首页 > 资料下载 > RTI暖气净化技术的可行性分析Preliminary Feasibility Analysis of RTI Warm Gas Cleanup (WGCU) Technology
RTI暖气净化技术的可行性分析Preliminary Feasibility Analysis of RTI Warm Gas Cleanup (WGCU) Technology RTI暖气净化技术的可行性分析Preliminary Feasibility Analysis of RTI Warm Gas Cleanup (WGCU) Technology

RTI暖气净化技术的可行性分析Preliminary Feasibility Analysis of RTI Warm Gas Cleanup (WGCU) Technology

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  • 更新时间:2021-09-09
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与Nexant公司(Nexant)签订合同,对其技术经济进行高级评估 一体化气化联合循环(IGCC)的暖气净化技术 应用。下一步是开发概念性的IGCC工厂设计,利用其可行性 WGCU对高温H2S脱除效果可以与传统方法进行比较。 酸性气体去除技术600MWe IGCC概念设计 以Selexol AGR为参比植物,选用伊利诺伊州6号煤中的两种煤。 源自DOE NETL的能源系统研究质量指南文档。这个 IGCC工厂位于美国中西部,紧邻 密西西比河,在那里大型设备很容易被驳到现场。图1.1显示了 参考IGCC装置(参考IGCC)的总体框图(BFD)显示 各主要加工厂的互连。WGCU的相应BFD 基于IGCC的工厂(WGCU IGCC)如图1.2所示。 参考IGCC de的总体性能比较

contracted Nexant, Inc. (Nexant) to perform a high-level techno-economic assessment of their warm gas cleanup (WGCU) technology for integrated gasification combined cycle (IGCC) applications. Nexant was to develop conceptual IGCC plant designs with which the feasibility of WGCU for high temperature H2S removal can be evaluated in comparison with a conventional acid gas removal (AGR) technology. A state-of-the-art 600 MWe IGCC conceptual plant design based on Selexol AGR was chosen as the reference plant, using two different Illinois No. 6 coal feeds from the DOE NETL’s Quality Guidelines for Energy System Studies document. The IGCC facility is to be a greenfield plant located in the Midwest United States, next to the Mississippi River, where large equipment can be easily barged to site. Figure 1.1 shows an overall block flow diagram (BFD) of the reference IGCC plant (Reference IGCC) showing the inter-connectivity of the various major processing plants. The corresponding BFD of the WGCU based IGCC plant (WGCU IGCC) is shown in Figures 1.2. The overall performance comparisons of the Reference IGCC de

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