The performance of an integrated gasification combined cycle based power plant using a mixture of municipal solid waste (MSW) and coal was evaluated. The parametric sensitivities of avoidance in CO₂ emission (ACE) and the energy return on energy investment (EROEI) were analyzed by MSW‐coal ratio, gasifier temperature, and the air supplied for gasification as the independent variables. The data on ACE and EROEI simulated by Aspen Plus at different combinations of input parameters, pre‐set using the Box‐Behnken type design of experiments, were employed. Through response surface methodology, a valid model demonstrating the strong influence of MSW‐coal ratio and gasifier temperature on both the ACE and EROEI was developed.

中文翻译：

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城市生活垃圾综合电厂的参数敏感性：CO2足迹和能源分析

评估了使用城市固体废物（MSW）和煤的混合物的整体气化联合循环发电厂的性能。通过MSW-煤比，气化炉温度和为气化提供的空气作为自变量，分析了避免CO ₂排放（ACE）和能源投资的能量回报（EROEI）的参数敏感性。通过使用Box-Behnken类型的实验设计预先设置的输入参数的不同组合，使用Aspen Plus在ACE和EROEI上模拟的数据。通过响应面方法，建立了一个有效的模型，证明了城市生活垃圾煤比和气化炉温度对ACE和EROEI都有很大的影响。