Thursday, October 4 | ||||||
9:00-9:30 | Registration with Coffee | |||||
9:30-9:45 | Opening (LZA, LU CFI, LHA) | |||||
Lectures for Students and Specialists | ||||||
9:45-10:25 | Marieke Reijalt | European Hydrogen Association, EHA | Hydrogen and fuel cell vehicles demo projects in Europe | |||
10:25-11:05 | Dr. rer. nat. Johannes Töpler | Hochschule Esslingen; German Hydrogen and Fuel Cell Association | Why Hydrogen? - the reasons for its necessity and comparisons of alternative fuels | |||
11:05-11:15 | Short Water Break | |||||
11:15-11:55 | Gordon Watt | Business Development, Logan Energy Ltd (UK) | CO2 neutral hydrogen technologies integrated with existing technologies – UK experience I | |||
11:55-12:35 | Dr. rer. nat. Johannes Töpler | Hochschule Esslingen; German Hydrogen and Fuel Cell Association | Hydrogen Storage Technologies - existing capabilities and safety relations I | |||
12:35-13:30 | Lunch | |||||
13:30-14:10 | Dr.chem. Guntars Vaivars | Faculty of Chemistry, University of Latvia | Proton conducting membranes - from research to production in Latvia | |||
14:10-14:50 | Dr.phys. Pavel Fursikov | Laboratory of Hydrogen Storage Materials IPCP Russian Academy of Science | Jacob's Ladder for Metal Hydrides and Solid-State Hydrogen Storage | |||
14:50-15:30 | Dr.chem. Yuri Zhukovskii | Institute of Solid State Physics, University of Latvia | Catalysts on the surface of the oxide nanotubes - calculations from the first principles | |||
15:30-16:00 | Coffee Break | |||||
16:00-18:00 | Reports from Young Researchers (8 minutes each): | |||||
Astrida Berzina, Peteris Lesnicenoks | Faculty of Materials Science and Applied Chemistry, Riga Technical University | Hydrogen storage in zeolites – Thermogravimetric method | ||||
Krisjanis Jurgelis | Faculty of Chemistry, University of Latvia | Preparation, properties and use in fuel cell of modified poly(etheretherketone) polymer membranes | ||||
Justs Dimants | Faculty of Economics and Management, University of Latvia | Public Acceptance Of Hydrogen Technology Implementation | ||||
Ilze Dimanta | Faculty of Biology, University of Latvia | Biohydrogen production research in the University of Latvia I | ||||
Ilze Dirnena | Faculty of Biology, University of Latvia | Integration of acidogenic and metanogenic processes for simultaneous hydrogen and methane obtaining from complex substrates | ||||
Zane Rutkovska, Arturs Gruduls | Faculty of Biology, University of Latvia | Microbial fuel cells from local microorganisms | ||||
Ainars Knoks | Institute of Solid State Physics, University of Latvia | Spray-pyrolysis method to obtain thin films | ||||
Andris Sivars | Institute of Solid State Physics, University of Latvia | Hydrogen storage in zeolites and metal hydride composites – Sievert method | ||||
Peteris Aizpurietis, Martins Vanags | Institute of Solid State Physics, University of Latvia | Water electrolysis with short inductive voltage pulses | ||||
Mara Gudakovska | Faculty of Geography and Earth Sciences | Research plan starting MSc studies – Hydrogen as renewable energy carrier | ||||
Mihails Haļitovs | Institute of Chemical Physics, University of Latvia | Accumulation and release of fusion fuel from a Tokamak vacuum vessel protection materials | ||||
Liga Avotina | Institute of Chemical Physics, University of Latvia | Characterization of retention of hydrogen isotopes from fusion device materials | ||||
Sabine Didrihsone | Institute of Inorganic Chemistry, Riga Technical University | Photocatalytic properties of Bi2WO6 nanopowders synthesis with molten salt method | ||||
Reinis Drunka | Institute of Inorganic Chemistry, Riga Technical University | Synthesis and photocatalytic properties of sulfur-modified TiO2 nanotubes | ||||
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| Ieguldījums tavā nākotnē! | |
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