SAR_Task22_Japan_Oct.. - Hydrogen Implementing Agreement

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The following classes of materials are included: • Reversible metal hydrides • Regenerative hydrogen storage materials (chemical hydrides) • Nanoporous materials Task 22 is built on projects with international collaboration strongly encouraged. A project plan is prepared for each project. The number of Experts is 54, see Table 1. Table 1: Participation in IEA HIA Task 22 per May 2011. Country Expert Organization E-mail Australia C. Buckley Curtin Univ. c.buckley@curtin.edu.au Australia E. Gray Griffith Univ. e.gray@griffith.edu.au Canada R. Chahine HRI-UQTR richard.chahine@uqtr.ca Canada J. Huot HRI-UQTR jacques.huot@uqtr.ca Denmark T. R. Jensen Univ. of Aarhus trj@chem.au.dk Denmark T. Vegge Risø Nat. Lab. tejs.vegge@risoe.dk France D. Fruchart CNRS Grenoble daniel.fruchart@grenoble.cnrs.fr France M. Latroche CNRS Thiais michel.latroche@iscsa.cnrs.fr France P. de Rango CNRS Grenoble patricia.derango@grenoble.cnrs.fr Germany J. Bellosta von HZG jose.bellostavoncolbe@hzg.de Colbe Germany M. Dornheim HZG martin.dorniheim@hzg.de Germany M. Fichtner KIT m.fichtner@kit.edu Germany M. Hirscher MPI Stuttgart hirscher@mf.mpg.de Greece T. A. Steriotis NCSR Demokritos tster@chem.demokritos.gr Iceland S. Olafsson Univ. of Iceland sveinol@raunvis.hi.is Italy A. Albinati Univ. of Milan alberto.albinati@unimi.it Italy M. Baricco Univ. of Torino Marcello.baricco@unito.it Italy R. Cantelli Univ. of Rome rosario.cantelli@roma1.infn.it Italy P. Prosini ENEA Pierpaolo.prosini@enea.it Italy M. Zoppi CNR-ISC marco.zoppi@isc.cnr.it Japan E. Akiba ETRI AIST e.akiba@aist.og.jp Japan Y. Kojima Hiroshima Univ kojimay@hiroshima-u.ac.jp Japan N. Kuriyama UBIQEN AIST kuriyama-n@aist.go.jp Japan S.-I. Orimo Tohoku Univ. orimo@imr.tohoku.ac.jp Japan S. Tsunokake Japan Met. & Chem. tunokakes@jmc.co.jp Korea Y. W. Cho KIST oze@kist.re.kr Lithuania D. Milcius Lith. Energy Inst. milcius@isag.lei.lt Norway B. C. Hauback IFE bjorn.hauback@ife.no Norway V. A. Yartys IFE volodymyr.yartys@ife.no Netherlands B. Dam Delf Univ. of Tech. b.dam@tudelft.nl Sweden D. Noréus Stockholm Univ dag@struc.su.se Sweden Y. Andersson Uppsala Univ yvonne.andersson@mkem.uu.se Switzerland A. Züttel EMPA andreas.zuttel@empa.ch United Kingdom D. Book Univ. of Birmingham d.book@bham.ac.uk United Kingdom B. David ISIS w.i.f.david@rl.ac.uk United Kingdom Z. X. Guo Univ.College London z.x.guo@ucl.ac.uk United Kingdom D. K. Ross Univ. of Salford d.k.ross@salford.ac.uk United Kingdom G. Walker Univ. of Nottingham gavin.walker@nottingham.ac.uk USA C. Ahn Caltech cca@caltech.edu USA M. Allendorf Sandia mdallen@sandia.gov USA D. Anton SRNL donald.anton@srnl.doe.gov USA T. Autrey PNNL tom.autrey@pnl.gov USA C. Brown NIST craig.brown@nist.gov USA A. Burrell LANL burrell@lanl.gov USA Y. Chabal Univ. of Texas Dallas chabal@utdallas.gov 2
USA D. Chandra Univ. of Nevada dchandra@unr.edu USA J. Graetz BNL graetz@bnl.gov USA K. J. Gross Hy-Energy karljgross@hy-energy.com USA C. M. Jensen Univ. of Hawaii jensen@gold.chem.hawaii.edu USA S.-Y. Liu Univ. of Oregon lsy@uoregon.edu USA D. Mosher UTRC mosherda@utrc.utc.com USA T. Udovic NIST udovic@nist.gov USA J.-C- Zhao Ohio State Univ. zhaojc@matsceng.ohio-state.edu USA R. Zidan SRNL ragaiy.zidan@srnl.doe.gov Task 22 consists of R&D projects lead by project leaders from the participation countries. Nearly every project involves international collaboration. In addition to the individual projects there is also one project related to Engineering/Applied hydrogen storage aspects that is coordinated by Donald Anton, SRNL, USA. The 48 active projects are (the project leaders in parenthesis): • Light metals and porous materials for hydrogen storage (C. Buckley, Australia) • In-situ studies of hydrogen storage materials with neutrons and X-rays (E. Gray, Australia) • Effect of severe plastic deformation on hydrogen storage behavior (J. Huot, Canada) • Synthesis and characterization of light metal hydrides and nanoporous materials (T. R. Jensen, Denmark) • Integrated computational and experimental methods for thermodynamic predictions and kinetic analysis (T. Vegge, Denmark) • TM and RE intermetallics based hydrides, from fundamental to processes and storage units (D. Fruchart, France) • Composite materials combining metallic compounds and porous materials for the chemical or electrochemical storage of hydrogen (M. Latroche, France) • Kinetic optimization of LiBH 4 /MgH 2 and Ca(BH 4 ) 2 /MgH 2 Reactive Hydride Composites (M. Dornheim, Germany) • Synthesis and characterization of new tetrahydroborate compounds and nanoscale hydrides (M. Fichtner, Germany) • Hydrogen physisorption on MOFs (M. Hirscher, Germany) • Synthesis and characterization of metal doped carbons (T. A. Steriotis, Greece) • Fundamental and applied hydrogen storage materials development of composite Mg:C materials: Using thin films and post composite processing of ball milled material (S. Ólafsson, Iceland) • Hydrogen storage in nanostructured complex hydrides, molecular compounds and metal alloys (A. Albinati and R. Cantelli, Italy) • Experimental and theoretical studies on hydrogen storage materials (M. Baricco, Italy) • Hydrogen storage devices based on NaBH 4 (P. Prosini, Italy) • Atomic scale characterization of hydrogen storage materials (metal hydrides, nanoporous materials, clathrates, MOFs) by optical spectroscopy and neutron scattering techniques (M. Zoppi, Italy) • Synthesis and characterization of novel metal hydrides (E. Akiba, Japan) • Basic research on non-metallic hydrogen storage materials (Y. Kojima, Japan) • Synthesis under high-pressure hydrogen atmosphere (N. Kuriyama, Japan) • Development of Light-Weight and Compact Hydrides (S.-I. Orimo, Japan) • Synthesis and characterization of complex alloy hydrides (Y. W. Cho, Korea) 3
Page 1: Summary IEA Hydrogen Implementation
Page 5 and 6: Alane and Chemical Hydride Based Hy
Page 7 and 8: Fig. 1: Participants at the Task 22
Page 9 and 10: LIMITED MEETING This meeting is lim
Page 11: B.C. Hauback, Norway: Synthesis, st

SAR_Task22_Japan_Oct.. - Hydrogen Implementing Agreement

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