordinator:

Objective: IEE-METAL aims to provide EU SMEs with innovative technical, commercial and

Proposal Coordinator:

Proposal Partners: 7

Objective: IEE METAL aims to provide EU SMEs with innovative technical, commercial and financial tools in order for them to overcome the existing barriers that hinder the adoption of energy saving measures. IEE-METAL actions are targeted to Metalworking and Metal Articles (MMA) SMEs, given that the MMA sector is one of the biggest manufacturing sector in Europe and it is mostly composed by SMEs.y p y

Coodinates the proposal with partners (mainly MetalWorking associations) fromCoodinates the proposal with partners (mainly MetalWorking associations) fromSpain, France, Italy and Poland.



Project FASYS: Full Safe and Healthy FactoryHEALTH AND SAFETY

• FASYS project: The FASyS project proposes the• FASYS project: The FASyS project proposes the development of a new knowledge and technology that guarantees, from the design phase , the welfare and comfort of workers in future machining, handling and assembly factories so the workers will become key factors of competitive and differentiation in the new production model

http://www.fasys.es/en/

• Key aspects:Implantation of sensors to monitorize the physicalImplantation of sensors to monitorize the physical and psychological state of the worker, of its working environment and the equipment that uses


sensors


H2020 AIN_Tech Calls of Interest

I d t i l L d hiIndustrial LeadershipINDUSTRIAL LEADERSHIP INTERESTS WHAT can AIN do

Information and Communication A new generation of components and Key Technologies:

Anexos

Technologiesg p

systems: Smart Cyber-Physical Systems Big data and Open Data Innovation and take-up R b ti

y gArtificial Vision, Navigation, Embedded systems, Real-time operating systems, Data

i i D t f iAnexosRobotics mining: Data fusion, Positioning and localization, Communications, Signal processing , Intelligent

Space Applications in Satellite Navigation –GalileoEGNSS applications p g g

information processing, aerial robotics.

pp

Nanotechnologies, advanced t i l bi t h l d

Nanotechnologies, Advanced materials d d ti

Key Technologies: (falta)materials, biotechnology and advanced manufacturing and processing

and production

FoF Factories of the FutureEeB Energy Efficient Building

Industrial application and scaling up of more basic research carried out by other


gy gSPIRE Sustainable Process Industries

ypartners

SME and access to risk finance


H2020 AIN_Tech Calls of Interest

S i t l Ch llSocietal ChallengesSOCIETAL CHALLENGESSecure, clean and efficient energy EE ENERGY EFFICIENCY High value technological

Anexos

, gyA Buildings and consumersB Heating and coolingC Industry and products

g gservices in the field of Industrial Building Construction, Energy

ff dAnexos

LCE COMPETITIVE LOW-CARBON ENERGY Renewable electricity and heating/coolingElectricity gridBiofuels

Efficiency and Optimization, Environment Protection

Climate action, environment, resource efficiency and raw materials

WASTE: a resource to recycle, reuse and recover raw materialsWATER innovation: boosting its value for gEuropeGrowing a low carbon, resource efficient economy with a sustainable supply of raw

t i l


materials


Anexos¡¡ THANK YOU VERY MUCH FOR

YOUR ATTENTION !! Anexos


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