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CO_2 CAPTURE IN COAL-BASED IGCC POWER PLANTS

机译:CO_2基于煤的IGCC发电厂捕获

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One of the most promising technologies for capture of CO_2 from power generation plants based on fossil fuels is Integrated Gasification Combined Cycle (IGCC). This paper summarises the results of a study carried out by Foster Wheeler for the IEA Greenhouse Gas R&D Programme (IEA GHG). The study assesses the performance and costs of coal based IGCC with and without CO_2 capture, based on current technology, and the potential for improvements between now and 2020. The sensitivities to a variety of potentially significant parameters are assessed, to determine the way forward for IGCC with CO_2 capture, including the type of gasifier, the gasifier operating pressure, the type of CO-shift converter and co-separation of H_2S and CO_2.
机译:从基于化石燃料的发电厂捕获CO_2最有前途的技术之一是综合气化联合循环(IGCC)。本文总结了由福斯特惠勒为IEA温室气体研发程序(IEA GHG)进行的研究结果。该研究评估了基于煤的IGCC与无效捕获的性能和成本,基于当前技术,现在和2020年之间改进的可能性。评估了各种潜在的重要参数的敏感性,以确定前进的方式IGCC与CO_2捕获,包括气化器类型,气化器操作压力,共移转换器的类型和H_2S和CO_2的共分离。

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