For Participants .
Speakers and Poster Presenters
Last Name  |
First Name |
Degree |
Country  |
Institution |
Title |
No. |
|
A
|
||||||||
Abdel-Aal |
Hussein K. |
Prof. |
EG |
Higher Technical Institute Tenth of Ramadan |
Poster: Resources of fossil and non-fossil hydrogen in the Middle East can make fuel cells an attractive choice for transportation: A survey
study |
HP.6 |
||
Acosta Iborra |
Beatriz |
Dr. |
NL |
Joint Research Centre of the European Commission - Institute for Energy |
Poster: GASTEF: The JRC-IE Compressed hydrogen gas tanks testing facility |
SI.1 |
||
Agrafiotis |
Christos |
Dr. |
GR |
Aerosol and Particle Technology Laboratory (APTL) |
Demonstration of Solar Hydrogen Production from Water Splitting via Monolithic Honeycomb Reactors in a 100-kW-Scale Pilot Plant |
HP.2 |
||
Ahrer |
Werner |
AT |
PROFACTOR GmbH |
LCA of a non-thermal production of pure hydrogen from biomass |
HP.1c |
|||
Aiche Hamane |
Lilia |
DZ |
Centre de développement des Energies Renouvelables Bouzaréah |
Poster: Study of hydrogen production from wind power in Algeria |
HP.3a |
|||
Aicher |
Thomas |
Dr. |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Poster: 250 Wel Reformer Fuel Cell System for Bio-Ethanol |
SM.1 |
||
Aicher |
Thomas |
Dr. |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Versatile Fuel Processor for Oxidative Steam Reforming and Catalytic Partial Oxidation of Various Liquid Fuels |
HP.4a |
||
Aikawa |
Kenji |
JP |
Tokai University |
Poster: Reactivity Improvement of Magnesium with Hydrogen by Carbon Nano-Material Mixing |
HS.2a |
|||
Akiba |
Etsuo |
JP |
National Institute of Advanced Industrial Science and Technology (AIST) |
Review Presentation on Metal Hydrides |
HS.2a |
|||
Al-Raqom |
Fotouh |
US |
University of florida |
Poster: Analysis of reaction kinetics for a two-step hydrogen production process utilizing porous iron powder |
HP.2 |
|||
Aldea |
Luis |
ES |
CIDAUT Energy & Environment |
Poster: Design and Development of a 25kW Diesel Fuel Processor |
HP.4a |
|||
Altmann |
Matthias |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Sustainability of Transport Fuels |
TA.4 |
|||
Alvarez-Galvan |
Consuelo |
ES |
Csic- Institute of Catalysis |
Poster: Reforming of diesel fuel for hydrogen production over
catalysts derived from LaCo0.8M0.2O3 (M = Ni, Ru, Fe, Ga) |
HP.4a |
|||
Amao |
Yutaka |
Dr. |
JP |
Oita University |
Visible-light operated biomass-oxygen biofuel cell |
HP.1b |
||
Anderson |
Everett B. |
UK |
Proton Energy Systems, Inc. |
Large Scale PEM Electrolysis for Hydrogen Fueling |
HP.3d |
|||
Andreas |
Jan |
D |
Hochdruck-Reduziertechnik GmbH |
Flexible Hydrogen infrastructure for early projects |
HI.3 |
|||
Anik |
Mustafa |
Prof. Dr. |
TR |
Eskisehir Osmangazi University |
Poster: Improvement of the Electrochemical Hydrogen Storage
Performance of Mg-Based Alloy by the Various Partial Replacement Elements |
HS.2a |
||
Arsalis |
Alexandros |
DK |
Aalborg University |
Poster: Modeling And Simulation Of A Residential Micro-CHP System
Based On HT-PEMFC Technology |
ST.2 |
|||
Aso Aguarta |
Ismael |
ES |
Fha Parque Tecnológico Walqa |
Poster: Aragon Hydrogen Foundation filling station |
HI.1 |
|||
Aso Aguarta |
Ismael |
ES |
Fha Parque Tecnológico Walqa |
Poster: Formula Zero: Development and Kart's Competition Driven by PEM Fuel Cell |
TA.5 |
|||
Aso Aguarta |
Ismael |
ES |
Fha Parque Tecnológico Walqa |
Task 24 " Wind Energy and Hydrogen Integration" |
IP.1b |
|||
Assenbaum |
Daniel |
D |
Friedrich-Alexander Universität Erlangen |
Poster: Hydrogen Production from glucose in ionic Liquids |
HP.4b |
|||
Assenbaum |
Daniel |
D |
Friedrich-Alexander Universität Erlangen |
Poster: Catalytic ammonia decomposition in molten salt and ionic liquid media |
HS.2b |
|||
Auroux |
Aline |
Dr. |
FR |
CNRS |
Poster: Calorimetric and kinetic studies of the catalyzed
hydrolysis of sodium borohydride |
HS.2b |
||
|
B
|
||||||||
Bac |
Nurcan |
Prof. Dr. |
TR |
Yeditepe University |
Poster: High Temperature Proton Exchange Membrane Fuel Cells |
FC.2 |
||
Bai |
Ming-Der |
TW |
Industrial Technology Research Institute |
Poster: A Pilot Study of Nitrogen Composition and Effect on Biohydrogen |
HP.1b |
|||
Baier |
Horst |
Prof. Dr. |
D |
Technische Universität München |
Review Presentation on Aerospace Applications of Hydrogen and Fuel Cells |
SM.2 |
||
Barbier |
Françoise |
Dr. |
FR |
Air Liquide S.A. |
Review Presentation on Hydrogen Distribution Infrastructure for an Energy System: Present Status and Perspectives of Technologies |
HI.1 |
||
Barbir |
Frano |
Dr. |
HR |
University of Split |
Demonstration of a fuel cell powered boat |
TA.5 |
||
Barbir |
Frano |
Dr. |
HR |
University of Split |
Co-Chair |
TA.5 |
||
Barth |
Frédéric |
FR |
Air Liquide |
Getting the most out of research for producing the
standards we need for hydrogen energy applications |
SI.2 |
|||
Barth |
Frédéric |
FR |
Air Liquide |
Co-Chair |
SI.2 |
|||
Basniev |
Kaplan |
Dr. |
RU |
Gubkin Russian State University of Oil and Gas |
Poster: Underground Hydrogen storage problems in Russia |
HS.1 |
||
Bauer |
Michael |
Dr. |
D |
BMW Group |
Development progress of small fuel cell systems for future
vehicles |
SM.3 |
||
Baufumé |
Sylvestre |
D |
Forschungszentrum Jülich GmbH |
Infrastructure issues of decoupled hydrogen/ electricity production with carbon capture and storage |
TA.4 |
|||
Bawa |
Daljit |
CA |
Ballard Power Systems Inc. |
Driving Transit Bus Efficiency & Sustainability
Using Fuel Cells |
TA.1 |
|||
Baxter-Clemmons |
Shannon |
Dr. |
US |
South Carolina Hydrogen and Fuel Cell Alliance |
Hydrogen and Fuel Cells in South Carolina, USA |
SA.7 |
||
Bayle |
Julien |
FR |
Mahytec |
A model to predict the permeation of type IV hydrogen tanks |
HS.1 |
|||
Beck |
Nick R. |
CA |
Natural Resources Canada |
Canadian Hydrogen and Fuel Cell Programs |
IP.1a |
|||
Beckhaus |
Peter |
Dr. |
D |
ZBT Zentrum für BrennstoffzellenTechnik GmbH |
Poster: Analysis of the influence of a filter for traffic-related gaseous and particulate contaminants on PEMFC |
FC.2 |
||
Beckhaus |
Peter |
Dr. |
D |
ZBT Zentrum für BrennstoffzellenTechnik GmbH |
Poster: CarbonNanoTubes (CNT) in bipolar plates for PEM fuel cell applications |
FC.2 |
||
Beckhaus |
Peter |
Dr. |
D |
ZBT Zentrum für BrennstoffzellenTechnik GmbH |
Poster: Sub kilowatt fuel cell systems - solutions for
applications |
SM.4 |
||
Beckhaus |
Peter |
Dr. |
D |
ZBT Zentrum für BrennstoffzellenTechnik GmbH |
Experience in stack development for high temperature PEM fuel cells |
FC.2 |
||
Beermann |
Martin |
AT |
Joanneum Research Forschungsgesellschaft mbH |
The Renewable Hydrogen Fuelling Station of Tomorrow: Cogeneration of Renewable Hydrogen, Oxygen and Heat |
HP.3d |
|||
Beermann |
Martin |
AT |
Joanneum Research Forschungsgesellschaft mbH |
Co-Chair |
HP.3d |
|||
Beermann |
Martin |
AT |
Joanneum Research Forschungsgesellschaft mbH |
Electrolytic cogeneration of renewable hydrogen, oxygen and heat: operational, economic and environmental aspects of a large scale integration |
SA.2 |
|||
Bellosta von Colbe |
Jose M. |
D |
GKSS Forschungszentrum GmbH Geesthaacht |
Poster: Experimental Investigation of an 8 kg - Alanate Hydrogen
Storage Tank |
HS.2b |
|||
Belosludov |
Rodion |
Prof. |
JP |
Tohoku University |
Mixed H2-CH4 hydrates as Materials for Hydrogen Storage |
HS.3 |
||
Bénard |
Pierre |
Prof. |
CA |
Université de Québec à Trois-Rivières |
Flammable extent of hydrogen jets close to surfaces |
SI.1 |
||
Benhamou |
Khalid |
MA |
Sahara Wind Inc. |
Regional Hydrogen Roadmap -Project Development Framework for the Sahara Wind Project |
IP.2 |
|||
Bergmann |
Arno |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Poster: Spatially resolved impedance spectroscopy in PEM fuel cells up to 200°C |
FC.1 |
|||
Bettermann |
Hans |
Prof. Dr. |
D |
Heinrich Heine Universität Düsseldorf |
Online insitu diagnostics of processes within fuel cells by the application of a Raman fiber technique |
FC.1 |
||
Black |
Grainne |
Dr. |
NL |
Joint Research Centre of the European Commission - Institute for Energy |
Poster: Performance Testing of a MOSFET Sensor |
SI.1 |
||
Black |
Grainne |
Dr. |
NL |
Joint Research Centre of the European Commission - Institute for Energy |
Methods for Response and Recovery Time Measurement of
Hydrogen Sensors |
SI.2 |
||
Bo |
Yu |
Dr. |
CN |
Tsinghua University |
Co-Chair |
HP.3b |
||
Bo |
Yu |
CN |
Tsinghua University |
Research Progress of HTSE for Hydrogen Production using Planar SOEC Technology at INET |
HP.3b |
|||
Boaventura |
Jaime |
BR |
Universidade Federal de Bahia |
Poster: Preparation of anode-electrolyte structures using graphite, sodium bicarbonate or citric acid as pore forming agents for application in solid oxide fuel cells |
FC.4 |
|||
Boaventura |
Jaime |
BR |
Universidade Federal de Bahia |
Development of Fe-Ni/YSZ-GDC electro-catalysts for application as SOFC anodes: XRD and TPR characterization, and evaluation in ethanol steam reforming reaction |
FC.4 |
|||
Boaventura |
Jaime |
BR |
Universidade Federal de Bahia |
Electro-catalysts for hydrogen production from ethanol for use in SOFC anodes |
FC.4 |
|||
Boddien |
Albert |
D |
Leibniz-Institut für Katalyse e.V. |
Poster: Improved Hydrogen Generation from Formic Acid |
HS.2b |
|||
Boening |
Achim |
D |
Infraserv GmbH & Co. Höchst KG |
Poster: Demonstration of H2 infrastructure & FCV's |
SA.8 |
|||
Boening |
Achim |
D |
Infraserv GmbH & Co. Höchst KG |
Hydrogen Infrastructure developed in Zero Regio |
SA.8 |
|||
Bolcich |
Juan Carlos |
AR |
Asociacion Argentina del hidrogeno |
Poster: Wind - Hydrogen Demonstration Plant, Pico Truncado, Santa
Cruz, Argentina |
SA.4 |
|||
Borgschulte |
Andreas |
Dr. |
CH |
Empa Switzerland |
Poster: Hydrogen-Deuterium Exchange experiments to probe the decomposition reaction of Complex hydrides |
HS.2b |
||
Borgschulte |
Andreas |
Dr. |
CH |
Empa Switzerland |
Review Presentation on Complex Hydrides |
HS.2b |
||
Börsch |
Michael |
CH |
WEKA AG |
Automatic Refuel Coupling for Liquid Hydrogen Tank Lorries |
HI.1 |
|||
Borzenko |
Vasily |
RU |
Joint Institute for High Temperatures of RAS |
Reversible Solid State Hydrogen Storage System Integrated with PEM Fuel Cell |
HS.2a |
|||
Bose |
Probir |
Dr. |
IN |
NIT Silchar and NIT Agartala |
Poster: An experimental study of the emission reduction potential
of hydrogen in a diesel engine under EGR operation |
TA.3 |
||
Botas Echevarría |
Juan Angel |
ES |
Rey Juan Carlos University |
Poster: Ordered mesoporous carbons as catalysts with remarkable activity and stability for hydrogen production without CO2 emissions by CH4 decompostion |
HP.4a |
|||
Botas Echevarría |
Juan Angel |
ES |
Rey Juan Carlos University |
Poster: Influence of metal doping of a MOF-74 framework on hydrogen adsorption |
HS.3 |
|||
Bouallou |
Chakib |
FR |
MINES ParisTech |
How to improve the public perception of hydrogen? |
SA.3 |
|||
Brachmann |
Thomas |
D |
Honda R&D Europe (Deutschland) GmbH |
The Honda FCX Clarity - A viable Fuel Cell Electric Vehicle for today and beyond 2015? |
TA.1 |
|||
Brenscheidt |
Ulrich |
D |
Ritter Elektronik Mechatronik GmbH |
Poster: The PEM fuel cell management system, a combination of high
efficient DC/DC converter, support hardware and specific control strategy |
ST.2 |
|||
Brinkhaus |
Matthis |
D |
Hochschule Ansbach |
Poster: Solar-hydrogen based autonomous electric power system in operation |
SM.1 |
|||
Brodmann |
Michael |
Prof. Dr.-Ing. |
D |
Hochschule Gelsenkirchen |
Poster: Modular fuel cell system |
FC.2 |
||
Bruggink |
Jos J. C. |
Prof Dr. |
NL |
Energy Research Centre of the Netherlands |
The Economic Feasibility of a Sustainable Hydrogen
Economy |
SA.3 |
||
Brunstermann |
Ruth |
D |
University Duisburg-Essen |
Development of a Combined Bio-Hydrogen- and Methane-Production Unit Using Dark Fermentation |
HP.1b |
|||
Budd |
Geoffrey |
CA |
Ballard Power Systems Inc. |
Poster: Utilizing Renewable Energy Resources for Distributed
Power |
ST.2 |
|||
Bünger |
Ulrich |
Dr. |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Analysis of hydrogen storage in porous adsorption materials |
HS.3 |
||
Bünger |
Ulrich |
Dr. |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Development Status of Hydrogen and Fuel Cells - Europe |
SA.1 |
||
Bünger |
Ulrich |
Dr. |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Overview and Status Quo of the NextHyLights Project |
SA.5 |
||
Bünger |
Ulrich |
Dr. |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
H2moves Scandinavia - Status of the first European
Lighthouse Project to demonstrate hydrogen fuel cell cars in Scandinavia |
TA.5 |
||
Bunzeck |
Ingo |
NL |
Energy Research Centre of the Netherlands |
Building a hydrogen refuelling infrastructure in the Netherlands: influencing factors from the car drivers' perspective |
SA.3 |
|||
Bunzeck |
Ingo |
NL |
Energy Research Centre of the Netherlands |
Co-Chair |
SA.3 |
|||
Burgess |
Steven |
UK |
Imperial College London |
Investigating the link between fermentative metabolism and hydrogen production in the unicellular green alga Chlamydomonas reinhardtii |
HP.1b |
|||
Burghardt |
Heike |
D |
Deutsches Zentrum für Luft- und Raumfahrt e.V. |
Poster: Two-step water splitting by cerium oxide-based redox pairs |
HP.2 |
|||
|
C
|
||||||||
Calles |
Jose Antonio |
ES |
Rey Juan Carlos University |
Poster: Hydrogen Production by Ethanol Steam Reforming on Ni/SiO2 catalysts: Effect of Ce and Zr Incorporation |
HP.4b |
|||
Calles |
Jose Antonio |
ES |
Rey Juan Carlos University |
Poster: Comparison of composite Pd-Ag and Pd-Cu membranes over PSS supports for hydrogen separation |
HP.5 |
|||
Cao |
Changqing |
CN |
Xi'an Jiaotong University |
Hydrogen Production by Supercritical Water Gasification of Alkaline Black Liquor |
HP.4a |
|||
Capurso |
Giovanni |
IT |
Università di Padova |
Pellets of MgH2-Based Composites as practical material for solid state hydrogen storage |
HS.2a |
|||
Castrillo Mainé |
Lorenzo |
ES |
Aragon Hydrogen Foundation |
Poster: Hybrid installation to cover isolated electrical consumptions with Hydrogen storage (IH2 Project) |
ST.2 |
|||
Castrillo Mainé |
Lorenzo |
ES |
Aragon Hydrogen Foundation |
Desing of a metal hydride |
HS.2a |
|||
Ceviz |
Yucel |
TR |
UNIDO-ICHET |
Poster: Light Mobility Applications towards Public Education and
Research |
SA.4 |
|||
Chacón |
Esther |
ES |
Instituto Naciónal de Técnica Aerospacial (INTA) |
Poster: Remote telecom system including photovoltaic energy and H2 production by electrolysis |
SM.1 |
|||
Chacón |
Esther |
ES |
Instituto Naciónal de Técnica Aerospacial (INTA) |
Poster: Unmanned Aerial Vehicle driven by Fuel Cell technology, AVIZOR |
SM.2 |
|||
Chahine |
Richard |
CA |
Université de Québec à Trois-Rivières |
Adsorption-Based Hydrogen Storage System |
HS.3 |
|||
Chang |
Min-Hsing |
TW |
Tatung University |
Poster: A membraneless hydrogen/air fuel cell with a liquid
electrolyte |
FC.2 |
|||
Chang |
Feng-Yuan |
TW |
Feng Chia University |
Hydrogen and methane production from condensed molasses fermentation soluble by a two-stage anaerobic process |
HP.1b |
|||
Changfeng |
Yan |
Prof. |
CN |
Guangzhou Institute of Energy Conversion |
Poster: Hydrogen Production by Steam Reforming of Bio-Oil Aqueous Fraction over Ni/CeO2-Zro2 Catalyst |
HP.4b |
||
Charbonneau |
Thomas |
CA |
Air Liquide Canada |
Challenges with the largest commercial H2 fueling station in the world |
HI.1 |
|||
Chen |
Pei-Chung |
TW |
Hung-Kuang University |
Poster: Hydrogen Production by Anabaena sp. CH1 with Two-stage
Process |
HP.1a |
|||
Chen |
Yubin |
CN |
Xi'an Jiaotong University |
Poster: A novel one-step hydrothermal method for the preparation
of Cd1-xZnxS/titanate nanotubes composites for photocatalytic hydrogen production |
HP.7 |
|||
Chen |
Donna |
AU |
University of Sydney |
Poster: Study of ZnO-ZnS composite as Photocatalyst in The
Water Splitting Reaction |
HP.7 |
|||
Chen |
Songzhe |
Dr. |
CN |
Tsinghua University |
Relationship between density and composition of HI-I2-H2O in I-S process |
HP.2 |
||
Cheng |
Sheng-Shung |
TW |
National Cheng Kung University |
Poster: Biochemical Hydrogen Potential Assessment with Anaerobic Batch Biodegradation of Organic Leachate from Aerobic Bio-leaching Bed Feeding Kitchen Waste and Napier Grass |
HP.1b |
|||
Cheng |
Sheng-Shung |
TW |
National Cheng Kung University |
Biohydrogen Fermentation of Mixed Liquid of Kitchen Waste and Napiergrass with Anaerobic Fluidized Bed Process |
HP.1b |
|||
Chiba |
Seiki |
Dr. |
JP |
SRI International Advanced R&D Project Development |
Poster: Novel Electric Generators Using Electroactive Polymer Artificial Muscle (EPAM) |
HP.3a |
||
Chica Lara |
Antonio |
Dr. |
ES |
Universidad Politécnica de Valencia |
Delaminated zeolites as support of active metals for the preparation of highly active and selective catalysts for hydrogen production. Steam reforming of bioethanol. |
HP.4b |
||
Chica Lara |
Antonio |
Dr. |
ES |
Universidad Politécnica de Valencia |
Co-Chair |
HP.4b |
||
Christiansen |
Niels |
Dr. |
DK |
Topsøe Fuel Cell A/S |
Review Presentation on High-Temperature Fuel Cells |
ST.1 |
||
Ciotti |
Michael |
US |
Linde LLC. |
Hydrogen for powered industrial trucks |
HI.3 |
|||
Claassen |
Pieternel |
NL |
Wageningen University |
Review Presentation on HYVOLUTION: Non-Thermal production of hydrogen from biomass |
HP.1c |
|||
Cocchi |
Stefano |
Dr. |
IT |
University of Bologna |
Poster: Two-step methanol reforming: a redox cycle approach for the production of H2 |
HP.4a |
||
Colmenares Rausseo |
Luis César |
Dr. |
D |
Ulm University |
PEMFC cathode catalyst degradation: model study on the stability and ORR performance of Pt/C and PtCo/C electrocatalysts |
FC.1 |
||
Conradi |
Oliver |
D |
3M Fuel Cell Components Program |
Poster: DMTA studies on mechanical properties of fuel cell membranes |
FC.2 |
|||
Conradi |
Oliver |
Dr. |
D |
3M Fuel Cell Components Program |
Characterization of Membranes for Fuel Cell Applications: Challenges in Translating Ex-Situ Properties into In-Situ Performances |
FC.2 |
||
Contestabile |
Marcello |
UK |
Imperial College London |
Techno-economic and market assessment of decentralised hydrogen production technologies for early markets in the UK |
HP.6 |
|||
Contreras |
Alfonso |
Dr. |
ES |
Universidad Nacional de Educación a Distancia (UNED) |
Poster: Energetic, Exergetic, Thermoeconomic and Environmental Analysis of various systems for the cogeneration of biogas produced by an UWTP(1) |
IP.2 |
||
Cook |
Shawn |
CA |
Canadian Hydrogen and Fuel Cell Association |
Poster: Summary of Results and Learning Experiences from the
Vancouver Fuel Cell Vehicle Program |
TA.5 |
|||
Cormos |
Calin-Cristian |
Prof. |
RO |
Babes-Bolyai University |
Poster: Hydrogen production from coal and biomass co-gasification
process with carbon capture and storage |
HP.4a |
||
Corneille |
Marcel |
D |
Ingenieurbüro EMCEL |
Poster: Fuel cell and hydrogen (FCH2) technology creates business opportunities beyond products and applications |
SA.3 |
|||
Costanzo |
Lorenzo |
AU |
University of Sydney |
Latex-supported, dye-sensitised, TiO2 core shell spheres, for the photocatalytic generation of hydrogen from water |
HP.7 |
|||
Cremers |
Carsten |
Dr. |
D |
Fraunhofer-Gesellschaft, ICT-Institut |
Direct Converting Low Temperature Bio-Ethanol Fuel Cells |
FC.3 |
||
Crotogino |
Fritz |
D |
KBB Underground Technologies |
Large scale Hydrogen Underground Storage for Securing Future Energy Supplies |
HS.1 |
|||
|
D
|
||||||||
da Silva Ferreira |
Ana Filipa |
Dr. |
PT |
Instituto Superior Técnico |
Poster: Analysis of energy consumption and CO2 emissions of the life cycle of bio-hydrogen applied to the Portuguese road transportation sector |
SA.2 |
||
da Silva Pinto |
Cristiano |
BR |
Universidade Estadual de Campinas |
Poster: Financial Investments in Fuel Cells and Hydrogen Projects in Brazil |
IP.1a |
|||
Das |
Lalit Mohan |
Prof. |
IN |
Indian Institute of Technology Delhi |
Implications of combustion parametes on the performance of a hydrogen-fuelled researche engine |
TA.3 |
||
de Bruijn |
Frank |
NL |
Energy Research Centre of the Netherland |
Co-Chair |
HP.3c |
|||
de Miranda |
Paulo Emílio V. |
Prof. |
BR |
Universidade Federal do Rio de Janeiro |
Poster: Strategies for The Commercial Introduction of
Modular Low Power Fuel Cells |
SA.5 |
||
de Miranda |
Paulo Emílio V. |
Prof. |
BR |
Universidade Federal do Rio de Janeiro |
Co-Chair |
FC.4 |
||
de Miranda |
Paulo Emílio V. |
Prof. |
BR |
Universidade Federal do Rio de Janeiro |
Brazilian Hybrid Electric Fuel Cell Bus |
TA.5 |
||
de Réals |
Guy |
FR |
Air Liquide |
Review Presentation on Off-Grid Power Supply and Premium Power Generation |
SM.1 |
|||
de Valladares |
Mary-Rose |
US |
M.R.S. Enterprises LLC. |
IP.1b |
||||
de Valladares |
Mary-Rose |
US |
M.R.S. Enterprises LLC. |
New Hydrogen Outreach Program for Education (New HOPE): an
American Case Study |
SA.4 |
|||
Deka |
Dhanapati |
Dr. |
IN |
Tezpur University Energy |
Poster: Photo-catalytic activity of Indium Titanate and doped
Indium Titanate on hydrogen production |
HP.7 |
||
del Pilar Anzola Rojas |
Mélida |
BR |
Universidade de São Paulo |
Poster: Biohydrogen production with anaerobic sludge using granulated tire supported fluidized bed reactor |
HP.1b |
|||
del Pilar Anzola Rojas |
Mélida |
BR |
Universidade de São Paulo |
Poster: Effect of alkalinity and organic loading rate in the fermentative H2 production from an anaerobic fluidized bed reactor |
HP.1b |
|||
del Pilar Anzola Rojas |
Mélida |
BR |
Universidade de São Paulo |
Poster: Influence of the Carbon/Nitrogen ratio on the hydrogen production in a fixed-bed anareobic reactor |
HP.1b |
|||
Delfrate |
Alessandro |
IT |
Uhdenora S.p.A. |
Integration of fuel cells systems into chlor alkali plants: the chlorine industry perspective |
HI.3 |
|||
Delmelle |
Renaud |
BE |
Université catholique de Louvain |
In-situ study of hydriding kinetics in Pd-based thin film
systems |
HS.2b |
|||
Demirci |
Umit Bilge |
Dr. |
FR |
Université Claude Bernard Lyon |
Ammoniaborane and sodium borohydride: boron hydrides as
hydrogen storage materials intended to specific and different applications |
HS.2b |
||
Demuth |
Martin |
D |
Max-Planck-Institut |
Review Presentation on Water splitting and electricity with semiconducting silicides in sunlight |
HP.7 |
|||
Dennison |
Stephen |
Dr. |
UK |
Imperial College London |
Poster: Characterisation of Fe2O3 for Hydrogen Production using Solar Energy |
HP.7 |
||
Dennison |
Stephen |
Dr. |
UK |
Imperial College London |
Co-Chair |
HP.7 |
||
Dennison |
Stephen |
Dr. |
UK |
Imperial College London |
IrO2 Nanoparticle-decorated Water Oxidation Catalysts for Semiconductor Photoanodes |
HP.7 |
||
Deo Androga |
Dominic |
TR |
Middle East Technical University |
Hydrogen Production by Photosynthetic Bacteria Rhodobacter capsulatus Hup-Strain on Acetate in Continuous Panel Photobioreactors |
HP.1a |
|||
Dewaki |
Masayuki |
JP |
Yokohama National University |
Poster: Enhancement of hydrogen yield from glucose by disrupting
NADH:Ubiquinone Oxidoreductase of Enterobactor aerogenes |
HP.1b |
|||
Dey |
Randy |
CA |
The CCS Global Group Inc. |
Review Presentation on Regulations, Codes, Standards and Test Methods |
SI.2 |
|||
Dicks |
Andrew |
AU |
University of Queensland |
Hydrogen Energy Research and Collaboration in Australia |
IP.2 |
|||
Dietrich |
Philipp |
CH |
Paul Scherrer Institut |
Potential of Hydrogen-Oxygen Fuel Cells in the
Transportation Sector |
TA.4 |
|||
Dietrich |
Philipp |
CH |
Paul Scherrer Institut |
Co-Chair |
TA.4 |
|||
Dincer |
Ibrahim |
Dr. |
CN |
University of Ontario |
Poster: Comparison of some on-board hydrogen production options |
HI.1 |
||
Dincer |
Ibrahim |
Dr. |
CA |
University of Ontario |
Thermodynamic performance comparison of some renewable and non-renewable hydrogen production processes |
HP.2 |
||
Dincer |
Ibrahim |
Dr. |
CA |
University of Ontario |
Poster: Thermoeconomic analysis of a copper-chlorine thermochemical cycle for nuclear-based hydrogen production |
HP.2 |
||
Dincer |
Ibrahim |
Dr. |
CA |
University of Ontario |
Solid Oxide fuel cell and biomass gasification systems for better efficiency and environmental impact |
FC.5 |
||
Dincer |
Ibrahim |
Dr. |
CA |
University of Ontario |
Exergoeconomic Analysis of a Copper-Chlorine
Thermochemical Cycle for Nuclear-Based Hydrogen Production |
HP.2 |
||
Dincer |
Ibrahim |
Dr. |
CA |
University of Ontario |
Review Presentation on Environmental Impact of Hydrogen Technologies |
IP.3 |
||
Dittmeyer |
Roland |
Prof Dr. |
D |
Karlsruhe Institute of Technology (KIT) |
Development of a compact steam reformer using a palladium membrane for the production of hydrogen |
HP.5 |
||
Dittmeyer |
Roland |
Prof Dr. |
D |
Karlsruhe Institute of Technology (KIT) |
Co-Chair |
HP.5 |
||
Dorda |
Andreas |
AT |
Federal Minitry of Transport, Austria |
Co-Chair |
TA.6 |
|||
Dow |
Stewart |
UK |
Linde Group |
Hydrogen Fuel Cells: a new technology for portable power
generation |
SM.4 |
|||
Dow |
Stewart |
UK |
Linde Group |
Co-Chair |
SM.4 |
|||
Dufour |
Javier |
Dr. |
ES |
Rey Juan Carlos University |
Poster: Water gas shift reaction over magnetite-based catalysts in membrane reactor conditions |
HP.4a |
||
Dufour |
Javier |
Dr. |
ES |
Rey Juan Carlos University |
Life cycle assessment of hydrogen production processes: steam reforming of natural gas, ethanol and bioethanol |
SA.2 |
||
Dunikov |
Dmitry |
Dr. |
RU |
Joint Institute for High Temperature of RAS |
Poster: Development of intermetallic compounds for hydrogen supply system integrated with PEM fuel cell |
HS.2a |
||
Dunikov |
Dmitry |
Dr. |
RU |
Joint Institute for High Temperatures of RAS |
Optimization of heat transfer in metal hydride reactor |
HS.2a |
||
Dupont |
Maxime |
FR |
Air Liquide |
Hychain : assessment of the development and
deployment of several fleets of small hydrogen powered hybrid vehicles |
SA.7 |
|||
|
E
|
||||||||
Edelmann |
Achim |
D |
Gräbener Maschinentechnik GmbH & Co. KG |
Poster: Gräbener Maschinentechnik - Your Service Provider for the Development and Serial Production of Metallic Separator Plates for Fuel Cells |
FC.2 |
|||
Ehret |
Oliver |
Dr. |
D |
NOW Nationale Organisation Wasserstoff- und Brennstoffzellentechnologie |
Introducing Hydrogen as a Future Fuel: Strategies and Activities in Germany |
SA.1 |
||
Eichlseder |
Helmut |
Prof. Dr. |
AT |
Technische Universität Graz |
Review Presentation on Hydrogen Internal Combustion Engines |
TA.3 |
||
Ekdunge |
Per |
Dr. |
SE |
PowerCell Sweden AB |
APU systems for automotive applications |
SM.3 |
||
Ekdunge |
Per |
Dr. |
SE |
PowerCell Sweden AB |
Co-Chair |
SM.3 |
||
Elder |
Rachael |
Dr. |
UK |
University of Sheffield, Department of Chemical and Process Engineering |
Poster: Low Temperature Separations in the Sulphuric Acid
Decomposition Stage of the Sulphur Iodine and Hybrid Sulphur Thermochemical
Water Splitting Cycles |
HP.2 |
||
Elder |
Rachael |
Dr. |
UK |
University of Sheffield |
Improving Sulphur Dioxide Yield in the Sulphuric Acid Thermal Decomposition Process through the Application of High Temperature Ceramic Membrane Separations |
HP.2 |
||
Eliezer |
Dan |
Prof. |
CH |
C.En |
An Innovative Technology for Hydrogen Storage in Portable
and Mobile Systems |
HS.1 |
||
Elter |
John F. |
Dr. |
US |
University of Albany |
Review Presentation on Fuel Cells for Buildings |
ST.2 |
||
Emonts |
Bernd |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Contributions to Education and Training Made by
Institutional Research |
SA.4 |
||
Engebø |
Angunn |
NO |
DNV Cleaner Energy Norway |
Safety distances for hydrogen refuelling stations |
SI.1 |
|||
Eroglu |
Inci |
Dr. |
TR |
Middle East Technical University |
Poster: Preparation and Characterization of Nafion/Titanium Dioxide Nanocomposite Membranes for Proton Exchange Membrane Fuel Cells |
FC.2 |
||
Eroglu |
Inci |
Dr. |
TR |
Middle East Technical University |
Poster: The Effect of Temperature and Light Intensity on Hydrogen Production by Rhodobacter capsulatus |
HP.1a |
||
Eroglu |
Inci |
Dr. |
TR |
Middle East Technical University |
Development of a 100W PEM fuel cell stack for portable applications |
SM.4 |
||
Evers |
Arno A. |
D |
FAIR-PR |
Poster: Establishing a Model for a Hydrogen-Oriented Society |
SA.5 |
|||
Evers |
Chacón |
ES |
Instituto Naciónal de Técnica Aerospacial (INTA) |
Poster: The HyRREG Project: A Roadmap for SUDOE |
SA.7 |
|||
|
F
|
||||||||
Fanhua |
Ma |
CN |
Tsinghua University |
Performance and Emission Characteristics of a Turbocharged
CNG Engine Fueled by Hydrogen-Enriched Compressed Natural Gas with High
Hydrogen Ratio |
TA.3 |
|||
Felderhoff |
Michael |
Dr. |
D |
Max-Planck-Institut |
Unstable Complex Hydrides as new hydrogen storage materials |
HS.2b |
||
Felderhoff |
Michael |
Dr. |
D |
Max-Planck-Institut |
Co-Chair |
HS.2b |
||
Fell |
Hans Jörg |
Dr. |
NO |
Hydrogen Technologies |
Flexible production of hydrogen from sun and wind: challenges and experiences |
HP.3c |
||
Fernandes |
Tomas Rei |
PT |
Institute Superior Técnico |
Platform for promoting a hydrogen economy in southwest Europe : the HYRREG Project |
SA.7 |
|||
Ferre Aracil |
Jesús |
ES |
Instituto Tecnológico de la Energía |
Poster: New composite membranes for using in a PEM electrolyzer |
HP.3d |
|||
Fiechter |
Sebastian |
Dr. |
D |
Helmholtz Zentrum Berlin |
Poster: Electrocatalysts for the Oxygen Reduction Reaction based on the Oxalate-supported Pyrolysis of FeTMPPCl |
FC.1 |
||
Fiechter |
Sebastian |
Dr. |
D |
Helmholtz Zentrum Berlin |
Poster: Nanocrystalline transition metal oxides and sulfides as efficient electro-catalysts for water oxidation |
HP.7 |
||
Fiechter |
Sebastian |
Dr. |
D |
Helmholtz Zentrum Berlin |
Poster: Efficient and stable photoelectrocatalysis with an Ultrathin Rhodium / Oxide / Epitaxial InP-Thin Film Structure |
HP.7 |
||
Fischedick |
Manfred |
Dr. |
D |
Wuppertal Institute for Climate, Environment and Energy |
Review Presentation on Fuel provision for early market applications |
HI.3 |
||
Fischer |
Claus |
Dr. |
D |
Heliocentris Energiesysteme GmbH |
Poster: Off-grid energy systems with fuel cell technology: A challenge for technical training |
SM.1 |
||
Flanz |
Sabine |
D |
Ford Research Center Aachen |
Experiences from 5 Years of Fuel Cell Vehicle Fleet
Operation |
TA.5 |
|||
Fofana |
Daouda |
CA |
Université de Québec à Trois-Rivières |
Poster: Dynamic Modeling of the Water Balance in the Cathode Gas Diffusion Layer of Polymer Electrolyte Fuel Cells |
FC.5 |
|||
Fornol |
Gregor |
Dipl.-Kfm. |
NL |
H2Fuel-Systems B.V. |
Poster: Making Hydrogen work - sustainable, emission-free energy carrier for local power generation on demand |
HS.2b |
||
Frischauf |
Norbert |
NL |
Joint Research Centre of the European Commission - Institute for Energy |
Poster: The NESSHY Hydrogen Sorption Properties Database |
HS.2b |
|||
Froeschle |
Peter |
D |
Daimler AG |
Review Presentation on Fuel Cell Power Trains |
TA.1 |
|||
Furlan |
André Luis |
BR |
The University of Campinas |
Poster: Comparative Analysis of Photovoltaic Power Storage Systems by means of Batteries and Hydrogen in Remote Areas of the Amazon Region of Brazil |
HP.6 |
|||
Furusawa |
Takeshi |
Dr. |
JP |
Utsunomiya University |
Poster: The cycle use test of Pt based catalyst for the steam
reforming of naphthalene/benzene as model tar compounds of biomass gasification |
HP.4b |
||
|
G
|
||||||||
Garche |
Jürgen |
Prof. Dr. |
D |
FCBAT |
German-Chinese H2&FC Activities in the Framework of the German-Chinese Sustainable Fuel Partnership (GCSFP) |
IP.1a |
||
Garche |
Jürgen |
Prof. Dr. |
D |
FCBAT |
Review Presentation on Portable Application and Light Traction |
SM.4 |
||
Garcia |
Gabriel |
ES |
CENER Renewable Energies |
Poster: Definition and analysis of a hydrogen integrated building
in Andalucía, Spain |
ST.2 |
|||
Garcia-Conde |
Antonio |
Dr. |
US |
IEA HIA |
Review Presentation on IEA HIA: A Sustainable International Framework & Strategies for Collaborative RD&D in Hydrogen Energy |
IP.1b |
||
Garcia-Conde |
Antonio |
Dr. |
ES |
Instituto Naciónal de Técnica Aerospacial (INTA) |
Co-Chair |
IP.2 |
||
Garland |
Nancy L. |
Dr. |
US |
U.S. Department of Energy |
Co-Chair |
SA.1 |
||
Garland |
Nancy L. |
Dr. |
US |
U.S. Department of Energy |
Stationary Applications in the Fuel Cell Technologies Program of the U-S. Department of Energy |
SA.1 |
||
Gasior |
Pawel |
PL |
Wroclaw University of Technology |
Poster: Smart fibre optic methods for structural health monitoring of high pressure vessels for hydrogen storage |
SI.1 |
|||
Gasteiger |
Hubert A. |
D |
Technische Universität München |
Review Presentation on Electrocatalysis and Catalyst Degradation in Proton Exchange Membrane Fuel Cells |
FC.1 |
|||
Gebert |
Matthias |
Dr. |
IT |
Solvay Solexis S.p.A |
AQUIVION The short-side-chain and low-EW PFSA for next generation PEFCs expands production and utilization |
FC.1 |
||
Gerteisen |
Dietmar |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Investigating the impact of liquid water in a PEFC by Electrochemical Impedance Spectroscopy |
FC.1 |
|||
Giaconia |
Alberto |
Dr. |
IT |
ENEA-Italian Agency for New Technologies, Energy and the Environment |
Poster: Analysis and Development of the Bunsen Section in the
Sulfur-Iodine Process |
HP.2 |
||
Glüsen |
Andreas |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Manufacturing Technologies for Direct Methanol Fuel Cells
(DMFCs) |
FC.3 |
||
Gnörich |
Bruno |
D |
RWTH Aachen University |
Poster: Comparative Life-cycle Analysis of Hydrogen Fuel Cell Vehicles |
TA.1 |
|||
Goldbach |
Andreas |
Dr. |
CN |
Dalian Institute of Chemical Physics |
Long term stability of water gas shift Pd membrane reactors for CO2 capture |
HP.5 |
||
Gorensek |
Maximilian B. |
Dr. |
US |
Savannah River National Laboratory |
The Effect of Anolyte Product Acid Concentration on Hybrid
Sulfur Cycle Performance |
HP.2 |
||
Gorensek |
Maximilian B. |
Dr. |
US |
Savannah River National Laboratory |
Co-Chair |
HP.2 |
||
Goula |
Maria |
GR |
Technological Educational Institute of |
Poster: Studies over x%Ni/10%CeO2 -Al2O3 catalysts for dry
reforming and combined dry and steam reforming of methane for hydrogen
production |
HP.4a |
|||
Goula |
Maria |
GR |
Technological Educational Institute of |
Poster: Bioenergy: Hydrogen vs Biofuels using LCA |
SA.2 |
|||
Gourdoupi |
Nora |
Dr. |
GR |
Advent Technologies |
High Temperature PEM FCs based on Advent TPS® technology |
ST.2 |
||
Grasman |
Ronald |
D |
Daimler AG |
Fuel-Cell Fleet demonstration |
SA.8 |
|||
Gromov |
Alexander A. |
Dr. |
RU |
Tomsk Polytechnic University |
Poster: The effect of the Self-Heating Rate on Hydrogen Generation in Quasi-Adiabatic Systems "Aluminum Nanopowder - Water" |
HS.2a |
||
Grooß |
Jens-Uwe |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Co-Chair |
IP.3 |
||
Grooß |
Jens-Uwe |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Impact of H2 emissions of a global hydrogen economy on the
stratosphere |
IP.3 |
||
Grube |
Thomas |
D |
Forschungszentrum Jülich GmbH |
Review Presentation on Systems Analysis and Well-to-Wheel Studies |
TA.4 |
|||
Grün |
Emanuel |
Dr. |
D |
Emschergenossenschaft/Lippeverband |
Hydrogen Production as part of Sustainable Use of Energy
in Wastewater Treatment Plants |
IP.2 |
||
Grünewald |
Phillipp |
UK |
Imperial College London |
Techno-Economics of Distributed Generation and Storage of Solar Hydrogen |
HI.2 |
|||
Grünewald |
Phillipp |
UK |
Imperial College London |
Co-Chair |
HI.2 |
|||
Gstoehl |
Daniel |
Dr. |
CH |
Paul Scherrer Institut |
Towards Industrial Solar Production of Zinc and Hydrogen -Modeling and Design of a 100 kW Solar Pilot Reactor for ZnO Dissociation |
HP.2 |
||
Guo |
Penghui |
CN |
Xi'an Jiaotong University |
Poster: Study on the optical properties, crystal growth and
photocatalytic activity of Ni-doped TiO2 nanoparticles |
HP.7 |
|||
Guzy |
Christopher |
Dr. |
CA |
Ballard Power Systems Inc. |
Fuel Cell Systems in Extended Duration Emergency
Backup Power Applications |
ST.2 |
||
|
H
|
||||||||
Haanappel |
V.A.C. |
D |
Forschungszentrum Jülich GmbH |
Evaluation of the Electrical Contact Area at the SOFC Cathode. |
FC.4 |
|||
Hafez |
Hisham |
US |
University of Western Ontario |
A novel biological hydrogen production system: impact of organic loading |
HP.1b |
|||
Hajjaji |
Noureddine |
TN |
Nancy-Université |
Poster: An exergetic life cycle assessment for improving hydrogen production by steam methane reforming |
SA.2 |
|||
Hake |
Jürgen-Friedrich |
D |
Forschungszentrum Jülich GmbH |
Co-Chair |
IP.1b |
|||
Hallenbeck |
Patrick C. |
Prof. |
CA |
University of Montreal |
Strategies for overcoming barriers to implementation of biological hydrogen production |
HP.1b |
||
Hansen |
John |
DK |
Haldor Topsøe A/S |
Hydrogen from Wind and Nuclear Power by high Temperature Water Electrolysis |
HP.3a |
|||
Harrison |
Kevin |
US |
National Renewable Energy Laboratory |
Review Presentation on Hydrogen from Renewable Electricity |
HP.3a |
|||
Hart |
David |
Dr. |
CH |
E4tech |
Review Presentation on Strategic and socioeconomic studies in hydrogen energy |
SA.3 |
||
Hauback |
Bjorn C. |
Prof. |
NO |
Institute for Energy Technology |
Task 22 of IEA HIA - Fundamental and Applied Hydrogen Storage Materials Development |
IP.1b |
||
Haug |
Marianne |
D |
Universität Hohenheim |
Review Presentation on Market Introduction |
SA.5 |
|||
Hayashi |
Hiroki |
JP |
Yokohama National University |
Poster: Improvement of hydrogen yield of Clostridium butyricum by
metabolic engineering |
HP.1b |
|||
Hebling |
Christopher |
Dr. |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Review Presentation on Reforming and Gasification - Biomass |
HP.4b |
||
Heinzel |
Angelika |
Prof. Dr. |
D |
ZBT Zentrum für BrennstoffzellenTechnik GmbH |
Co-Chair |
ST.2 |
||
Helby |
Peter |
SE |
Lund University |
Acceptance of hydrogen technology, as observed in the Zero Regio project |
SA.8 |
|||
Hertel |
Christoph |
D |
Max-Planck-Institut |
Poster: Hydrogen Production from Reformate Gas by a Cyclic Water Gas Shift Reactor |
HP.4a |
|||
Hirscher |
Michael |
Dr. |
D |
Max-Planck-Institut |
Review Presentation on Hydrogen Storage by Physisorption on Nanoporous Materials |
HS.3 |
||
Hoagland |
William |
US |
Element One Inc. |
The IEA Hydrogen Implementing Agreement Collaboration on Hydrogen Safety |
IP.1b |
|||
Hodakovska |
Julija |
LV |
University of Latvia |
Poster: Multiplayered proton-electron conductive polymer membrane for fuel cells |
FC.2 |
|||
Hoevenaars |
Bart |
NL |
Energy Research Centre of the Netherlands |
Hydrogen vehicle deployment and required policy support for roll-out scenarios in the dutch THRIVE project |
HP.6 |
|||
Hölscher |
Martin |
D |
H & S Hard- und Software Technologie |
Poster: Fuel cells as DC power supply for high voltage switchgear |
SM.1 |
|||
Houf |
William |
Dr. |
US |
Sandia National Laboratories |
Poster: Risk Associated with the Use of Barriers in Hydrogen
Refueling Stations |
SI.1 |
||
Houf |
William |
Dr. |
US |
Sandia National Laboratories |
An Overview of IEA Annex 19, Subtask B: Experimental Data Bases Relevant to Hydrogen Safety Standards Development |
IP.1b |
||
Houf |
William |
Dr. |
US |
Sandia National Laboratories |
Simulation of Hydrogen Releases from Fuel-Cell Vehicles in Tunnels |
SI.1 |
||
Huijts |
Nicole |
NL |
University of Technology Delft |
Understanding public hydrogen-technology acceptance in
transport: a conceptual framework |
SA.4 |
|||
Hustadt |
Daniel |
D |
Vattenfall Europe Innovation GmbH |
Hydrogen refueling station Hamburg-HafenCity |
HI.3 |
|||
Hustadt |
Daniel |
D |
Vattenfall Europe Innovation GmbH |
Hydrogen and energy utilities |
IP.1a |
|||
|
I
|
||||||||
Ichikawa |
Takayuki |
Dr. |
JP |
Hiroshima University |
Poster: Chemical Hydrogen Compression by MH-NH3 system |
HI.1 |
||
Ilhan |
Nilüfer |
TR |
TUBITAK Marmara Researche Center |
Poster: A renewable energy based hydrogen demonstration park in Turkey - HYDEPARK |
HP.3a |
|||
Ilhan |
Nilüfer |
TR |
TUBITAK Marmara Researche Center |
Integration of a Natural Gas Fuel Processor for Residential PEM Fuel Cell based Micro Cogeneration Application |
HP.4a |
|||
Imamura |
Hayao |
Prof. |
JP |
Yamaguchi University |
Poster: Magnesium-based nanocomposites synthesized by high-energy
ball milling for hydrogen storage |
HS.3 |
||
Iordache |
Ioan |
Dr. |
RO |
ICSI Rm Valcea |
Poster: Revamping of existent chlor-alkali plants for conversion of hydrogen to electricity, Hydrogen Community germination step |
HI.3 |
||
Irvine |
John TS |
Prof. |
UK |
University of St. Andrews |
Review Presentation on High-Temperature Fuel Cells |
FC.4 |
||
Ishihara |
Akimitsu |
Dr. |
JP |
Yokohama National University |
Challenge of Non-Precious Metal Oxide-Based Cathode
for Polymer Electrolyte Fuel Cell |
FC.1 |
||
Iskov |
Henrik |
DK |
Danish Gastechnology Centre |
Poster: Field Test of hydrogen in the natural gas grid |
HI.1 |
|||
|
J
|
||||||||
Jain |
I.P. |
Dr. |
IN |
University of Rajasthan |
Poster: ERDA: Technique for Hydrogen Content and Depth profile in Thin Film Metal Hydride |
HS.2a |
||
Jain |
I.P. |
Dr. |
IN |
Strategic Analyses |
Co-Chair |
HS.3 |
||
Jaksic |
Milan M. |
Dr. |
YU |
ICEHT/FORTH Patras |
Novel Reversible Spillover Interrelating Alterpolar Electrocatalysts for Hydrogen and Oxygen Electrode Reactions in Revertible L&MT PEMFC vs. Water Electrolysis |
FC.1 |
||
Janßen |
Holger |
Dr. |
D |
Forschungszentrum Jülich GmbH |
System Technology Aspects for Light Traction Applications
of Direct Methanol Fuel Cells |
SM.4 |
||
Jarvi |
Thomas |
Dr. |
US |
UTC Power |
Stationary Fuel Cells for Combined Heat and Power |
ST.2 |
||
Jensen |
Jens-Oluf |
Dr. |
DK |
Technical University of Denmark |
Ongoing efforts addressing degradation of high temperature PEMFC |
FC.2 |
||
Jensen |
Mads Friis |
DK |
Dantherm Power A/S |
Fuel Concepts and Fuel Cell Backup Power Systems for Telecom Applications |
SM.1 |
|||
Jermer |
Boris |
D |
HyCologne Wasserstoff Region Rheinland e.V. |
Poster: The operation of a new hybrid fuel cell bus in the Cologne-Area |
TA.1 |
|||
Jermer |
Boris |
D |
HyCologne Wasserstoff Region Rheinland e.V. |
Enabling the Hydrogen Infrastructure - Waste Hydrogen Utilization in Northern-Rhine-Westphalia |
HI.1 |
|||
Jermer |
Boris |
D |
HyCologne Wasserstoff Region Rheinland e.V. |
Collaboration in a Local Hydrogen Cluster in Germany |
SA.7 |
|||
Ji |
Chengwei |
Dr. |
CN |
Beijing University of Technology |
Poster: Effect of hydrogen addition on combustion and emissions performance of a spark-ignition gasoline engine at 800 rpm and lean conditions |
TA.3 |
||
Johnsen |
Ake |
D |
h-tec Wasserstoff-Energie-Systeme GmbH |
Market introduction of hydrogen technology: the evolution
of the global education and vocational training markets |
SA.4 |
|||
Johnsen |
Ake |
D |
h-tec Wasserstoff-Energie-Systeme GmbH |
Co-Chair |
SA.4 |
|||
Jones |
Deborah |
FR |
Université de Montpellier 2 |
Review Presentation on Progress in PEM fuel cell materials for transport and stationary applications |
FC.2 |
|||
Jordan |
Thomas |
Dr. |
D |
Karlsruhe Institute of Technology (KIT) |
Review Presentation on Safety Analysis of Hydrogen Vehicles and Infrastructure |
SI.1 |
||
Julien |
Marianne |
FR |
Air Liquide |
Poster: Horizon Hydrogène Energie: 19 partners for breakthrough innovations |
SA.5 |
|||
Jung |
Un Ho |
Dr. |
KR |
Korea Institute of Energy Research |
Poster: A newly designed compact fuel processor for the 1 kW class
residential PEM fuel cells |
HP.4a |
||
Jung |
Peter |
D |
Moehwald GmbH |
Poster: Modular Test Equipment - Flexible Application Test Bench for Fuel Cell
Power Systems |
TA.1 |
|||
Junge |
Henrik |
Dr. |
D |
Leibniz-Institut für Katalyse e.V. |
Poster: Formic Acid - Convenient Liquid Hydrogen Storage for
mobile applications |
HS.2b |
||
|
K
|
||||||||
Kaleta |
Jerzy |
Prof. |
PL |
Wroclaw University of Technology |
Optimisation of the IV generation tanks for hydrogen storage applied in vehicles. Modelling and experiment |
HS.1 |
||
Kaleta |
Jerzy |
Prof. |
PL |
Wroclaw University of Technology |
Co-Chair |
HS.1 |
||
Kallo |
Josef |
Dr. |
D |
Deutsches Zentrum für Luft- und Raumfahrt e.V. |
Antares DLR-H2: The world's first piloted aircraft capable of taking off using only power from fuel cells |
SM.2 |
||
Kallo |
Josef |
Dr. |
D |
Deutsches Zentrum für Luft- und Raumfahrt e.V. |
Fuel Cell System Development and Testing for
Aircraft Applications |
SM.3 |
||
Kameyama |
Hiromichi |
JP |
Tokyo Gas Co., Ltd. |
The prospects of Clean and Green Hydrogen in Japan |
HP.6 |
|||
Kammerer |
Mark |
D |
Hydrogenics GmbH |
A Review and Current Evaluation of a Decade of Concentrated PEM Fuel Cell Development at Hydrogenics 2000 to 2010 |
HP.3d |
|||
Kaneco |
Satoshi |
Dr. |
JP |
Mie University |
Poster: Photocatalytic Hydrogen Production with Nanocomposite
Photocatalysts |
HP.7 |
||
Karlström |
Magnus |
SE |
Hydrogen Sweden |
Hydrogen Swedens strategy to facilitate regional
involvement in Hydrogen |
IP.1a |
|||
Kaup |
Dieter |
D |
Vossloh Kiepe GmbH |
Poster: H2-Bus NRW - A Hybrid Electric Fuel Cell Bus |
TA.1 |
|||
Kaytaz |
Asli |
TR |
TUBITAK Marmara Researche Center |
Poster: Exergy Analysis of Hydrogen Production Unit Integrated with a PEM Fuel Cell |
ST.2 |
|||
Keding |
Marcus |
AT |
Austrian Institute of Technology GmbH |
Innovative Hydrogen Storage Solutions for Aerospace Applications |
SM.2 |
|||
Keller |
Dietmar |
Dr. |
D |
RWE Power AG |
RWE`s IGCC-CCS-Project - A way towards a coal-based hydrogen technology |
HP.4a |
||
Keller |
Jay |
US |
Sandia National Laboratories |
Optimization of hydrogen uptake and release in
automotive-scale metal hydride systems |
HS.2a |
|||
Kengen |
Servé |
Dr. |
NL |
Wageningen University |
Poster: Analysis of the glycolytic pathways of the hydrogen producing Caldicellulosiruptor saccharolyticus |
HP.1b |
||
Khan |
Munir Ahmed |
SE |
Lund University |
Simulation of multiphase transport phenomena in PEMFC
including water phase change |
FC.5 |
|||
Kimmel |
Terry |
CA |
Canadian Hydrogen and Fuel Cell Association |
Hydrogen and Fuel Cell Demonstration Programs leading to commercialization |
TA.5 |
|||
Klingenberg |
Heinrich |
D |
hySOLUTIONS GmbH |
Hydrogen and fuel cell applications in Hamburg: A policy approach |
SA.7 |
|||
Klopffer |
Marie-Hélène |
Dr. |
FR |
IFP |
Polymer pipes for distributing mixtures of hydrogen and natural gas: evolution of their transport and mechanical properties after an ageing under a hydrogen environment |
HI.1 |
||
Koj |
Jan Christian |
D |
Fachhochschule Düsseldorf |
Poster: Hydrogen and/or battery electric vehicles - Where will development go to? |
TA.6 |
|||
Kolb |
Gunther |
Dr. |
D |
Institut für Mikrotechnik Mainz GmbH |
Mass-Production Issues of Microstructured Fuel
Processors for Distributed Energy Generation |
HP.4a |
||
Kolbusch |
Thomas |
D |
COATEMA Coating Machinery GmbH |
Manufacturing Processes for
Gas-Diffusion-Electrodes for Polymer Electrolyte Fuel Cells |
TA.5 |
|||
Kolke |
Reinhard |
D |
ADAC e.V |
Consumers Perspective on Hydrogen in Transportation - Experience from worlds third largest automobile club with hydrogen use in road petrol |
TA.5 |
|||
Komrowski |
Lars |
D |
TÜV Technische Überwachung Hessen GmbH |
Safety and Approval of Infrastructure and Vehicles |
SA.8 |
|||
Krieg |
Dennis |
D |
Forschungszentrum Jülich GmbH |
Poster: Analysis of the impact of hydrogen on wind power |
HP.3a |
|||
Krüger |
Roland |
Dr. |
D |
Ford Researchcenter Aachen |
Review Presentation on Physical Hydrogen Storage |
HS.1 |
||
Krummrich |
Stefan |
D |
Howaldtswerke-Deutsche Werft GmbH |
Fuel Cell Methanol Reformer System for Submarines |
HP.4a |
|||
Krupp |
Michaela |
D |
Forschungszentrum Jülich GmbH |
Co-Chair |
HP.1a |
|||
Krupp |
Michaela |
D |
Forschungszentrum Jülich GmbH |
Co-Chair |
HP.1b |
|||
Kubo |
Shinji |
JP |
Japan Atomic Energy Agency |
In situ composition measurements of Bunsen reaction
solution by radiation probes |
HP.2 |
|||
Kumbur |
Emin Caglan |
US |
Pennsylvania State University |
FC.5 |
||||
Kurban |
Zeynep |
UK |
Science and Technology Facilities |
Poster: Hydrogen storage in Ammonia-Borane encapsulated Polymer Nanofibres |
HS.2b |
|||
Kurokawa |
Hideto |
Dr. |
JP |
Tokyo Gas Co., Ltd. |
Demonstration of Highly-Efficient Distributed Hydrogen Production from Natural Gas with CO2 Capture |
HP.5 |
||
Kurz |
Timo |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Poster: A compact, open-cathode HTPEM fuel cell module for portable applications |
FC.2 |
|||
Kusumura |
Kouichi |
JP |
Panasonic Corporation |
Development of stationary PEFC co-generation system in Panasonic |
ST.2 |
|||
|
L
|
||||||||
Labach |
Isabelle |
Dr. |
IT |
ENEA-Italian Agency for New Technologies, Energy and the Environment |
Experimental and Theoretical Studies of Solar Steam Reforming Assisted by Molten Salts |
HP.4a |
||
Laniecki |
Marek |
PL |
A. Mickiewicz University |
Poster: Immobilization techniques of Rhodobacter sphaeroides O.U.
001 in hydrogen generation |
HP.1a |
|||
Laniecki |
Marek |
PL |
A. Mickiewicz University |
Poster: Hydrogen generation from waste glycerol in dark
fermentation process |
HP.1b |
|||
Laniecki |
Marek |
PL |
A. Mickiewicz University |
Poster: Construction of Z-scheme using XTiO3:Pt (X = Ca, Sr, Ba) in combination with WO3 and
BiV5O14 for hydrogen production from water |
HP.7 |
|||
Laniecki |
Marek |
PL |
A. Mickiewicz University |
Poster: Modified titanate perovskites in photocatalytic water splitting |
HP.7 |
|||
Laniecki |
Marek |
PL |
A. Mickiewicz University |
Poster: Mesoporous SnOx/TiO2 materials as photocatalysts for water splitting reaction |
HP.7 |
|||
Le Duigou |
Alain |
FR |
CEA/DEN/DANS/I-Tésé Commissariat à l'énergie atomique |
Poster: Aims and first assessments of the French Hydrogen pathways Project HyFrance3 |
IP.1a |
|||
Le Gal |
Alex |
FR |
CNRS-PROMES |
Poster: Hydrogen production from natural gas thermal cracking:
design and test of a pilot-scale solar chemical reactor |
HP.4a |
|||
Le Gal |
Alex |
FR |
CNRS-PROMES |
Development of mixed metal oxides for thermochemical hydrogen production from solar water-splitting |
HP.2 |
|||
le Naour |
Francois |
FR |
CEA |
IEA-HIA Task 25: High Temperature Process for Hydrogen Production.Three year-progress review of the project. |
IP.1b |
|||
Lebutsch |
Paul |
NL |
Energy Research Centre of the Netherlands |
Impact of industry strategies and consumer attitude on growth of the hydrogen vehicle fleet and corresponding refuelling infrastructure |
TA.4 |
|||
Lee |
Chi Mei |
Prof. |
TW |
National Chung Hsing University |
Poster: Photohydrogen production from thermophilic aerobic
digestion effluent and distillery wastewater by photosynthetic bacterium
Rhodopseudomonas palustris WP 3-5 |
HP.1a |
||
Lee |
In Gu |
Dr. |
KR |
Korea Institute of Energy Research |
Poster: Hydrogen Production from Lignocellulosic Biomass by
Two-step Gasification Method |
HP.4b |
||
Lee |
In Gu |
Dr. |
KR |
Korea Institute of Energy Research |
Poster: Hydrogen Production by Supercritical Water Gasification of
Wastewater from Food Waste Treatment Processes |
HP.4b |
||
Lee |
Seong Kon |
Dr. |
KR |
Korea Institute of Energy Research |
A fuzzy analytic hierarchy/Data envelopment analysis
approach for measuring the relative efficiency of hydrogen R&D programs in
the sector of developing hydrogen energy technologies |
SA.1 |
||
Lefebvre-Joud |
Florence |
FR |
CEA |
Poster: High temperature steam electrolysis for hydrogen production: from material development to durable stack operation |
HP.3b |
|||
Lefebvre-Joud |
Florence |
FR |
CEA |
Second generation electrolyte supported electrolyzers investigated in the RelHy project |
HP.3b |
|||
Lefebvre-Joud |
Florence |
FR |
CEA |
Durability and efficiency of high temperature steam electrolysis as studied in the RelHy project |
HP.3b |
|||
Lehmann |
Jochen |
D |
Fachhochschule Stralsund |
Co-Chair |
HP.3a |
|||
Lehnert |
Werner |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Cell resistances of ABPBI-based HT-PEFC-MEAs: Time dependence and influence of operating conditions |
FC.2 |
||
Lehr |
Florian |
D |
Karlsruhe Institute of Technology (KIT) |
Photobiotechnological hydrogen production with microalgae |
HP.1a |
|||
Leites |
Keno |
D |
TKMS Blohm + Voss Nordseewerke GmbH |
Fuel Cells in High Seas |
TA.5 |
|||
Leunis |
Elke |
BE |
OCAS NV Substrate and Metallic Coating Development |
Selecting hydrogen embrittlement resistant materials by means of the disc rupture test |
SI.1 |
|||
Liberatore |
Raffaele |
IT |
ENEA-Italian Agency for New Technologies, Energy and the Environment |
Poster: Chemical characterization of sulphur-iodine thermochemical cycle flowstreams by Raman spectroscopy |
HP.2 |
|||
Liberatore |
Raffaele |
IT |
ENEA-Italian Agency for New Technologies, Energy and the Environment |
Demonstration of hydrogen production by the sulphur-iodine cycle, realization of a 10 NL/h plant |
HP.2 |
|||
Lieftink |
Dick |
Dr. |
NL |
HyGear B.V. |
Challenges in Stationary Fuel Cell Commercialization:
reformer thoughts |
ST.2 |
||
Lienkamp |
Heinrich |
Dr. |
D |
Infraserv GmbH & Co. Höchst KG |
Poster: Multi-fuel Service Station in Frankfurt am Main, Germany |
SA.8 |
||
Lienkamp |
Heinrich |
Dr. |
D |
Infraserv GmbH & Co. Höchst KG |
Review Presentation on the Zero Regio Project |
SA.8 |
||
Lin |
Rui |
Dr. |
CN |
Tongji University |
Poster: Application Segmented Cell for in-situ Detection and Controlling the Stability of PEM Fuel Cell |
FC.2 |
||
Lindblad |
Peter |
Prof. |
SE |
Uppsala University |
HP.1a |
|||
Lindblad |
Peter |
Prof. |
SE |
Uppsala University |
Review Presentation on Biological Hydrogen Production |
HP.1b |
||
Linder |
Marc |
D |
University of Stuttgart |
Open sorption cooling system based on metal hydrides |
HS.2a |
|||
Linder |
Marc |
D |
University of Stuttgart |
Co-Chair |
HS.2a |
|||
Lindner |
Volker |
D |
h2-netzwerk-ruhr |
The Hydrogen Valley within the Ruhr Metropolis |
HI.3 |
|||
Ling |
Welkin |
TW |
Industrial Technology Research Institute |
Poster: Recent development of portable DMFC influenced by Simplo-ITRI cooperation |
SM.4 |
|||
Liu |
Maochang |
Dr. |
CN |
Xi'an Jiaotong University |
Poster: Electronic structures and optical absorption properties of Ni-doped anatase TiO2 for photocatalysis from first-principles calculation |
HP.7 |
||
Liu |
Maochang |
Dr. |
CN |
Xi'an Jiaotong University |
Double surfactants-assisted hydrothermal synthesis of
Cd1-xZnxS solid solution as an efficient visible-light-driven photocatalyst
for hydrogen production |
HP.7 |
||
Lloyd |
Alan |
Dr. |
US |
International Council on Clean Transportation |
Review Presentation on Renewable Primary Energy Potential for Hydrogen Production |
IP.2 |
||
Logan |
Bruce E. |
Prof. Dr. |
US |
Pennsylvania State University |
Microbial electrolysis cells for high-yield biohydrogen production from fermentable substrates |
HP.1b |
||
Lohstroh |
Wiebke |
Dr. |
D |
Karlsruhe Institute of Technology (KIT) |
Tailoring Thermodynamics of Hydrogen Storage Materials |
HS.2b |
||
Lokkiluoto |
Anu |
FI |
Aalto University Foundation |
Study of SO2-depolarized water electrolysis |
HP.3c |
|||
Lottin |
Olivier |
FR |
CNRS Nancy-Université |
Internal currents in PEMFC during start-up or shut-down |
FC.1 |
|||
Lymberopoulos |
Nicolas |
GR |
CRES Centre for renewable Energy Sources |
Poster: Hydrogen Energy Implementation in Developing Countries: The support of UNIDO-ICHET |
IP.1b |
|||
|
M
|
||||||||
Machens |
Christian |
Dipl.-Ing. |
D |
Marine Hydrogen and Fuel Cell Association MHFCA e.V. |
Poster: Marine Hydrogen and Fuel Cell systems |
SM.3 |
||
Macron |
Jonathan |
FR |
Air Liquide S.A. |
Poster: Advances in hydrogen refueling stations |
HI.1 |
|||
Mainka |
Julia |
FR |
CNRS Nancy-Université |
Origin of diffusion impedance at the cathode of a Proton Exchange Membrane Fuel Cell (PEMFC) |
FC.1 |
|||
Malyshenko |
Stanislav |
RU |
Joint Institute for High Temperatures of RAS |
Poster: Thermodynamic efficiency of geothermal plants with hydrogen steam superheating |
ST.2 |
|||
Malyshenko |
Stanislav |
RU |
Joint Institute for High Temperatures of RAS |
Russian R&D in Hydrogen and Fuel Cells |
IP.1a |
|||
Mansilla |
Christine |
FR |
CEA |
Performance and economic competitiveness comparison of advanced hydrogen production processes |
HP.6 |
|||
Mansooji |
Mostafa |
IR |
SUNA |
Poster: Study of Stationary Fuel Cell System Installation Codes
and Standards |
SI.2 |
|||
Markowz |
Georg |
Dr. |
D |
Evonik Degussa GmbH |
icefuel® - An infrastructure system for cryogenic hydrogen storage, distribution and decentral use |
HI.1 |
||
Mars |
Astrid |
Dr. |
NL |
Wageningen University |
Fermentative hydrogen production from sugar beet feedstocks |
HP.1c |
||
Martinez |
Graciano |
ES |
Instituto Naciónal de Técnica Aerospacial (INTA) |
Poster: Transys simulation of a remote Telecom Application (Hidrosolar_H2) fed by PV Panels and H2 Production and Storage |
FC.5 |
|||
Maximini |
Marius |
D |
OWI Oel-Wärme-Institut GmbH |
Poster: Investigations of steam reforming catalysts for Diesel fuel |
HP.4a |
|||
Mench |
Matthew |
US |
Pennsylvania State University |
Review Presentation on Advanced Modelling |
FC.5 |
|||
Menna |
Laura |
Dr. |
IT |
University of Naples |
Poster: Innovative ATR-based PEM fuel cell system with hydrogen
membrane separation: energy efficiency analysis |
HP.4a |
||
Mergel |
Jürgen |
D |
Forschungszentrum Jülich GmbH |
Review Presentation on Current status of and recent developments in direct liquid fuel cells |
FC.3 |
|||
Meulenberg |
Wilhelm |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Review Presentation on Hydrogen-Separation Membranes |
HP.5 |
||
Meyer |
Katrin |
D |
AirProducts GmbH |
A novel supply method for high pressure hydrogen |
HI.3 |
|||
Miege |
Andreas |
D |
Fachhochschule Stralsund |
Wind-Hydrogen-Biomass The Hybrid Power Plant of ENERTRAG AG |
HP.3a |
|||
Mills |
Michael |
US |
U.S. Department of Energy |
Co-Chair |
IP.1a |
|||
Mills |
Michael |
US |
U.S. Department of Energy |
U.S. Department of Energy Hydrogen and Fuel Cell Technologies Programs: Policy Update |
IP.1a |
|||
Mindt |
Hans-Wilfried |
D |
Engineering System International GmbH |
Poster: Computational Modeling of Carbon Corrosion in PEM Fuel cells |
FC.1 |
|||
Mindt |
Hans-Wilfried |
D |
Engineering System International GmbH |
Poster: A Two-Fluid Model for Water Transport in a PEM Fuel Cell |
FC.5 |
|||
Minkina |
Valentina |
Prof. |
BY |
Heat and Mass Transfer Institute NAS of Belarus |
Poster: Hydrolysis of sodium borohydride for hydrogen generation |
HS.2b |
||
Mitsushima |
Shigenori |
Prof. Dr. |
JP |
Yokohama National University |
Relationship between degradation of Pt/C and property of electrolyte for PEFCs |
FC.1 |
||
Montané |
Daniel |
Dr. |
ES |
Rovira i Virgili University Department of Chemical Engineering |
Poster: Catalytic gasification of glycerol in supercritical water for hydrogen production |
HP.4a |
||
Montané |
Daniel |
Dr. |
ES |
Rovira i Virgili University |
Poster: Ceramic-supported polymer and carbon membranes for hydrogen separation |
HP.5 |
||
Moreno |
Angelo |
Dr. |
IT |
ENEA-Italian Agency for New Technologies, Energy and the Environment |
MCFC R&D activities in Italy: focus on Non-conventional waste-derived fuels for Molten Carbonate Fuel Cell |
FC.4 |
||
Moreno |
Angelo |
Dr. |
IT |
ENEA-Italian Agency for New Technologies, Energy and the Environment |
Co-Chair |
SA.2 |
||
Moretto |
Pietro |
Dr. |
NL |
Joint Research Centre of the European Commission - Institute for Energy |
Poster: Round Robin hydrogen sorption performance characterisation
of carbon adsorbants, complex and metal hydrides |
HS.2b |
||
Morreale |
Carmen |
Dr. |
IT |
Stazione Sperimentale per i Combustibili |
Poster: H2 ignition by hot surfaces: safety issues and test methods |
SI.2 |
||
Mortensgaard |
Aksel |
DK |
Danish Partnership fro Hydrogen & Fuel Cells |
Danish Partnership for Hydrogen and Fuel Cells |
IP.1a |
|||
Motohashi |
Go |
JP |
Honda R&D Co., Ltd. |
Development of an ultra compact CPOX reactor for
diesel fuel |
SM.3 |
|||
Müller |
Axel |
D |
Thomas Magnete GmbH |
Poster: An approach to the precise dosing of fluids |
SM.3 |
|||
Multhoff |
Jörg |
D |
Isatec GmbH |
Effective Structural Design Procedure for Composite
Hydrogen Tanks |
HS.1 |
|||
Muradov |
Nazim Z. |
Prof. |
US |
University of Central Florida |
Poster: Catalytic Processing of High-Sulfur Fuels for Distributed
Hydrogen Production |
HP.4a |
||
Muradov |
Nazim Z. |
Prof. |
US |
University of Central Florida |
A Novel Power Generation System Based on Combination of Hydrogen and Direct Carbon Fuel Cells for Decentralized Applications |
FC.3 |
||
Muradov |
Nazim Z. |
Prof. |
US |
University of Central Florida |
Co-Chair |
FC.3 |
||
Murugesan |
Ganesan |
IN |
Manonmaniam Sundaranar University |
Poster: Sequential evolution of bio-hydrogen from rubber industrial effluent and its microbial interaction to fermentation kinetics |
HP.1b |
|||
|
N
|
||||||||
Nagai |
Kohki |
JP |
Toho Gas Co., Ltd. |
Operation of a two-stage continous fermentation process producing hydrogen and methane from artificial food wastes |
HP.1b |
|||
Nakagawa |
Kojiro |
Dr. |
JP |
Nippon Oil Corporation |
Nippon Oil's Activities toward Realization of the Hydrogen Society |
HI.1 |
||
Nakashima |
Kohei |
JP |
Meijo University |
Poster: Power Performance of Small Polymer Electrolyte Fuel Cells under Various Humidification Conditions |
FC.1 |
|||
Nakashima |
Kohei |
JP |
Meijo University |
Poster: Evaluation of Power Performance of Small Free-Breathing Polymer Electrolyte Fuel Cells |
FC.1 |
|||
Naterer |
Greg |
CN |
University of Ontario |
Environmental Impact Comparison of Steam Methane
Reformation and Thermochemical Processes of Hydrogen Production |
HP.4a |
|||
Naterer |
Greg |
CN |
University of Ontario |
Economics and Synergies of Electrolytic and Thermochemical
Methods of Environmentally Benign Hydrogen Production |
IP.3 |
|||
Neef |
Hanns-Joachim |
Dr. |
D |
EnergieRegion.NRW |
Co-Chair |
SA.5 |
||
Nelsson |
Corfitz |
SE |
Swedish Gas Center |
Poster: HCNG - A dead end or a bridge to the future? |
SA.5 |
|||
Nerlich |
Volker |
CH |
Hexis AG |
Cogeneration in single family homes with fuel cell heating
appliances |
ST.1 |
|||
Niestroj |
Arwed |
USA |
Daimler AG |
The Electrification of the Automobile - Technical and economic challenges |
TA.6 |
|||
Nishimiya |
Nobuyuki |
Prof Dr. |
JP |
Nihon University |
Effects of Palladium Modification on Hydrogen Sorption by
Boron Nitride with High Specific Surface Area |
HS.3 |
||
Nogami |
Mai |
JP |
Tokyo City University |
Poster: development of a Common-rail Type High Pressure Hydrogen Injector with a Large Injection Rate and an Ability of Multiple Stage Injection |
TA.3 |
|||
|
O
|
||||||||
Oberschachtsiek |
Bernd |
D |
ZBT Zentrum für BrennstoffzellenTechnik GmbH |
Tool for optimal design and operation of hydrogen storage
based autonomous energy systems |
SM.1 |
|||
Ochi |
Kazuyuki |
JP |
Saijo City Office Planning and Economics Division |
Poster: Policy and Action Programs for Hydrogen Energy |
IP.1a |
|||
Ogden |
Joan |
Prof. |
US |
University of California |
Review Presentation on Hydrogen System Assessment: Recent Trends and Insights |
HP.6 |
||
Oh |
Byeong Soo |
Prof. |
KR |
Chonnam National University |
Development of experimental equipment for regenerative braking energy with PEMFC application |
TA.1 |
||
Okada |
Yoshimi |
Dr. |
JP |
Chiyoda Corporation R&D Center |
Poster: Development of Dehydrogenation Catalyst for Organic
Chemical Hydride Method and Global hydrogen supply chain vision |
HS.2b |
||
Onwudili |
Jude |
Dr. |
UK |
University of Leeds |
Alkali-promoted hydrothermal gasification of biomass for high yield/high purity hydrogen gas (and methane) production |
HP.4b |
||
Ota |
Ken-Ichiro |
JP |
Yokohama National University |
Co-Chair |
FC.1 |
|||
|
P
|
||||||||
Panagiotopoulos |
John |
GR |
National Technical University of Athens |
Biological hydrogen production from sucrose and sugar beet by Caldicellulosiruptor saccharolyticus |
HP.1b |
|||
Pasel |
Joachim |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Development of fuel cell systems for aircraft applications based on synthetic fuels |
HP.4a |
||
Pastowski |
Andreas |
D |
Wuppertal Institute for Climate, Environment and Energy |
HI.3 |
||||
Pasupathi |
Sivakumar |
Dr. |
ZA |
University of the Western Cape |
Validation of a HTPEMFC stack for CHP applications |
FC.2 |
||
Peck |
Dong-Hyun |
Dr. |
KR |
Korea Institute of Energy Research |
Poster: Durability of a MEA prepared with PFA-g-PSSA membrane for direct methanol fuel cell |
FC.3 |
||
Peck |
Dong-Hyun |
Dr. |
KR |
Korea Institute of Energy Research |
Effect of the impurities in methanol fuel on the
performance of MEA for direct methanol fuel cell |
FC.3 |
||
Pedicini |
Rolando |
Dr. |
IT |
CNR-ITAE |
Poster: Hydrogen Storage by Functionalised Poly(ether ether
ketone) |
HS.3 |
||
Pekgöz |
Gülsah |
TR |
Middle East Technical University |
Removal of the effect of ammonium on the regulation of nitrogenase enzyme in Rhodobacter capsulatus DSM1710 for improved hydrogen production |
HP.1c |
|||
Peksen |
Murat |
Dr. |
D |
Forschungszentrum Jülich GmbH |
Hierarchical 3D Multiphysics Modelling in the Design and Optimisation of SOFC System Components |
FC.5 |
||
Peña |
Jose-Angel |
Dr. |
ES |
Universidad de Zaragoza |
Poster: Effect of impurities of the solid on the subsequent
hydrogen release in "Steam-Iron process" |
HP.2 |
||
Peña |
Jose-Angel |
Dr. |
ES |
Universidad de Zaragoza |
Poster: Obtaining pure hydrogen from natural gas pyrolysis by
redox processes |
HP.4a |
||
Peña |
Jose-Angel |
Dr. |
ES |
University of Zaragoza |
Steam-Iron process for hydrogen production: recent advances |
HP.2 |
||
Perujo |
Adolfo |
IT |
EC-DG Joint Research Centre |
Fleet and Infrastructure data evaluation |
SA.8 |
|||
Peters |
Ralf |
Prof Dr. |
D |
Forschungszentrum Jülich GmbH |
Review Presentation on Auxiliary Power Units for Light-Duty Vehicles, Trucks, Ships and Airplanes |
SM.3 |
||
Petrov |
Yanko |
NL |
Energy Research Centre of the Netherlands |
Hydrogen Evolution on Ni electrode during synthetic tap water electrolysis |
HP.3c |
|||
Pietzner |
Katja |
D |
Wuppertal Institute for Climate, Environment and Energy |
User perceptions and public attitudes towards
hydrogen fuel cell fleet vehicles in the EU |
SA.3 |
|||
Pirez |
Cyril |
FR |
Université de Lille |
Poster: Low temperature hydrogen production from ethanol over
cerium and nickel based oxyhydrides |
HP.4a |
|||
Plummer |
Scott |
Dr. |
US |
H2OPE Biofuels, Inc. |
Poster: Photosynthetic Hydrogen Production: Computational & Experimental Results are indicative that Evolutionary Mutants may allow for Commercial Viability |
HP.1a |
||
Pollet |
Bruno |
UK |
The University of Birmingham |
Hydrogen fuel cell battery electric vehicles (HFCBEV) vs. Battery electric vehicles (BEV) - A Birmingham experience |
TA.4 |
|||
Prades |
Eric |
FR |
Air Liquide |
Air Liquide Road Map for Hydrogen Energy |
HI.2 |
|||
|
Q
|
||||||||
|
R
|
||||||||
Raballo |
Sergio |
AR |
Hychico S.A. |
Clean Hydrogen Production in Patagonia Argentina |
HP.3a |
|||
Rajalakshmi |
Natarajan |
Dr. |
IN |
Centre for Fuel Cell Technology (ARCI) |
Poster: Grid Independent PEMFC systems @CFCT-ARCI |
SM.1 |
||
Ramesohl |
Stephan |
Dr. |
D |
E.ON Ruhrgas AG |
The German NIP Lighthouse project CALLUX |
ST.1 |
||
Rangel |
Carmen M. |
Dr. |
PT |
LNEG |
Fuel Starvation: Irreversible Degradation Mechanisms in PEM Fuel Cells |
FC.1 |
||
Ranjbari |
Alireza |
Prof. |
FR |
Université Paris-Sud 11 |
Recent advances in Unitized Regenerative Fuel cells based on PEM technology |
HP.3d |
||
Rashidi |
Reza |
IR |
SUNA |
Poster: Renewable Energy Policy and Hydrogen and Fuel Cell Program of the Islamic Republic of Iran |
IP.1a |
|||
Rastogi |
Ashok |
D |
Infraserv GmbH & Co. Höchst KG |
Co-Chair |
SA.8 |
|||
Rastogi |
Ashok |
D |
Infraserv GmbH & Co. Höchst KG |
Facilitated Forum with audience participation - Forum of
experts from Industry and Govt. |
SA.8 |
|||
Rau |
Sebastian |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Poster: PEM electrolyzer with nano-structured electrodes for high efficient hydrogen production |
HP.3d |
|||
Rau |
Steffen |
Dr. |
D |
Dynetek Europe GmbH |
700 bar Storage System Development and Testing in an ICE
Car |
HS.1 |
||
Reijerkerk |
Jaco |
D |
Linde AG |
Review Presentation on Hydrogen Infrastructure roll-out |
HI.2 |
|||
Renzenbrink |
Werner |
D |
RWE Power AG |
H2 gas turbine - a stepping stone to CCS |
TA.3 |
|||
Repenning |
Detlev |
Dr. |
D |
o.m.t. Oberflächen- und Materialtechnologie GmbH |
Chemical Storage by direct conversion of solar energy within a photoelectrochemical cell |
HP.7 |
||
Retnamma |
Rajasree |
Dr. |
PT |
National Institute of Engineering |
Poster: Optimum Temperature Policy for Sorption Enhanced Steam Methane Reforming Process for Hydrogen Production |
HP.4a |
||
Rey Porto |
Milagros |
ES |
Gas Natural SDG |
Poster: H2 production at the Sotavento Windfarm |
HP.3a |
|||
Rezaei |
Majid |
IR |
Isfahan subsea R&D institute |
Poster: Soft Switching PWM Isolated Boost Converter for Fuel Cell Application |
FC.2 |
|||
Richter |
Cornelia |
D |
Forschungszentrum Jülich GmbH |
Atmospheric consequences of the perspective use of hydrogen in the european transport sector in 2050 |
IP.3 |
|||
Rivera-Tinoco |
Rodrigo |
Dr. |
NL |
Energy Research Centre of the Netherlands |
Poster: Impact of the heat source selection on the high temperature electrolysis performances and economic competitiveness |
HP.3b |
||
Rivera-Tinoco |
Rodrigo |
Dr. |
NL |
ECN Energy Research Centre Netherlands |
Learning curves for Solid Oxide Fuel Cells |
FC.4 |
||
Roeb |
Martin |
Dr. |
D |
Deutsches Zentrum für Luft- und Raumfahrt e.V. |
HycycleS - A Project on Solar and Nuclear Hydrogen Production by sulphur-based thermochemical cycles |
HP.2 |
||
Rolf |
Stefan |
D |
MTU Onsite Energy GmbH |
Fuel Cell System HotModule: Highest efficiency and cleanliness at sustainable baseload supply |
ST.1 |
|||
Romer |
Rich |
D |
IDATECH Fuel Cells GmbH |
Backup Power Fuel Cell Systems for Telecom Applications |
SM.1 |
|||
Röntzsch |
Lars |
Dr. |
D |
Fraunhofer Institut für Werkstoff- und Strahltechnik - IWS |
Poster: Hydrogen storage in melt-spun nanocrystalline
Mg-Ni-Y alloys |
HS.2a |
||
Rostrup-Nielsen |
Jens |
DK |
Topsøe Fuel Cell A/S |
Review Presentation on Reforming and Gasification - Fossil Energy Carriers |
HP.4a |
|||
Roy |
Mithun Kanti |
JP |
Okayama University |
Visualization of Knocking Combustion in a Hydrogen
Spark-Ignition Engine |
TA.3 |
|||
Royle |
Mark |
UK |
Health and Safety Laboratory |
Self ignition of hydrogen by various mechanisms |
SI.1 |
|||
Rozenak |
Paul |
Dr. |
IS |
Hydrogen Energy Batteries |
Poster: Hydrogen generation by aluminum-water reactions |
HS.2b |
||
Ruban |
Sidonie |
FR |
Air Liquide |
Hydrogen Safety: R&D work in the "Horizon Hydrogène Energie" program |
SI.1 |
|||
|
S
|
||||||||
Sachs |
Christian |
Dr. |
D |
Adam Opel GmbH |
Safety Aspects of Hydrogen Fuel Cell Vehicles |
SI.1 |
||
Saito |
Yasukazu |
Prof. |
JP |
Tokyo University of Science |
Advantages of Organic Chemical Hydrides for Long-term
Storage and Over-sea Transportation of Hydrogen |
HS.2b |
||
Sakaguchi |
Junichi |
JP |
Chiyoda Corporation R&D Center |
Poster: Global Vision of Hydrogen Supply Chain with Hydrogen Storage and Transportation system by Organic Chemical Hydride Method |
HI.1 |
|||
Salemme |
Lucia |
Dr. |
IT |
University of Naples |
Poster: Catalytic Partial Oxidation in a Reverse Flow Reactor: A
comparison between Rh/Al2O3 and Pt/Al2O3 |
HP.4a |
||
Sasaki |
Kazunari |
Dr. |
JP |
Kyushu University |
Poster: Hydrogen Energy Systems Course at Kyushu University |
SA.4 |
||
Sasaki |
Kazunari |
Dr. |
JP |
Kyushu University |
Alternative Electrocatalyst Support Materials for Polymer Electrolyte Fuel Cells: Semiconducting oxides and carbon nanofibers |
FC.2 |
||
Sattler |
Christian |
Dr. |
D |
Deutsches Zentrum für Luft- und Raumfahrt e.V. |
Review Presentation on thermochemical cycles |
HP.2 |
||
Savinova |
Elena |
FR |
LEcole européenne de Chimie Polymères et Matériaux de Strasbourg |
Development of low platinum catalytic layers for PEM fuel cells |
FC.2 |
|||
Schindler |
Jörg |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Review Presentation on National Strategies and Programmes |
IP.1a |
|||
Schjølberg |
Ingrid |
NO |
Sintef |
IEA-HIA Activities on Small-Scale Reformers for On-site Hydrogen Supply |
IP.1b |
|||
Schmid |
Hans-Peter |
Dr. |
D |
WS Reformer GmbH |
Poster: FLOX Steam Reformer - Efficient and Compact Solutions for Fuel Cell Power Generators and Micro-CHP applications |
HP.4a |
||
Schmidtchen |
Ulrich |
Dr. |
D |
DWV Deutscher Wasserstoff- und Brennstoffzellenverband e.V. |
Co-Chair |
SI.1 |
||
Schmitz |
Mark |
Dr. |
D |
Fachhochschule Aachen Solar-Institut Jülich |
Poster: Methanol from CO2 and solar energy - A Literature Review |
HP.2 |
||
Schneider |
Jesse |
D |
Proton Motor Fuel Cell GmbH |
Poster: Fuel Cell ZEM Ship Technical Aspects and Accomplishments |
TA.1 |
|||
Schneider |
Jesse |
D |
Proton Motor Fuel Cell GmbH |
The implementation of SAE J2601: Hydrogen Fueling Protocol Guideline for Demonstration Projects |
HI.2 |
|||
Schnell |
Patrick |
D |
TOTAL Deutschland GmbH |
The Clean Energy Partnership: Strength of big
companies, innovation from small and medium sized enterprises |
TA.5 |
|||
Schnitzhofer |
Wolfgang |
Dr. |
AT |
PROFACTOR GmbH |
Process investigations for development of an
advanced bioreactor system for thermophilic H2 fermentations |
HP.1c |
||
Schoenung |
Susan |
Dr. |
US |
Longitude 122 West, Inc. |
Trends in Evaluation of Integrated Hydrogen Systems: IEA Hydrogen Task 18 |
IP.1b |
||
Schröder |
Alexander |
D |
Forschungszentrum Jülich GmbH |
Poster: Combined local current distribution measurements and high
resolution neutron radiography of operating Direct Methanol Fuel Cells |
FC.3 |
|||
Schröder |
Markus |
Dr. Ing. |
D |
Tuttahs & Meyer Ing.-GmbH |
Hydrogen at Wastewater Treatment Plants - Optimal Conditions for the Start-Up of a new System |
SA.5 |
||
Selvan |
Pukazh |
IN |
Banaras Hindu University |
Poster: Nanocatalysis for NaAlH4 |
HS.2b |
|||
Serincan |
Fazil |
Dr. |
TR |
UNIDO-ICHET |
Poster: Mobile Renewable House |
SA.4 |
||
Shakeri |
Mohsen |
Prof. |
IR |
Babol Noushirvani University |
Development of a 1 kW DMFC Power system |
FC.3 |
||
Siddiqui |
Zuhaib |
UK |
University of Leeds |
Poster: Two Phase Anaerobic Digestion of Mixed Waste Streams to Separate Generation of Bio-hydrogen and Bio-methane |
HP.1b |
|||
Sierens |
Roger |
Prof. |
BE |
Ghent University |
Co-Chair |
TA.3 |
||
Sierens |
Roger |
Prof. |
BE |
Ghent University |
Heat transfer comparison between methane and hydrogen in a
spark ignited engine |
TA.3 |
||
Sigfusson |
Thorsteinn |
Prof Dr. |
IS |
Innovation Centre Iceland |
Review Presentation on Education and Public Awareness |
SA.4 |
||
Simonsen |
Björn |
NO |
Lillestrøm Centre of Expertise |
HyNor - the Norwegian hydrogen highway |
TA.5 |
|||
Singh |
Shiwa Kant |
Prof. |
IN |
DCR University of Science & Technology |
Poster: Investigations on RNi5 type hydrogen storage materials and ist utilization |
HS.2a |
||
Sinhuber |
Philipp |
D |
RWTH Aachen University |
Design of an Energy System for a Hybrid Electric Fuel Cell Bus |
TA.1 |
|||
Smolinka |
Tom |
Dr. |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Review Presentation on PEM water electrolysis - present status of research and development |
HP.3d |
||
Sreenivasan |
Sreeyasunath |
IN |
TKM College of Engineering |
Preliminary analysis of Cryogenic Carburettor for Cryogenic
Internal Combustion Engine |
TA.3 |
|||
Stark |
Maike |
D |
University Duisburg-Essen |
Systematic assay of the influence of current ripples on polymer electrolyte membrane(s) in low-temperature fuel cells |
FC.5 |
|||
Stavila |
Vitalie |
Dr. |
US |
Sandia National Laboratories |
Boron and nitrogen-containing materials for hydrogen
storage |
HS.2b |
||
Stefanopoulou |
Anna G. |
Dr. |
US |
University of Michigan |
Control of Polymer Electrolyte Membrane (PEM) Fuel Cells for Stationary Power Applications |
ST.2 |
||
Steffen |
Michael |
D |
ZBT Zentrum für BrennstoffzellenTechnik GmbH |
Co-Chair |
HP.4a |
|||
Steinberger-Wilckens |
Robert |
Dr. |
D |
Forschungszentrum Jülich GmbH |
ST.1 |
|||
Stiller |
Christoph |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Poster: Airport liquid hydrogen infrastructure for aircraft auxiliary power units |
SM.2 |
|||
Stiller |
Christoph |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Business Case Hydrogen Infrastructure |
HI.2 |
|||
Stiller |
Christoph |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Utilisation of excess wind power for hydrogen production in Northern Germany |
HP.6 |
|||
Stiller |
Christoph |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Co-Chair |
HP.6 |
|||
Stolten |
Detlef |
Prof. Dr. |
D |
Forschungszentrum Jülich GmbH |
Review Presentation on Alkaline Electrolysis - Introduction and Overview |
HP.3c |
||
Stolzenburg |
Klaus |
D |
PLANET GbR |
Lessons Learned from Hydrogen Infrastructure Operation in
the HyFLEET:CUTE Project |
TA.5 |
|||
Stulgies |
Alfred |
Dr. |
D |
RWE AG |
Comparison between electricity and hydrogen as CO2-free
secondary energy carriers |
TA.6 |
||
Sulatisky |
Michael |
CA |
Saskatchewan Research Council |
Damage Detection in High-Pressure Cylinders |
SI.1 |
|||
Sutti |
Sandro |
IT |
Mantova Town Hall |
Poster: Communication and Dissemination in Mantova |
SA.8 |
|||
Szwaja |
Stanislaw |
Dr. |
PL |
Czestochowa University of Technology |
Sewage sludge based producer gas of rich H2 content as a
fuel for an IC engine |
TA.3 |
||
|
T
|
||||||||
Takagi |
Yasuhiro |
JP |
NGK Spark Plug Co., Ltd R&D Center |
Poster: Reforming Performance of Hydrogen Production Modules Based on Membrane On Catalyst |
HP.5 |
|||
Takahiro |
Kuriiwa |
JP |
Tohoku University |
Poster: Development of V-rich V-Ti-Cr and V-Ti-Cr-Al alloys with high hydrogen desorption pressure MH tank |
HS.2a |
|||
Takeishi |
Kaoru |
DR. |
JP |
Shizuoka University |
Poster: Development of hydrogen production catalysts from dimethyl ether |
HP.4a |
||
Tamburic |
Bojan |
UK |
Imperial College London |
Poster: An experimental study of the growth and hydrogen production of C.reinhardtii |
HP.1a |
|||
Tamburic |
Bojan |
UK |
Imperial College London |
Design of a novel flat-plate photobioreactor system
for green algal hydrogen production |
HP.1a |
|||
Tamura |
Yohsuke |
Dr. |
JP |
Japan Automobile Research Institute |
Study on the Fire Response of Vehicles with Compressed Hydrogen Cylinders |
SI.1 |
||
Tanisho |
Shigeharu |
Prof. |
JP |
Yokohama National University |
Poster: Continuous Hydrogen Production from starch by
Fermentation |
HP.1b |
||
Teichgräber |
Burkhard |
Dr. |
D |
Emschergenossenschaft/Lippeverband |
Green Hydrogen and Natural Gas from Digester Gas of
Wastewater Treatment Plants |
HP.4b |
||
Thibault |
Christophe |
FR |
University of Corsica |
Sizing of photovoltaic system coupled with hydrogen storage based on the ORIENTE model |
SM.1 |
|||
Thiesen |
Lars Peter |
Dr. |
D |
Adam Opel GmbH |
HydroGen4 - The First Year of Operation in Europe |
TA.1 |
||
Thomas |
C.E. Sandy |
US |
H2Gen Innovations |
Societal Cost-Benefit Analysis of Transportation Options
for the 21st Century |
SA.2 |
|||
Thomas |
C.E. Sandy |
US |
H2Gen Innovations |
Fuel Cell and Battery Electric Vehicles Compared |
TA.6 |
|||
Tian |
Xiaohui |
D |
Fraunhofer Institute for Solar Energy Systems - ISE |
Applying methanol vapor in passive planar DMFC as micro power sources |
FC.3 |
|||
Tock |
Laurence |
CH |
École polytechnique Fédérale de Lausanne |
Process Integration Analysis of an Industrial Hydrogen
Production Process |
HP.6 |
|||
Trevisani |
Giampaolo |
IT |
Mantova Town Hall |
Poster: Zero Regio development in Mantova, Italy |
SA.8 |
|||
Trudewind |
Clemens A. |
D |
Ruhr-Universität Bochum |
Technological and Ecological Assessment of Industrial
Photobiological Hydrogen Production Procedures |
HP.1a |
|||
|
U
|
||||||||
Uchida |
Hirohisa |
JP |
Tokai University |
Poster: Combinational Effects of Charged Particle Irradiation and
Alkaline Pretreatment on Hydriding Property of a Mm-Ni Based Alloy |
HS.2a |
|||
Uchida |
Hirohisa |
JP |
Tokai University |
Poster: Effect of O2 preadsorption on the rate of H2 absorption on
the surface of rare earths ( La, Ce, Pr, Nd, Gd, Tb, Dy and Y ) at 298K |
HS.2a |
|||
Ulleberg |
Øystein |
ZA |
University of the Western Cape |
Metall Hydride Hydrogen Storage Units for Low Temperature PEM Fuel Cell Power Systems |
HS.2a |
|||
Urbanczyk |
Robert |
D |
Institut für Energie- und Umwelttechnik e.V. |
Poster: HT-PEM Fuel Cell System with integrated complex hydride storage tank |
HS.2a |
|||
Ursua |
Alfredo |
ES |
Public University of Navarra |
Poster: Photovoltaic hydrogen production with commercial alkaline electrolysers |
HP.3c |
|||
|
V
|
||||||||
van den Oosterkamp |
Paul |
NL |
Energy Research Centre of the Netherlands |
Bio-methanol fuel cell systems for ships |
SM.3 |
|||
van Niel |
Ed |
SE |
Lund University |
Co-Chair |
HP.1c |
|||
van Sterkenburg |
Stefan |
NL |
HAN Univeristy of applied sciences |
A fuel cell driven aircraft baggage tractor |
SM.4 |
|||
Varfolomeeva |
Julia |
D |
University of Freiburg |
Poster: Optimization of Thermal Management in High Temperature
Fuel Cells |
FC.2 |
|||
Varkaraki |
Elli |
Dr. |
GR |
Centre for Renewable Energy Sources |
IEA/HIA Case Study: The RES2H2 wind-hydrogen plant in Greece |
IP.1b |
||
Verhage |
Adriaan |
Dr. |
NL |
NedStack Fuel Cell Technology B.V. |
Poster: Duration tests of PEM fuel cells in a 50 kW pilot power
plant |
ST.2 |
||
Vidal |
Alfonso |
ES |
CIEMAT-PSA |
Upscaling of a 500kW solar gasification plant |
HP.4a |
|||
Viebahn |
Peter |
Dr. |
D |
Wuppertal Institut for Climate, Environment and Energy |
Poster: Lessons for low-power fuel cell vehicles from a demonstration project: results of techno-economic, safety, environmental and social assessment of the EU-HYCHAIN MINI-TRANS project |
SA.3 |
||
Villatico |
Federico |
IT |
UNIDO-ICHET |
Hydrogen Rickshaws fleet demonstration in New Delhi |
SA.5 |
|||
Vogels |
Jochen |
D |
CHOREN Industries GmbH |
Industrial scale hydrogen production from biomass via CHORENs unique Carbo-V® process |
HP.4b |
|||
Vogler |
Finn |
D |
Germanischer Lloyd AG |
New Developments for Maritime Fuel Cell Systems |
SM.3 |
|||
Voll |
Anna |
D |
RWTH Aachen University |
Poster: Production of biofuels - The hydrogen consumption as
performance indicator in the early design stage |
TA.4 |
|||
von Lensa |
Werner |
D |
Forschungszentrum Jülich GmbH |
Coal Gasification for Hydrogen Production Using Nuclear Energy |
HP.4a |
|||
von Wild |
Jürgen |
Dr. |
D |
BMW Group |
Liquid Organic Hydrogen Carriers (LOHC): An auspicious
alternative to conventional hydrogen storage technologies |
HS.2b |
||
Vondricka |
Jiri |
Dr. |
D |
GSR Ventiltechnik GmbH & Co. KG |
Poster: Rapid Reaction Valve - new system for flow control |
HS.1 |
||
Voss |
Stefan |
D |
Technische Universität, Bergakademie Freiberg |
Development of a Fuel Flexible, Air-regulated, Modular,
and Electrically Integrated SOFC-System (FlameSOFC) |
ST.1 |
|||
|
W
|
||||||||
Wagner |
Hermann-Josef |
Prof. Dr. |
D |
Ruhr-Universität Bochum |
Review Presentation on Research & Development Target and Priorities |
SA.1 |
||
Wagner |
Ulrich |
Prof Dr. |
D |
Technische Universität München |
Review Presentation on Life Cycle Analysis and Economic Impact |
SA.2 |
||
Wallentowitz |
Henning |
Prof. Dr. |
D |
Review Presentation on Electrification in Transportation Systems |
TA.6 |
|||
Walter |
Stephan |
CH |
Paul Scherrer Institut |
Poster: Hydrogen driven municipal vehicle (hy.muve) |
TA.1 |
|||
Walter |
Stephan |
CH |
Paul Scherrer Institut |
Assessing consumer preferences for hydrogen driven road-sweepers |
TA.5 |
|||
Wang |
Yong |
D |
Forschungszentrum Jülich GmbH |
Desulfurization of Jet Fuel for Fuel Cell-based APU Systems in Aircraft |
SM.2 |
|||
Wannek |
Christoph |
D |
Forschungszentrum Jülich GmbH |
Co-Chair |
FC.2 |
|||
Watanabe |
Tomofumi |
JP |
The Institute of Applied Energy Research and Development |
Poster: Cost estimation of transported hydrogen, produced by overseas wind power generations |
HP.6 |
|||
Weber |
Mathilde |
FR |
Air Liquide S.A. |
Poster: Experimental and numerical evaluation of transient temperature distribution inside a cylinder during fast filling for H2 applications |
HS.1 |
|||
Weber |
Mathilde |
FR |
Air Liquide S.A. |
Damage Accumulation and Lifetime Prediction of Carbon
Fiber Composite Pressure Vessels |
HS.1 |
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Weeda |
Marcel |
Dr. |
NL |
Energy Research Centre of the Netherlands |
Poster: THRIVE ALLOCATE - A dynamic model to simulate roll-out of hydrogen vehicles and refuelling infrastructure |
HI.2 |
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Weeda |
Marcel |
Dr. |
NL |
European Commission |
Cost analysis of hydrogen refuelling infrastructure roll-out scenarios in the Dutch THRIVE project |
HI.1 |
||
Weeda |
Marcel |
NL |
Energy Research Centre of the Netherlands |
HI.1 |
||||
Weiner |
Steven C. |
Dr. |
US |
Battelle Memorial Institute |
Speaking of Safety: Learning from Safety Reviews |
SI.1 |
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Weiße |
Martin |
D |
WIND-projekt Ingenieur- und Projektentwicklungsgesellschaft mbH |
Poster: RH2-WKA - Making wind energy a steady power source |
HP.3a |
|||
Wiedemann |
Gunter |
D |
Robert Bosch GmbH |
Suitable balance-of-plant components - a Key to success
of fuel cell vehicles |
TA.1 |
|||
Wilhelm |
Jörg |
D |
Forschungszentrum Jülich GmbH |
Poster: Hybridization and Control of Direct Methanol Fuel Cell
Systems for Material Handling Applications |
SM.4 |
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Willquist |
Karin |
SE |
Lund University |
How environmental parameters controls metabolic
pathways to hydrogen |
HP.1c |
|||
Wind |
Jörg |
Dr. |
D |
Daimler AG |
E-mobil BW - a new state initiative in Baden-Wuerttemberg |
SA.7 |
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Wind |
Jörg |
Dr. |
D |
Daimler AG |
HYSYS - system components for hybridized fuel cell vehicles |
TA.1 |
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Wind |
Jörg |
Dr. |
D |
Daimler AG |
WTW analyses and mobility scenarios with OPTIRESOURCE |
TA.4 |
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Wipke |
Keith |
US |
National Renewable Energy Laboratory |
Poster: Evaluation of Hydrogen Storage System Characteristics for Light-Duty Vehicle Applications |
HP.6 |
|||
Wipke |
Keith |
US |
National Renewable Energy Laboratory |
Review Presentation on Demonstration Projects, Costs and Market Introduction |
TA.5 |
|||
Wolf |
Joachim |
Dr. |
D |
flow-advice Coached Innovations |
New Mobility Concepts Imply New Fuel Supply Networks |
TA.6 |
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Wukovits |
Walter |
Dr. |
AT |
Technische Universität Wien |
Optimisation of a two-stage bio hydrogen fermentation process |
HP.1c |
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Wullenkord |
Michael |
D |
Deutsches Zentrum für Luft- und Raumfahrt e.V. |
Hydrogen production by thermal cracking of methane - investigation of reaction conditions |
HP.4a |
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Wurster |
Reinhold |
D |
LBST Ludwig-Bölkow-Systemtechnik GmbH |
Regulations, Codes & Standards for the Approval of Hydrogen Refuelling Stations |
SI.2 |
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X
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Y
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Yazici |
M.Suha |
Dr. |
TR |
UNIDO-ICHET |
Role of Hydrogen on Engineering Education: ICHET example |
SA.4 |
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Youssef |
Emhemmed A. |
CA |
The University of Western Ontario |
Poster: A Novel Technique for Hydrogen Production from Hog-Manure in Supercritical Partial Oxidation (SCWPO) |
HP.4a |
|||
Yung-Chung |
Lo |
TW |
National Cheng Kung University |
Poster: Continuous photo-H2 production from acetate with using Rhodopseudomonas palustris WP 3-5 |
HP.1a |
|||
Yung-Chung |
Lo |
TW |
National Cheng Kung University |
Poster: Optimizing fermentation conditions for biohydrogen production with Clostridium butyricum CGS2 using statistical experimental design |
HP.1b |
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Yung-Chung |
Lo |
TW |
National Cheng Kung University |
Poster: Using biomass of starch-rich transgenic Arabidopsis vacuolar as feedstock for fermentative hydrogen production |
HP.1b |
|||
Yung-Chung |
Lo |
TW |
National Cheng Kung University |
Poster: Biohydrogen production from combined dark-photo fermentation under a high ammonia content in the dark fermentation effluent |
HP.1b |
|||
Yurdakul |
Asli |
TR |
Middle East Technical University |
Poster: Design of a Hydrogen gas generator using aqueous sodium
borohydride solution for portable fuel cell applications |
HS.2b |
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Z
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Zahid |
Mohsine |
Dr. |
D |
European Institute for Energy Research |
Review Presentation on High-Temperature Electrolysis |
HP.3b |
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Zenith |
Federico |
Dr. |
D |
Max-Planck-Institut |
Conditions for Autonomy of a DMFC system |
FC.3 |
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Zheng |
Hang |
AU |
University of Queensland |
Poster: A high yield, hydrogen producing, bacterial community
enriched from anaerobic digester leachate |
HP.1b |
|||
Zillich |
Christian |
D |
University Duisburg-Essen |
Poster: The Effect of Hydrogen on Transport Properties of Highly
Permeable Metal Membranes |
HP.5 |
|||
Zimmer |
René |
Dr. |
D |
Unabhängiges Institut für Umweltfragen e.V. |
Acceptance of hydrogen technologies and the role of trust |
SA.4 |
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Ziolek |
Andreas |
Dr. |
D |
EnergieRegion.NRW |
Review Presentation on Regional Activities |
SA.7 |
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