HeterogeneousHeterogeneousTechnology
AlliAllianceHTA GAS ROADMAP
Heterogeneous Technology AllianceRealisation of HTA gas roadmapRealisation of HTA gas roadmap
27-Sep-12 | Page 1
Heterogeneous Technology AllianceHTA gas measurement expertise Device&Component :HTA gas measurement expertise Device&Component :
Fabry-Perot Ultra-microphone Microhotplate Metal oxide sensors ChemFETs Ozone sensor Interferometer
Module :Module : MIR laser modules Tunable IR laser modules QCL μ-sensors Si gas sensors Ceramic sensors
Systems : Multigas sensor FT IR spectrometer FT-IR spectrometer PAS systems Vehicle emission measurement
Applications :Applications : Hg, CO, CO2, H2, NH3, O3 VOC measurement Methane measurement Explosives detectionWine off flavor compounds
27-Sep-12 | Page 2
Wine off-flavor compounds
Heterogeneous Technology AllianceMarket size of gas sensingMarket size of gas sensing
27-Sep-12 | Page 3
Some examples of Gas sensors
Heterogeneous Technology Alliance
Main drivers and solutions for gas measurementsMain drivers and solutions for gas measurements
DRIVERS SOLUTIONS
Environmental legislation steer the development in many areas strongly. International politics and co-operation make their
ff ti d ll h i
Towards portable multi-gas measurement solutions
T d li ti h h deffectiveness gradually more comprehensive.
Standards are driving the development strongly in some fields, but lacking fully in some others.
Towards consumer applications such as hand held devices and gas detector applications in mobile phones.
I f d l t Cost efficiency is even increasingly significant factor in a global competition and in conditions where continuous growth cannot be considered as a basic assumption any more
Increase of modular systems
Increase of system level innovations.
as a basic assumption any more.
Energy price is increasing and emphasizing saving demands of energy.
H lth i b i d Health issues are becoming more and more important due to increasing awareness of well-being and aging trend in many economies.
27-Sep-12 | Page 4
Heterogeneous Technology AllianceHTA Gas sensing technologiesHTA Gas sensing technologies
1) NDIR 4) PAS2) Dispersive 3) Laser)
Tunable filters Multi-λ IRdetector
))
Tunable gratings
Minigassensor
QCL MEMS-PAS
6) Gas chromatography
7) Molecular, chemical, biological, plasmonic
8) Electrical/electrochemical
Monolithic
5) Interferometers
Plasmonic Optical waveguides
Nanoporous
Micro GS
Acoustics Electrical
ResonatorsMicrocalorimetersFTIR
Nanoporousmembranes
Acoustics Electrical
Tuneable QCL MEMS-Gas Resistive flexiblePhotostimulatedMinigasMEMS FPI Miniaturised
27-Sep-12 | Page 5
Tuneable QCLmodule
MEMS Gasmicrocalorimeter
Resistive flexible sensor
Photostimulated ozone sensor
Minigas cell
MEMS FPI a u sedFTIR
Heterogeneous Technology AllianceHTA technology development focusHTA technology development focus
NDIR PAS Make them small but keep throughput high =>
high SNR
Make them batch-producible and robust => high-l li ti
Differential photoacoustic gas sensor
Monolithic QCL-PAS
volume applications
Develop integration and packaging solutions => small size and low price
Add new data dimensions by hyperspectral
LASER Tunable external cavity QCLs.
dd e data d e s o s by ype spect aimaging => imaging applications
New wavelength ranges towards longer TIR area => versatility
Tunable MEMS grating with laser sources
Remote imaging systems
27-Sep-12 | Page 6
Heterogeneous Technology AllianceHTA technology development focusHTA technology development focus
FTIR GAS CHROMATOGRAPHYFTIR Miniaturization of interferometric engines
Utilization of MEMS-technology
GAS CHROMATOGRAPHY Miniaturization MEMS and NEMS cantilevers
for measuring masses down to 10-21 g.
27-Sep-12 | Page 7
Heterogeneous Technology AllianceHTA technology development focusHTA technology development focus
ELECTRICAL AND ELECTROMECHANICAL
Printed semiconductive gas sensor
SiC hot plate gas sensor
Ultragas Ultragas
MEMS-Gas
Photostimulated metal oxide gas sensor
Quartz microbalance
Indoor air quality monitoring system on flex substrate.
Resistive flexible sensor MEMS-Gas microcalorimeter Photostimulated gas sensor
27-Sep-12 | Page 8
Resistive flexible sensor MEMS-Gas microcalorimeter g
Heterogeneous Technology AllianceHTA technology development focusHTA technology development focus
MOLECULAR CHEMICAL BIOLOGICAL PLASMONICMOLECULAR, CHEMICAL, BIOLOGICAL, PLASMONIC Dye/nanoporous membrane -based gas sensing
Planar optical waveguide sensor
VIS to Mid-IR plasmonic sensors
Polymer Photonic Crystal/SERS chip
Plasmonic light harvesting structure (CSEM)Plasmonic light harvesting structure (CSEM)
27-Sep-12 | Page 9
Different manufacturing technologies for polymer‐based photonics (VTT)
Heterogeneous Technology AllianceHTA Gas measurement technology map
NIR/MIR TIRTunable QCL UV
HTA Gas measurement technology map
NIR/MIRPFPI PFPI
Planar opt.waveguide
μGC (NEMS)
Q(MEMS)
Tunablegrating
UVPFPI
CE
Monolithic QCL PAS
1’000 – 10’000 €
MiniGas
UC
T P
RIC
100 – 1000 €
Nanoporous membranes
Multipxluspectrometer
NIR/MIR t bl filt
Plasmonic mid-IR sensorP
RO
DU
Photo-stimulated MOS
MEMS-PASUV and TIR
tuneable filters10 – 100 €
tuneable filter
MEMS-GAS
Ultragas
SiC hot plate
Quartz
Polymer PC/SERS
Printed
MOS
< 10 €
YEARS TO PRODUCT1 - 2 3 - 4 5+ →
Ultragas Quartz microbalance
Printed semiconductor
VTT
F h f
CEA-Leti
CSEM
27-Sep-12 | Page 10
YEARS TO PRODUCTFraunhofer CSEM
Heterogeneous Technology AllianceIndustrial sectors showing market potentialIndustrial sectors showing market potential
ICT sector. As ICTs will become increasingly faster, more efficient, cheaper and ubiquitous, it enables totally new application fields and solutions for gas measurement, for example y gintegration of gas measurement solutions (with more efficient, smaller and cheaper sensors involved) to mobile phones.
Healthcare sector Due to increasing awareness of health issues and information availableHealthcare sector. Due to increasing awareness of health issues and information available. Includes increase of professional gas detection and diagnostic solutions in a short run, wide range of consumer solutions in a longer run.
Automotive industry. Due to increasing urbanization and tightening emissions controlling. Due to aims to maximize the utilization of alternate energy sources as gases of vehicles.
Safety and Security As digitalization continues there is increasing need for improvingSafety and Security. As digitalization continues there is increasing need for improving information risk management. Arise of remote gas solutions will increasingly be integrated in larger safety and security monitoring systems.
Environmental sector as a whole. Mainly due to tightening environmental legislation and enlarging global coverage of them, there is increasing need for wide variety of gas sensing solutions to control the emissions. May enable the emerge of new opportunities for gas detection especially in the water and wastewater industries as there is strong need for more
27-Sep-12 | Page 11
detection especially in the water and wastewater industries as there is strong need for more sustainable water & wastewater treatment solutions.
Heterogeneous Technology AllianceApplications fields for gas sensingpp g g
27-Sep-12 | Page 12
Heterogeneous Technology AllianceSummary of applications and main driversSummary of applications and main drivers
27-Sep-12 | Page 13
Heterogeneous Technology AllianceSummary of HTA Gas roadmap workSummary of HTA Gas roadmap work
27-Sep-12 | Page 14
Heterogeneous Technology AllianceSome conclusions
Some notes can be made on the differenttechnologies as a whole:
Some conclusions that can be drawn from cross-analysis of technology and applications in gas technologies as a whole:
• There is very little direct technologicaloverlap (or competition) even though many ofthe end applications can be the same. Another
y gy pp gsensing:
• All presented technologies have at least goodprospects for a certain application fieldsthe end applications can be the same. Another
way of looking at this is that the HTA alonepossess a multitude of technologicalapproaches to seemingly similar kind ofproblems.
p p pp
• Safety and security and industrial processes drivethe development for many technologies. These can alsowork as driver/starter markets for new technologies,problems.
• Most of the technologies are demonstrated,but the products are expected to appearonly in 3-4 years.
geventually leading to the full set of application domainsto be covered with lower and lower cost devices. Indeed,the lowest cost application fields, consumer marketsand automotive seem to be the most demanding andonly in 3 4 years.
• Looking at the amount of technologies beingdeveloped for different price categoriessuggest that there are two main strategies:
ga lot of future work to be done in making sensors lowerin cost.
suggest that there are two main strategies:1) to make very expensive lab equipmentportable, but still high-performance2) to develop low-cost sensors in highvolumes.
27-Sep-12 | Page 15
o u es
Heterogeneous Technology AllianceHTA ROADMAP-teamHTA ROADMAP team
VTT: Janne Suhonen, Project coordinatorJouko Myllyoja Facilitator of VTT foresight teamJouko Myllyoja, Facilitator of VTT foresight team Jarkko Antila Heikki SaariPentti Karioja
CEA-LETI : Sergio NicolettiClaude VauchierClaude Vauchier
CSEM : Cees LantingSt f C ttStefano Cattaneo
Fraunhofer : Ha-Duong Ngo, IZMg g ,Volker Cimalla, IAF Heinrich Gruger, IPMSHanns-Erik Endres, EMFTRay Saupe ENAS
27-Sep-12 | Page 16
Ray Saupe, ENAS
Top Related