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首页> 外文会议>JAERI-Review 2004-026; HTTR Workshop (Workshop on Hydrogen Production Technology); 20040705-06; Oarai(JP) >Nuclear Hydrogen Production by IS (Iodine-Sulfur) Process in Korea
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Nuclear Hydrogen Production by IS (Iodine-Sulfur) Process in Korea

机译：韩国通过IS（碘硫）法生产核氢

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摘要

With the advent of the 21st century, concern about environmental problems such as depletion of fossil energy resources and global warming has increased dramatically. Hydrogen is spotlight as one of the future clean energy to solve those problems. It is an attractive fuel for the future because it is renewable resource and also flexible as an energy carrier. One of the promising methods for large-scale hydrogen production is thermochemical water decomposition using heat energy from nuclear. In March 2004, the nuclear hydrogen production program which is led by the Ministry of Science and Technology (MOST) in Korea was started. The target of this program is covering the 20% of fuel in transportation by the hydrogen energy after 20 years in Korea. In this program, KIER (Korea Institute of Energy Research) carry out the research for hydrogen production by IS (Iodine-sulfur) process. In this presentation, it is presented for the nuclear hydrogen production plan by IS process in KIER.
机译：随着21世纪的到来，人们对环境问题（例如化石能源资源枯竭和全球变暖）的关注急剧增加。氢作为解决这些问题的未来清洁能源之一而备受关注。它是未来的诱人燃料，因为它是可再生资源，并且作为能源载体也具有灵活性。大规模生产氢的一种有前途的方法是利用核能产生的热能进行热化学水分解。 2004年3月，由韩国科学技术部（MOST）牵头的核氢生产计划启动。该计划的目标是在韩国使用20年后，用氢能覆盖交通运输中20％的燃料。在该计划中，韩国能源研究所（KIER）进行了IS（碘-硫）法制氢的研究。在此演示文稿中，将通过KIER的IS过程介绍其制氢计划。

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