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Coal gasification system using nuclear heat for ammonia production

机译:利用核能生产氨气的煤气化系统

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Utilization of nuclear energy is an effective way of solving the global warming resulting from CO_2 emissions. Thermal energy accounts for more than two thirds of total energy utilization at present and therefore it is significant to extend the utilization of nuclear heat for the effective reduction of CO_2 emissions in the world This paper describes a coal gasification system using HTGR nuclear heat in an ammonia production plant in terms of industrial utilization of the nuclear heat. The system uses the nuclear heat directly in addition to generating electricity. A steam reforming method using a two-stage coal gasifier is employed: it improves the heat utilization efficiency of the secondary helium gas from the HTGR. Finally, the paper clarifies that the nuclear gasification system can reduce CO_2 emissions by about five hundred thousand tons per year from that of a conventional system using fossil fuel.
机译:利用核能是解决由CO_2排放引起的全球变暖的有效方法。目前,热能占总能源利用的三分之二以上,因此,在世界范围内扩大核能的利用对于有效减少CO_2排放具有重要意义。本文介绍了一种在氨气中使用HTGR核能的煤气化系统生产工厂就核热的工业利用而言。该系统除了发电以外,还直接利用核能。采用了采用两级煤气化炉的蒸汽重整方法:它提高了HTGR产生的二次氦气的热利用效率。最后,本文阐明,与传统的使用化石燃料的系统相比,核气化系统每年可减少约50万吨的CO_2排放。

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