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The Korea Atomic Energy Research Institute (KAERI) launched a nuclear hydrogen program to develop and demonstrate a hydrogen mass production system by 2019. The key feature of the system is to produce the hydrogen from water using nuclear power. No fossil fuel (energy) will be used and no greenhouse gas will be emitted. The high temperature gas-cooled reactor (HTGR), which has high safety characteristics with competitive economy, is being developed to provide a high temperature heat (about 1000℃) requir...  相似文献   
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The Korea Atomic Energy Research Institute (KAERI) launched a nuclear hydrogen program to develop and demonstrate a hydrogen mass production system by 2019. The key feature of the system is to produce the hydrogen from water using nuclear power. No fossil fuel (energy) will be used and no greenhouse gas will be emitted. The high temperature gas-cooled reactor (HTGR), which has high safety characteristics with competitive economy, is being developed to provide a high temperature heat (about 1000℃) required to produce hydrogen from water. A decision will be made on the reactor specifications after the pre-conceptual design works. Both thermo-chemical process and high temperature electrolysis are to he used for the production of hydrogen from water using nuclear heat. The production of hydrogen from water by nuclear power is one of the most viable options for the mass production of the hydrogen using non-fossil fuels. In 2020s, the nuclear based hydrogen is planned to provide about 20% of total energy consumed in the transportation of Korea. The nuclear hydrogen is expected to make a considerable contribution to the national energy security of Korea.  相似文献   
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