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首页> 外文期刊>Chemical Engineering Research & Design: Transactions of the Institution of Chemical Engineers >Techno-economic analysis of potential natural gas liquid (NGL) recovery processes under variations of feed compositions
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Techno-economic analysis of potential natural gas liquid (NGL) recovery processes under variations of feed compositions

机译:进料组成变化下潜在天然气液(NGL)回收过程的技术经济分析

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This paper presents the different process schemes used for known NGL recovery methods with respect to their economic performance. The original turbo-expander (ISS) was considered as base case plant. The GSP, CRR and RSV process schemes focus on improvement at the top of the demethanizer column. The IPSI-1 and IPSI-2 schemes focus on the bottom of the demethanizer column. All the process schemes were initially built using Aspen HYSYS with a common set of operating criteria. Numerous simulation runs were made by taking various typical feed compositions classified as lean and rich. The economic assessment for each process scheme was later made by considering the capital cost, operating cost and profitability analysis. Results showed that the IPSI-1 process scheme gives the best economic performance with lowest TAC and payback time compared to the other process schemes. On the other hand, the RSV process gives higher TAC and payback time compared to others.
机译:本文介绍了有关已知NGL回收方法的经济性能的不同处理方案。原始的涡轮膨胀机(ISS)被视为基本案例工厂。 GSP,CRR和RSV工艺方案侧重于脱甲烷塔顶部的改进。 IPSI-1和IPSI-2方案集中在脱甲烷塔的底部。所有过程方案最初都是使用Aspen HYSYS建立的,并具有一套通用的操作标准。通过采用分类为贫和富的各种典型饲料成分进行了许多模拟运行。随后,通过考虑资本成本,运营成本和盈利能力分析,对每个流程方案进行了经济评估。结果表明,与其他工艺方案相比,IPSI-1工艺方案具有最佳的经济性能,最低的TAC和投资回收期。另一方面,与其他相比,RSV流程可提供更高的TAC和投资回收时间。

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