28 October | 9.00–10.00 | Registration | 10.00 | Opening | 10.00–10.40 | Welcome Speech Alexander Klimenko, Federal Agency for Science and Innovations, Russia
Aires Soares, European Commission
Turhan Nejat Veziroglu (Honoured Co-Chair), USA/IAHE | Plenary session
Key Hydrogen Storage Systems R&D Activities Co-Chairs:
Boris Reutov, Federal Agency for Science and Innovations, Russia
Aires Soares, European Commission | 10.40–11.00 | Russian Hydrogen and Fuel Cells R&D Programme
Alexander Klimenko, Federal Agency for Science and Innovations, Russia  | 11.00–11.20 | Overview of Hydrogen Storage R&D in the EU
Marc Steen, Joint Research Centre, European Commission | 11.20–11.40 | Recent Progress in Research and Development of Hydrogen Storage Materials in Japan; Fundamental Research to Practical Application
Etsuo Akiba, National Institute of Advanced Industrial Science and Technology, Japan | 11.40–12.00 | Hydrogen Storage Infrastructure Analysis
Jay Keller, Sandia National Laboratories, USA | 12.00–12.30 | Coffee Break. Poster session* | 12.30–12.50 | Electrochemical Systems with Proton Exchange Membranes, as a Basis of a Hydrogen Infrastructure
Vladimir Fateev, RRC “Kurchatov Institute”, Russia | 12.50–13.10 | Future Energy Development and EMPA'S Energy Research Program
Valentina Zakaznova-Herzog, Swiss Federal Laboratories for Materials Testing and Research, Switzerland | 13.10–13.30 | Metal Hydride Technologies: Existent and Prospective Niche Applications
Mikhailo Lototsky, Systems Integration & Technology Validation Competence Center, RSA | 13.30–13.50 | Metal Hydride Technologies for Power Engineering
Vasily Borzenko, Joint Institute for High Temperature, Russian Academy of Science, Russia | 13.50–14.30 | Design Build and Test of Full Scale, Modular, Solid-State Hydrogen-Storage Tanks
Scott Jorgensen, General Motors, USA | 14.30–14.50 | Optimization of Refueling Processes in Metal-Hydride Based Hydrogen Storage Systems
Daniel Dedrick, Sandia National Laboratories, USA | 14.50–15.30 | Lunch | 15.30–15.50 | Research activities on hydrogen storage in Italy
Pier Paolo Prosini, ENEA TER, Italy | 15.50–16.10 | Searching for new H-storage material with high H-capacity
Weifang Luo, Sandia National Laboratories, USA | 16.10–16.30 | Alumohydrogen Technologies for Autonomous Consumers Supply
Evgeniy Shkolnikov, Joint Institute for High Temperature, Russian Academy of Science, Russia | Session 1 “Education. Student Session” Co-Chairs:
Boris Reutov, Federal Agency for Science and Innovations, Russia
Vladimir Fateev, RRC “Kurchatov Institute” | 16.30–16.50 | Outstanding Education Issues in the Area of Hydrogen Energy
Nikolay Kuleshov, Moscow Power Engineering Institute, Russia | 16.50–17.10 | Integration of Education, Science and Industry as Key Issue of the Education in the Area of the Hydrogen Energy
Igor Chausov, Research Institute for Innovative Strategies of Education Development, Russia | 17.10–17.30 | Presentation of the Best Student Work Award
Winners of the Award for the Best Student Work | 18.00–20.00 | Cocktail party | 29 October | 9.00–9.30 | Registration | Session 2 “Hydrogen Storage Materials and Technologies” Co-Chairs:
Bjørn Hauback, Institute for Energy Technology, Norway /IEA HIA
Mikhailo Lototskiy, Systems Integration & Technology Validation Competence Center, RSA | 9.30–10.00 | Novel Efficient Solid Storage for Hydrogen: An Overview of the NESSHY
Athanassios Stubos, National Research Center Demokritos, Greece | 10.00–10.20 | MgH2, a “New” Hydrogen Storage Material for Stationary & Mobile Applications
Daniel Fruchart, Institute Néel – CNRS, France | 10.20–10.40 | Materials for Bound Hydrogen Storage
Boris Tarasov, Institute of Problems of Chemical Physics of the Russian Academy of Science, Russia | 10.40–11.00 | Novel Nano Composites for Hydrogen Storage Applications - the NANOHy Project
Bjorn Haubeck, Institute for Energy Technology, Norway /IEA HIA | 11.00–11.20 | Metal-insulator transitions in hydrogen storage materials
Klaus Yvon, University of Geneva, Switzerland | 11.20–11.40 | A comparative study of hydrogen storage properties of various metal-carbon nanotube composites
Kee Suk Nahm, Chonbuk National University, Republic of Korea | 11.40–12.00 | Hydrogenation of Nanostructured Magnesium Alloys and Composites on Their Basis
Pavel Fursikov, Institute of Problems of Chemical Physics of the Russian Academy of Science, Russia | 12.00–12.30 | Coffee Break | 12.30–12.50 | High Efficiency Nanocomposition Hybrid “Carbon-Metal Hydride” Materials for Hydrogen Storage and its Reversible Usage
Valentine Mitkin, Nikolaev Institute of Inorganic Chemistry SB Russian Academy of Science, Russia | 12.50–13.10 | Metal Hydrides with High Pressure Dissociation
Victor Verbetsky, Moscow State University, Russia | 13.10–13.30 | Development of a Metal Hydride Tank for Motor Transport
Arkadiy Yukhimchuk, Russian Federal Nuclear Center – All-Russian Research Institute of Experimental Physics, Russia | 13.30–13.50 | Problems and solutions in the comprehensive diagnostics of some light metals
Lyudmila Levchenko, Nikolaev Institute of Inorganic Chemistry SB Russian Academy of Science, Russia | 13.50–14.30 | Lunch | Co-Chairs:
Athanassios Stubos, National Research Center Demokritos, Greece
Boris Tarasov, Institute of Problems of Chemical Physics of the Russian Academy of Science, Russia | 14.30–15.00 | Task 22 of the IEA HIA: Fundamental and applied hydrogen storage materials development
Bjorn Hauback, Institute for Energy Technology, Norway /IEA HIA | 15.00–15.20 | Mechanochemically synthesized magnesium-based materials for hydrogen storage
Irina Konstanchuk, Institute of Solid State Chemistry and Mechanochemistry SB Russian Academy of Science, Russia | 15.20–15.40 | Parametric Study of Magnesium Hydride Formation and Crystallographic Properties Changes
Aysel Kantürk Figen, Yildiz Technical University, Turkey | 15.40–16.00 | Hydrogine-Rich Boron-Containing Materials for Hydrogen Storage
Valentina Simagina, Boreskov Institute of Catalysis SB Russian Academy of Science, Russia | 16.00–16.20 | Enhancement of Hydrogen Sorption Kinetic of Magnesium-Based Compounds by means of Intensive Plastic Deformation
Natalia Skryabina, Perm State University, Russia | 16.20–16.40 | Hydrogen storage technology based on sodium borohydride: Ulexite mineral as a starting material
Mehmet Burcin Piskin, Yildiz Technical University, Turkey | 16.40–16.50 | Break | 16.50–18.00 | Plenary Round Table “Perspectives of the International Cooperation Under the Aegis of IPHE” | Session 3 “System Integration and Infrastructure” Co-Chairs:
Stanislav Malyshenko, Joint Institute for High Temperature, Russian Academy of Science, Russia
Jay Keller, Sandia National Laboratories, USA | 9.30–9.55 | Hydrogen Transportation Technologies
Sergey Kozlov, RRC “Kurchatov Institute”, Russia | 9.55–10.20 | Cryogenic Fuel Aviation Complex as the Basis for Using Liquid Hidrogen in Civil Aviation
Sergey Postoev, The State Scientific Research Institute of Civil Aviation, Russia | 10.20–10.40 | Creation of the Shunting Locomotive with Fuel Cells Based Power Installation and High Pressure Electrolyzer
Dmitry Grigorovich, Research Institute for Railway Engineering, Russia | 10.40–11.00 | Hydrogen cycle and alternatives for solar cell-based power plants buffer energy storage – technical and economical comparison
Alexei Tarasenko, Joint Institute for High Temperature, Russian Academy of Science, Russia | 11.00–11.20 | Underground hydrogen storage in salt deposits
Kaplan Basniev, Gubkin Russian State University of Oil and Gas, Russia | 11.20–11.40 | Heat and Mass Transfer in Metal Hydride Systems for Hydrogen Storage and Purification
Dmitriy Dunikov, Joint Institute for High Temperature, Russian Academy of Science, Russia | 11.40–12.00 | Mathematical Models of Heat and Mass Transfer in Metal-Hydrides
Georgiy Yankov, Moscow Power Engineering Institute, Russia | 12.00–12.30 | Coffee Break | 12.30–12.50 | Effective thermal conductivity of multiwalled carbon nanotubes as hydrogen storage materials
Yeon Ho Im, Chonbuk National University, Republic of Korea | 12.50–13.10 | On-board Vehicular System for Storage and Supply of Gaseous Hydrogen
Igor Goryachev, RRC “Kurchatov Institute”, Russia | 13.10–13.30 | Identification of Sodium Borohydride from Solid Reaction Products
Sevgi Fettah, Vestel defence industry, Turkey | 13.30–13.50 | Characteristics of Capillar Structures-Based Hydrogen Accumulator with 13,4 % Mass and 51 gr/liter Volume Concentration of Hydrogen
Alexander Chabak, Academy of Perspective Technologies, Russia | 13.50–14.30 | Lunch | Session 4 “Safety of Hydrogen Storage Systems” Co-Chairs:
Anatoly Domashenko, JSC “Cryogenmash”, Russia
Marc Steen, Joint Research Center, European Commission | 14.30–14.50 | Modelling of Hydrogen Dispersion from Permeation for Safety Engineering and Risk Assessment
Dmitriy Makarov, University of Ulster, UK | 14.50–15.10 | Chemical Methods of Hydrogen Combustion Management and Explosion Safety Assurance
Vilen Azatyan, Institute of Structural Macro kinetics and Material Science of Russian Academy of Science, Russia | 15.10–15.30 | Peculiarities of filling confined spaces with hydrogen-impact on a safety
Sergey Korobtsev, RRC Kurchatov institute, Russia | 15.30–15.45 | Problems of explosion and fire safety of systems for large-scale storage of liquid hydrogen
Vyacheslav Petukhov, Russian Academy of Science, Russia | 15.45–16.05 | Hydrogen Stresses in Materials: Physical Nature and the Problem of Hydrogen Technologies Safety
Lyudmila Goltsova, Donetsk National Technical University, Ukraine | 16.05–16.20 | Fire And Explosion Hazard, Means And Methods of Fire-Extinguishing of Metals And Metal Hydrides
Stanislav Gabrielyan, FGU “VNIIPO EMERCOM”, Russia | 16.20–16.40 | About the national legislative, normative and technical base in the field of hydrogen technologies
Alexander Ramenskiy, National Hydrogen Energy Association, Russia | 16.40–16.50 | Break | 16.50–18.00 | Plenary Round Table “Perspectives of the International Cooperation Under the Aegis of IPHE” Towards the hydrogen economy: a South African perspective
Cordellia Sita, Director: Hydrogen South Africa (HySA), Department of Science & Technology Recommendations for Follow-up
Marc Steen, Head of Unit Cleaner Energy, Joint Research Center, European Commission | Poster session - High-quality hydride materials for hydrogen storage systems: the principles of development and technology of production
Julia Filyand, Development and Design Institute for Rare Metal Industry (Giredmet), Russia - Laboratory thermobaric station TBS-200 for studies of the hydrogen storage nanocomposition materials and their cycling under higher pressures and temperatures
Liudmila Levchenko, Nikolaev Institute of Inorganic Chemistry SB RAS (NIIC SB RAS), JS “Center of ecologic and technologic monitoring”, Russia - Research and development activities in effective materials for H-storage, mirrored in the world scientific publications
Valentine Mitkin, Nikolaev Institute of Inorganic Chemistry SB RAS (NIIC SB RAS), JS “Center of ecologic and technologic monitoring”, Russia - Reaction of metal aluminum with water as alternative to gaseous hydrogen storage
Nataliya Shaytura, Institute for Energy Problems of Chemical Physics RAS, Scientific Association for High Temperatures RAS Russia - Utilization of descret TPP output for hydrogen production (the project of TPP Severnaya hydrogen infrastructure)
Igor Usachev, “NIIES” SA “RusHydro”, Russia - Reversible solid-state hydrogen storage and purification system for PEM fuel cell
Dmitriy Blinow, Joint Institute for High Temperatures of Russian Academy of Sciences, Russia - Portable fuel cells with reversible and irreversible hydrogen sources
Igor Yanilkin, Joint Institute for High Temperatures of Russian Academy of Sciences, Russia - Metal hydrides for hydrogen supply system of PEM fuel cell
Ivan Romanov, Joint Institute for High Temperatures of Russian Academy of Sciences, Russia - Research and development of technologies for hydrogen production based on activated aluminum composites without rare earth metals for power plants
Vyacheslav Kozlyakov, State Industrial University, Russia
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