首页 > 资料下载 > 亚太伙伴国家燃煤电厂燃烧后捕获量评估Assessing Post-Combustion Capture for Coal-fired Power Stations in Asia-Pacific Pa
亚太伙伴国家燃煤电厂燃烧后捕获量评估Assessing Post-Combustion Capture for Coal-fired Power Stations in Asia-Pacific Pa 亚太伙伴国家燃煤电厂燃烧后捕获量评估Assessing Post-Combustion Capture for Coal-fired Power Stations in Asia-Pacific Pa

亚太伙伴国家燃煤电厂燃烧后捕获量评估Assessing Post-Combustion Capture for Coal-fired Power Stations in Asia-Pacific Pa

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  • 更新时间:2021-09-15
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S 被认为是从燃煤发电的烟气中捕获CO2的最先进和最大规模的技术 他汀类药物。除了中试工厂研究之外,还建立了广泛的实验室研究计划。这集中于 理解和优化现有的胺基液体吸收剂工艺,开发新型液体吸收剂(设计者) 胺和离子液体),新的PCC工艺配置,以及酶在基于液体吸收剂的PCC工艺中的应用。 以电厂和PCC过程建模活动作为实验活动的补充,PCC过程建模活动使用由内部开发的建模工具增强的最先进的过程建模软件。

s considered to be the most advanced and scaled-up technology to capture CO2 from flue gases from coal-fired power statons. In additon to the pilot plant research, an extensive laboratory-based research program was set up. This focused on understanding and optmising existng amine-based liquid absorbent processes, developing new liquid absorbents (designer amines and ionic liquids), new PCC process configuratons, and the use of enzymes in liquid absorbent-based PCC processes. The experimental actvites were complemented with a power plant and PCC process modelling actvity, which used state-ofthe-art process modelling sofware augmented by modelling tools that were developed in-house.

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