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Techno-economic assessment of fossil fuel power plants with CO_2 capture - Results of EU H_2-IGCC project

机译:捕获CO_2的化石燃料发电厂的技术经济评估-欧盟H_2-IGCC项目的结果

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In order to address the ever-increasing demand for electricity, need for security of energy supply, and to stabilize global warming, the European Union co-funded the H_2-IGCC project, which aimed to develop and demonstrate technological solutions for future generation integrated gasification combined cycle (IGCC) plants with carbon capture. As a part of the main goal, this study evaluates the performance of the selected IGCC plant with CO_2 capture from a techno-economic perspective. In addition, a comparison of techno-economic performance between the IGCC plant and other dominant fossil-based power generation technologies, i.e. an advanced supercritical pulverized coal (SCPC) and a natural gas combined cycle (NGCC), have been performed and the results are presented and discussed here. Different plants are economically compared with each other using the cost of electricity and the cost of CO_2 avoided. Moreover, an economic sensitivity analysis of every plant considering the realistic variation of the most uncertain parameters is given.
机译:为了满足不断增长的电力需求,确保能源供应的安全以及稳定全球变暖,欧盟共同资助了H_2-IGCC项目,该项目旨在开发和展示用于下一代综合气化的技术解决方案具有碳捕获的联合循环(IGCC)工厂。作为主要目标的一部分,本研究从技术经济角度评估了选择的IGCC工厂的CO_2捕集性能。此外,还对IGCC电厂与其他主要的基于化石的发电技术(即先进的超临界煤粉(SCPC)和天然气联合循环(NGCC))之间的技术经济绩效进行了比较,结果是在这里介绍和讨论。使用电力成本和避免的CO_2成本将不同的工厂进行经济比较。此外,给出了每种植物的经济敏感性分析,其中考虑了最不确定参数的实际变化。

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