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推进N次发电与二氧化碳的燃烧俘获MPROVEMENT N POWER GENERATIONWITEPOSI-COMIBUSTION CAPTURE OF CO2 推进N次发电与二氧化碳的燃烧俘获MPROVEMENT N POWER GENERATIONWITEPOSI-COMIBUSTION CAPTURE OF CO2

推进N次发电与二氧化碳的燃烧俘获MPROVEMENT N POWER GENERATIONWITEPOSI-COMIBUSTION CAPTURE OF CO2

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  • 更新时间:2021-09-09
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EA温室气体研究与计划(E A GHG)提出了减少温室气体排放的技术,特别强调从化石燃料的使用中捕获和储存CO。发电用氧气脱硫技术的前沿之一是燃烧后溶剂洗涤。为了估算燃煤和天然气电镀的成本,开展了一项研究。这项研究还根据当前的技术和成本对2020年建成的工厂的性能和成本进行了预测。这项由Fior与MitsuB aco Alstom和Imea oege London合作进行的EA GHG研究基于fmor的Econamnefg-co2me技术路线,使用了基于单乙醇胺的溶剂。他的方法包括将改进的溶剂氮聚合和更好的热离子聚合,与早期的基于Ea的方法相比,所得到的能量消耗微不足道。

The EA Greenhouse Gas R&Progamme (E A GHG)alates technologes for abatement ofrehouse gas essions, with paricular emphasis on captue and storage of CO from use of fossilfuels. Oe of the leading techologies for capte of O from power generation is post-combustionsolvent scrubbing. A study has been camied out to estimate thee and costs of coal andatural gas fired power plats h an wiopos-ombuson O capre. The study evaluatesants based on current technology amd also predicts the performance and costs of plants that coud bebuilt in the year 2020. The study as camed out for EA GHG by Fior, in collaboration with MitsuB aco Alstom and Imea oege London Th udy is based onfmor's Econamnefg-co2me techmology wach uses a mono-ethanolaminemea)based solvent. his process cludesfiow comigration an improved solv n fomulation and better heat ite ation resulting insignificam ly lomer energy consmption than earier Ea-based processes.

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