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Water-gas shift (WGS) Operation of Pre-combustion CO2 Capture Pilot Plant at the Buggenum IGCC

机译:Buggenum IGCC燃烧前二氧化碳捕集中试装置的水煤气变换(WGS)操作

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摘要

In the Nuon/Vattenfall CO2 Catch-up project, a pre-combustion CO2 capture pilot plant was built and operated at the Buggenum IGCC power plant, the Netherlands. The pilot consist of sweet water-gas shift, physical CO2 absorption and CO2 compression. The technology performance was verified and validated models were obtained. This paper describes the validation of a WGS reactor model and the excellent catalyst resistance to carbiding at steam/CO = 1.5 mol·mol-1 testing. Model-based optimization shows that compared to conventional operation at steam/CO = 2.65, applying steam/CO = 1.5 leads to a 10% lower CO2 capture of penalty of 1155 MJelectric·tCO2?1, albeit at a decreased optimum CO2 capture efficiency of 78.5% versus 87.5%.
机译:在Nuon / Vattenfall的二氧化碳追赶项目中,在荷兰的Buggenum IGCC电厂建设并运行了燃烧前的二氧化碳捕集试验工厂。该试点项目包括甜水煤气变换,物理二氧化碳吸收和二氧化碳压缩。验证了技术性能并获得了经过验证的模型。本文描述了WGS反应器模型的验证以及在蒸汽/ CO = 1.5 mol·mol-1试验下优异的抗碳化能力。基于模型的优化表明,与常规操作相比,在蒸汽/ CO = 2.65的情况下,施加蒸汽/ CO = 1.5会使1155 MJelectric·tCO2?1的惩罚损失降低10%,尽管最佳CO2捕集效率降低了。 78.5%和87.5%。

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