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New Sensing Technologies for Environmental Sustainability in Smart - - PowerPoint PPT Presentation

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European Network on New Sensing Technologies for Air Pollution Control and Environmental Sustainability - EuNetAir COST Action TD1105 CHARACTERIZATION CLUSTER WORKSHOP Sub-Cluster SENSORS European Commission - DG Research & Innovation -

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ESF provides the COST Office through a European Commission contract COST is supported by the EU Framework Programme

European Network on New Sensing Technologies for Air Pollution Control and Environmental Sustainability - EuNetAir COST Action TD1105

CHARACTERIZATION CLUSTER WORKSHOP

Sub-Cluster SENSORS

European Commission - DG Research & Innovation - Directorate KET - Unit “Advanced Materials and Nanotechnologies” Covent Garden, Place Charles Rogier 16, Brussels, 27 November 2014

New Sensing Technologies for Environmental Sustainability in Smart Cities

Michele Penza

COST Action TD1105 Chair ENEA - Brindisi, Italy

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OUTLINE

  • INTRODUCTION:

 My Public Research Organization: ENEA (Italy)  COST Action TD1105: Coordinated Networking

  • SENSORS CLUSTER RECOMMENDATIONS:

 Sensor Technologies: Priorities, Needs, Roadmap  Applications: Environment, Smart Cities, Sustainability

  • SENSORS CLUSTER GOVERNANCE:

 Objectives: Aim, Interlink with other Initiatives  Organization: Coordination & Structuring, Impact

  • CONCLUSIONS
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ENEA: Italian National Agency for New Technologies, Energy

and Sustainable Economic Development 11 Research Centers

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COST Action TD1105 EuNetAir

WG1:

Sensor Materials & Nanotechnologies

WG2:

Sensors, Devices & Systems for AQC

WG4:

Protocols & Standardisation Methods

WG3:

  • Env. Measurements

& Air Pollution Modelling

MANAGEMENT COMMITTEE:

CORE-GROUP & STEERING COMMITTEE

  • Editorial Board
  • Dissemination
  • Training Schools
  • Gender Balance
  • Early Stage Researchers (ESR)
  • Short-Term Scientific Mission (STSM)
  • Intellectual Property Rights (IPR)
  • Local Organizing Committee (LOC)
  • SIG 1: Network of Spin-offs
  • SIG 2: Smart Sensors for Urban Air

Monitoring in Cities

  • SIG 3: Guidelines for Best Coupling Air

Pollutant-Transducer

  • SIG 4: Expert comments for the Revision
  • f the Air Quality EU Directive

I N T E R D I S C I P L I N A R Y I N T E R D I S C I P L I N A R Y S P E C I A L I N T E R E S T G R O U P S S P E C I A L I N T E R E S T G R O U P S

Action Size:

180 Experts from 80 Teams (28 Countries)

www.cost.eunetair.it

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COST Action TD1105 EuNetAir: 28 COST Countries (Parties) have already signed Memorandum of Understanding (MoU) PARTIES: PARTIES:

already accepted MoU: 28 Countries

Austria, Belgium, Bulgaria, Croatia, Czech Republic, Denmark, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Israel, Italy, Latvia, The Former Yugoslav Republic

  • f Macedonia,

Netherlands, Norway, Poland, Portugal, Romania, Serbia, Slovenia, Spain, Sweden, Switzerland, Turkey, United Kingdom. .

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COST Action TD1105 EuNetAir: 7 Non-COST Countries and 8 Non-COST Institutions

Non-COST Countries:

Australia, Canada, China, Morocco, Russia, Ukraine, USA

Non-COST Institutions:

CSIRO (Australia); University of Waterloo (Canada); Chinese Academy of Sciences, Shanghai Institute of Ceramics (China); University of Agadir IBN Zohr (Morocco); National Research Center Kurchatov Institute (Russia); O.M. Marzeiev Institute for Hygiene and Medical Ecology of Academy of Science of Ukraine (Ukraine); Southern Illinois University Carbondale, NASA Ames Research Center (USA).

University University of

  • f Agadir

Agadir IBN IBN Zohr Zohr O.M. O.M. Marzeiev Marzeiev Institute Institute Academy Academy of

  • f Sciences

Sciences of

  • f Ukraine

Ukraine

NNC - Near Neighbour Countries IPC - International Partner Countries

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MC Chair: Michele Penza, ENEA, IT MC Vice Chair: Anita Lloyd Spetz, Linkoping University, SE Grant Holder: Eurice GmbH, Saarbrucken, DE

Country MC Members (54): Male (70%) ‐

Female (30%)

Austria

  • Dr. Anton KOCK

Belgium Dr Jan THEUNIS; Dr Anne‐Claude ROMAIN Bulgaria Dr Dimiter SYRAKOV; Dr Ivan NEDKOV Croatia (NEW Party)

  • Dr. Irena CIGLENECKI‐JUSIC

Czech Republic

  • Dr. Vera KURKOVA; Dr. Zdenek ZELINGER

Denmark

  • Prof. Ole HERTEL

Finland

  • Prof. Kaarle HAMERI; Prof. Jyrki LAPPALAINEN

France

  • Prof. Marcel BOUVET; Prof. Jerome BRUNET

Germany

  • Prof. Andreas SCHUETZE; Dr Corinna HAHN

Greece

  • Prof. George PAPADOPOULOS; Prof. Kostas KARATZAS

Hungary Ms Krisztina LABANCZ; Dr Zita FERENCZI Iceland Dr Arngrimur THORLACIUS Ireland

  • Dr. Francesco PILLA; Prof. John WENGER

Israel

  • Dr. Liad ORTAR; Prof. Hossam HAICK

Italy Dr Michele PENZA; Prof. G. SBERVEGLIERI; Dr. G. DE GENNARO Latvia Dr Iveta STEINBERGA; Dr. Gita SAKALE Macedonia Rep.

  • Dr. Igor ATASANOV; Dr. Ljupcho GROZDANOVSKI

Netherlands Dr Sywert BRONGERSMA; Dr. Ernie WEIJERS Norway Dr Nuria CASTELL BALAGUER; Dr. Philipp SCHENEIDER Poland Dr Monika KWOKA; Prof. Janislaw GAWRONSKI Portugal

  • Prof. Bernadete RIBEIRO; Prof. Carlos BORREGO

Romania Dr Marcel IONICA; Dr Roxana Mioara PITICESCU Serbia

  • Dr. Anka CVETKOVIC

Slovenia Dr Grisa MOCNIK; Dr Rahela ZABKAR Spain

  • Prof. Juan Ramon MORANTE; Prof. Eduard LLOBET VALERO

Sweden

  • Prof. Anita LLOYD SPETZ; Prof. Ingrid BRYNTSE

Switzerland Dr Danick BRIAND; Dr. Nicolas MOSER United Kingdom Dr John SAFFELL; Prof. Roderic JONES Turkey

  • Prof. Zafer ZIYA OZTURK; Prof. Mehmet Fatih DANISMAN

Country MC Substitutes (31)

Austria Dr Stefan DEFREGGER Belgium Dr Julien DELVA Czech Republic

  • Dr. Roman NERUDA

Denmark

  • Dr. Lise Lotte SORENSEN

Finland

  • Prof. Jorma

KESKINEN France Dr Jean SUISSE; Prof. Alain PAULY Germany

  • Dr. Daniela SCHONAUER‐KAMIN
  • Dr. Thomas KUHLBUSCH
  • Dr. Juliane

ROSSBACH Greece

  • Prof. George KIRIKIADIS
  • Dr. Christos

KOULAMAS Italy

  • Dr. Roberto SIMMARANO
  • Dr. Marco ALVISI; Dr. Saverio DE VITO

Macedonia Rep.

  • Dr. Beti

ANGELEVSKA Netherlands

  • Dr. Rene OTJES

Poland

  • Prof. Jacek

SZUBER Portugal

  • Dr. Joao

Paulo TEIXEIRA Romania

  • Dr. Cristina RUSTI; Dr. Marcel Adrian

IONICA Slovenia

  • Prof. Andrej DOBNIKAR

Spain

  • Prof. Albert ROMANO‐RODRIGUEZ
  • Dr. Jordi

LLOSA Sweden Dr Ulf THOLE; Dr. Marina VOINOVA Switzerland Dr Christoph HUEGLIN Turkey

  • Prof. Necmettin

KILINC UK

  • Prof. Julian

GARDNER Dr Robin NORTH; Prof. Florin UDREA

M A N A G E M E N T C O M M I T T E E M A N A G E M E N T C O M M I T T E E

Kick Kick-

  • off
  • ff Meeting at

Meeting at Brussels Brussels on 16 May 2012

  • n 16 May 2012
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Meetings/Workshops/Training Schools planned for upcoming year (Year 3: 1 July 2014 - 30 June 2015):

  • WG1-WG4 Meeting on New Sensing Technologies for Air-Pollution

Monitoring and Start of the Air Quality Joint-Exercise Intercomparison at IDAD - University of Aveiro, Aveiro (Portugal), 13 - 15 Oct. 2014.

  • The 3rd International Workshop of the COST Action TD1105 on

New Trends and Challenges on Air Quality Control at University of Latvia, Riga (Latvia), 26 - 27 March 2015.

  • The Action 3rd International Training School on Atmospheric

Aerosol Physics, Measurements and Sampling at Hyytiala Station of the University of Helsinki, Helsinki (Finland), 2 - 8 May 2015.

Year 3: Scientific Planning of EuNetAir

(1/2)

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MC/WG Meetings planned for the upcoming year (Year 3: 1 July 2014 - 30 June 2015):

  • 3rd SCIENTIFIC MEETING: WGs Meeting and 6th MC Meeting on

Indoor Air Quality Monitoring at Bahcesehir University and GEBZE Institute of Technology, Istanbul (Turkey), 3 - 5 Dec. 2014.

  • 4th SCIENTIFIC MEETING: WGs Meeting and 7th MC Meeting on

Outdoor Air Quality Monitoring at Linkoping University, Linkoping (Sweden), 3 - 5 June 2015.

  • Special Session EuNetAir / Core-Group Meeting to

EUROSENSORS 2014, Brescia (Italy), 7 - 10 September 2014.

  • Special Session EuNetAir / Smart Cities Sensors to

IEEE SENSORS 2014, Valencia (Spain), 2 - 5 November 2014.

Year 3: Scientific Planning of EuNetAir

(2/2)

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Sensors Sub-Cluster: Vision (1/4)

SENSORS for SUSTAINABILITY SENSORS for SUSTAINABILITY

ENVIRONMENTAL CONTROL:

  • Indoor Level
  • Outdoor Level
  • Air, Water Quality

ENVIRONMENTAL CONTROL:

  • Indoor Level
  • Outdoor Level
  • Air, Water Quality

ENERGY EFFICIENCY:

  • CO2 Detection
  • Sensors HVAC
  • VOCs & Odour

ENERGY EFFICIENCY:

  • CO2 Detection
  • Sensors HVAC
  • VOCs & Odour

HEALTH MONITORING:

  • Personal Exposure
  • Chemical Sensing
  • Bio-Sensing

HEALTH MONITORING:

  • Personal Exposure
  • Chemical Sensing
  • Bio-Sensing

MATERIALS & NANOTECHNOLOGIES MATERIALS & NANOTECHNOLOGIES ICT (Sensors, Devices, Systems, Intelligence) ICT (Sensors, Devices, Systems, Intelligence) APPLICATIONS (Smart Cities, Citizens-Science, Communities) APPLICATIONS (Smart Cities, Citizens-Science, Communities)

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Sensors Sub-Cluster: Priorities (2/4)

MATERIALS & NANOTECHNOLOGIES MATERIALS & NANOTECHNOLOGIES

PRIORITY #1: Metal Oxides (MOX): Thin Films, Nanoparticles, Nanowires, Nanotubes, Nanoneedles, Nanoporous Forms of Materials (ZnO, SnO2 , WO3 , TiO2 , InOx , NiO, and magnetic materials Fe3 O4 , doped dielectrics BaSrTiO3 , etc.) PRIORITY #2: Carbon Nano MATerials (CNMAT): Nanotubes, Nanoparticles, Graphene, 1D and 2D-nanostructures and their functionalization and doping PRIORITY #3: Molecular, Organic/Inorganic Materials: Heterostructures (semiconductors, polymers) and Schottky junctions PRIORITY #4: Processing of Low-Cost Sensors on Flexible Substrates:

  • Printing techniques, inkjet printing, spin coating, droplet casting, etc.
  • Template assisted growth of nanostructures

PRIORITY #5: Other Sensitive Materials: biomaterials, enzymes, antibodies, etc. PRIORITY #6: Chemical Modifications of the sensor materials with tuned properties to address selectivity and specific applications PRIORITY #7: Combination of Different Approaches and defining the state-of-art of the best available technologies, for example, to realize smart sensor structures

WG1 EuNetAir: Rome (Dec. 2012) and Cambridge (Dec. 2013) Meetings WG1 Composition: 3 Sub-WG Leaders and 30 Members

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Sensors Sub-Cluster: Priorities (3/4)

ICT (Sensors, Devices, Systems, Intelligence) ICT (Sensors, Devices, Systems, Intelligence)

WG2 EuNetAir: Rome (Dec. 2012) and Cambridge (Dec. 2013) Meetings WG2 Composition: 4 Sub-WG Leaders and 45 Members

PRIORITY #1:

Versatile -Transducers for Integration of Various Nanomaterials: Allow application specific adaptation and low cost Low power (down to W range for single nanowire)

PRIORITY #2:

Dynamic Operation of Sensors to gain more than one signal from a single sensor for higher selectivity and stability as well possible self-monitoring at the sensor module level: Temperature Cycling; Electrical Impedance Spectroscopy (EIS) New Methods: RF, optical, excitation (gas sensitive solar cell), pulsed polarization, mass and dissipation in piezoelectric devices (QCM, SAW, TFBAR, MEMS/NEMS) Modelling of interaction of sensing layer and gas/dust/aerosol

PRIORITY #3:

Selective Filters integrated in sensors or sensor modules

PRIORITY #4:

Dosimeter Approach: integrating sensor response

PRIORITY #5:

Nanoparticle Detection for dust and aerosols

PRIORITY #6:

Intelligent Sensor Modules for NOx , O3 , NH3 , H2 S, SO2 , CO, VOC: Electronics combined with sensor elements

PRIORITY #7:

Intelligent Sensor Nodes and Heterogeneous Networks: Data pre-processing and processing (in node and/or in network: parallel and distributed computing). Energy efficient communication

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Sensors Sub-Cluster: Priorities (4/4)

PRIORITY #1: Sensors for Smart Cities: Pervasive Low-Power, Low-Cost and Accurate Environmental Sensors Mobile Environmental Sensors on Public Transportations Wireless Environmental Sensor Networks for Sustainable and Liveable Cities PRIORITY #2: Sensors for Citizens: Miniaturized Sensors for Smartphones (e.g., Air Quality Monitoring) Low-Cost Sensor Technologies for Safety (e.g., Food Control) Sensor Technologies for Security (e.g., Chemical Threats Control in Subway/Railway/Airport/Port) PRIORITY #3: Sensors for Social Communities: Participatory Sensing by Human Sensors (Citizens): Pedestrians, Bikes, Buses, Trams, etc. Social Sensing: Mapping of Urban Air Quality, Energy Consumption in Buildings, City Scanning.

APPLICATIONS (Smart Cities, Citizens-Science, Communities) APPLICATIONS (Smart Cities, Citizens-Science, Communities)

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  • Micro-Sensors should not substitute but supplement

routine environmental monitoring equipments/devices

  • Future Routine Environmental Networks may look very

different from today and include low-cost and accurate Sensors ?

  • Green Routes through the city or access to information

about air-pollution load at specific local address might be future goals

  • Pervasive low-cost Micro-Sensors for Indoor Energy

Efficiency should be a must for future Green-Buildings

  • What do we want to provide (e.g. AQI) on the long-term in

relation to Routine Monitoring and Public Information to enhance Environmental Awareness ?

Sensors Sub-Cluster: Roadmap 2015-2020

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  • Advanced Functional Materials for Sensor Technologies
  • Wearable Sensors to Monitor Air-Pollution Personal Exposure
  • Mobile Sensing (Smartphones, Tablets, Watches)
  • Fixed Sensor Nodes in Urban Wireless Networks
  • Mobile Sensor Nodes on Public Transports (Buses, Trams, etc.)
  • Sensing City (bikes, city guardians, citizens, etc.)
  • Indoor Energy Efficiency Sensors (VOCs, Formaldehyde, etc)
  • Sensors for Greenhouse Gases Monitoring (CO2

, CH4 , N2 O, etc.)

  • Sensors for Odour Monitoring
  • Sensors for PM Detection at Low-Cost

Sensors Sub-Cluster: Future Research & Innovation

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  • Nanomaterials for AQC sensors
  • Low-cost Gas Sensors
  • Low-power Sensor-Systems
  • Wireless Technology (Environmental Sensors Network)
  • Air Quality Modelling
  • Environmental Measurements
  • Standards and Protocols

Sensors Sub-Cluster: Challenges and Trends

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Sensors Sub-Cluster Governance: Objectives (1/4)

  • Reference-Point for EC DG R&I - KET

 Evaluation of Future Proposals  Bottom-up Approach for Future H2020 Calls  Setup Critical Mass of Expertise to address Barriers  Setup Priorities, R&I Needs, and Roadmap

  • Avoid Fragmentation & Overlapping
  • Synergy & Coordination at EU/National Level
  • Maximize Impact (Social, Economic)
  • EU Leadership in Sensor Technologies
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Sensors Sub-Cluster Governance: Objectives (2/4)

  • Interlink with Other 2 Sub-Clusters:

 Characterization of Sensor Materials & Nanomaterials  Modelling of Sensor Materials  Metrology and Validation  Harmonisation of Environmental Measurements  Standards and Protocols for Data Benchmarking  Other

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Sensors Sub-Cluster Governance: Objectives (3/4)

  • Interlink with Other National/International Initiatives

 COST Action TD1105 EuNetAir  European Energy Research Alliance (EERA)  AQUILA Network - Air Quality Reference National Laboratories (EU Directive Ambient Air EC/2008/50)  Joint Programming Initiative (JPI): Urban Europe  Renaturing Cities Initiative: Indoor Environment Cluster  NanoMATCH Cluster: Nanosystems for Conservation of Cultural Heritage  European Technology Platform on Smart Systems Integration (EPoSS)

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Sensors Sub-Cluster Governance: Organization (4/4)

Working Group 1: Environmental Sensor Technologies Working Group 1: Environmental Sensor Technologies Working Group 2: Sensor Technologies for Energy Efficiency Working Group 2: Sensor Technologies for Energy Efficiency Working Group 3: Sensor Technologies for Health Monitoring Working Group 3: Sensor Technologies for Health Monitoring Working Group 4: Industrial Applications & Commercialization Working Group 4: Industrial Applications & Commercialization Working Group 5: Dissemination & Outreach Webpages; Joint-Workshops; Open Advisory Board Working Group 5: Dissemination & Outreach Webpages; Joint-Workshops; Open Advisory Board

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CONCLUSIONS

The SENSORS Sub-CLUSTER is proposed to solve problems in the area of:

  • Air Quality Control
  • Environmental Sustainability
  • Indoor/Outdoor Energy Efficiency
  • Climate Change Monitoring
  • Health Effects of Air-Pollution & Health Monitoring
  • Industrial Technologies Leadership
  • ENEA is available to steer/chair Cluster SENSORS
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Contact Details & Acknowledgements

MC Chair:

  • Dr. Michele Penza, ENEA, Brindisi, IT

michele.penza@enea.it MC Vice Chair:

  • Prof. Anita Lloyd Spetz

Linkoping University, Linkoping, SE spetz@ifm.liu.se Grant Holder:

  • Dr. Corinna Hahn, Dr. Juliane

Rossbach Eurice GmbH, Saarbrucken, DE c.hahn@eurice.eu; j.rossbach@eurice.eu Science Officer:

  • Dr. Deniz

Karaca deniz.karaca@cost.eu Administrative Officer: Dr. Andrea Tortajada andrea.tortajada@cost.eu CSO Approval: 01 Dec. 2011 Kick-off Meeting: 16 May 2012 Start of Grant: 01 July 2012 End of Grant: 30 June 2016

www.cost.eunetair.it

http://www.cost.eu/domains_actions/essem/Actions/TD1105

Thank Thank you you very very much much for for your your kind kind attention attention ! !

COST Action TD1105: European Network on New Sensing Technologies for Air Pollution Control and Environmental Sustainability - EuNetAir

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CV Penza Michele, ENEA, Brindisi, Italy