首页 > 资料下载 > 美国燃煤电厂CO2捕集技术改造成本核算数据库与模型Database and Model of Coal-fired Power Plants in the United States for Exa
美国燃煤电厂CO2捕集技术改造成本核算数据库与模型Database and Model of Coal-fired Power  Plants in the United States for Exa 美国燃煤电厂CO2捕集技术改造成本核算数据库与模型Database and Model of Coal-fired Power  Plants in the United States for Exa

美国燃煤电厂CO2捕集技术改造成本核算数据库与模型Database and Model of Coal-fired Power Plants in the United States for Exa

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  • 更新时间:2021-09-15
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分析基于NETL 2007出版物《二氧化碳捕获》 现有燃煤电厂(康斯维尔研究)作为应用的基础 在成本和布局方面改进碳捕获技术。分析的核心 是定量GIS模型,名为碳捕获模型(CCM)。连铸机 包括编程链接的数据库、GIS地图文档和报告 计算资本费用(CAPEX)、运营费用(OPEX)的电子表格,以及 与改进后的碳捕获技术相关的寄生负载。模型评估 这些参数通过使用特定于工厂的参数和算法来缩放成本 根据康斯维尔研究得出的。每个植物的GIS图像分析如下 根据具体场地要求通过转让修改工程造价 改造构件的施工难度因素。成本供应曲线相对于 有生命力的种群得到发展。

The analysis is based upon the NETL 2007 publication Carbon Dioxide Capture from Existing Coal-Fired Power Plants (Conesville study) as a foundation for the application of carbon capture retrofit technology in terms of cost and layout. Central to the analysis is the quantitative GIS model, entitled the Carbon Capture Model (CCM). The CCM comprises programmatically linked databases, GIS map documents, and report spreadsheets that calculate capital expense (CAPEX), operating expense (OPEX), and parasitic load associated with retrofitted carbon capture technology. The model evaluates these parameters by scaling costs using the plant-specific parameters and algorithms derived based upon the Conesville study. A GIS imagery analysis of each plant was conducted to modify construction costs due to specific site requirements by assigning construction difficulty factors to retrofit components. Cost-supply curves relative to the viable population were developed.

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