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Recent progress on high temperature electrolysis for hydrogen and syngas production at INET

机译:inet氢气和合成气生产高温电解的最新进展

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Researchers From China have made significant advances on the development of HTSE process for hydrogen production. The design of the systems relies on high temperature heat input such as from a Generation IV nuclear reactor . The high temperature gas-cooled reactor-pebble bed module project (HTR-PM Project) in China aims to build a 200 MW modular HTR commercial demonstration power plant in around 2017. The project is supported by the government, in the framework of the "national mid to-long term science / technology plan" for the period of 2006-2020.The HTR cycle has an outlet temperature of 750°C-1000°C which can support the heat requirement (about 800°C) of nuclear hydrogen production. The high temperature electrolysis (HTE) process uses a modular stack design, which is flexible and suitable for various scales of hydrogen production.
机译:来自中国的研究人员对氢生产的HTSE过程的发展取得了重大进展。系统的设计依赖于高温热输入,例如来自IV代核反应堆。中国高温气体冷却反应器 - 卵石床模块项目(HTR-PM项目)在2017年左右建立了200 MW模块化HTR商业示范电厂。该项目得到了政府,在“框架”框架中国家中长期科技计划“2006 - 2012年。HTR周期的出口温度为750°C-1000°C,可以支持核氢生产的热需求(约800°C) 。高温电解(HTE)工艺采用模块化堆叠设计,该设计灵活,适用于各种氢气生产尺度。

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