|Affiliation||Tokai University / KSP Inc.|
|Presentation Title||Hydrogen Storage by Hydrogen Storage Alloys – Fundamentals and Application|
|Abstract||With the development of FC technology, hydrogen technology is spreading rapidly. The development and establishment of large-scale hydrogen generation, transportation and storage technology are very important issues. In the growing awareness of the global environment, clean hydrogen from renewable energy is attracting high attention. However, on the other hand, hydrogen production from fossil fuels such as LNG and lignite is also practical at present. For example, Japan, which aims to realize a hydrogen society, plans to produce a large amount of hydrogen from Uruguay’s LNG, and from Australian lignite and transport it to Japan using tankers. A large amount of hydrogen on land is mainly stored as liquid hydrogen or high-pressure hydrogen gas.
As a project of Japan’s Ministry of the Environment, we have developed a mass production technology of nanostructured FeFi hydrogen storage alloy and succeeded in reducing the price to one-third compared with those of conventional alloys. As a result, renewable energy such as wind or solar energy can be stored easily with hydrogen, and output/input fluctuation can be controlled well using the developed alloy.
In this lecture, at first, the basic reaction mechanisms between hydrogen gas and metal, and then the surface or bulk process controlling the rate of hydrogen absorption/storage will be explained. In applications of hydrogen storage alloys, the reaction rate is determined by the surface process and heat transfer factors depending upon density of alloy in a tank and materials contacting alloy. Secondly, the applicatoin of hydrogen storage alloys will be mentioned; (1) the application of the exothermic / endothermic heat reaction that occurs during hydrogen absorption / desorption reactions to agriculture and fish breeding, and (2) the renewable energy storage and fluctuation control by the nanostructured FeTi alloy will be reported.
|Fellow & Vice President, International association for Hydrogen Energy (IAHE)
Distinguished Professor, Tokai University
Honorary Member, German Society of Materials Science (DGM)
Honorary President, Asian Science Park Association (ASPA)
Representative in Japan, Federal State of Baden-Wuerttemberg, Germany
President & CEO, KSP Inc. (2013-present) Born in Tokyo 1949. Bachelor & Master’s degrees from Tokai University, Japan (69-74). Doctor’s degree from University of Stuttgart, Germany (77).
Researcher at Max-Planck-Institute for Metals, Germany (75-81)
Professor, Vice Chancellor, Dean of School of Engineering, Executive Directors of Research & International Exchange divisions, Executive Board member of Tokai University Educational System.