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System evaluation of offshore platforms with gas liquefaction processes

机译:天然气液化工艺海上平台的系统评估

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摘要

Floating, production, storage and offloading plants are facilities used for offshore processing of hydrocarbons in remote locations. At present, the produced gas is injected back into the reservoir instead of being exported. The implementation of refrigeration processes offshore for liquefying natural gas provides the opportunity to monetize offshore gas resources. The present work analyzes the performance of offshore platforms, from the oil processing to the gas liquefaction system. Different feed compositions, system layouts and liquefaction processes are considered. Potential system improvements are discussed based on an energy and exergy analysis. Compared to a standard platform where gas is directly injected into the reservoir, the total power consumption increases by up to 50%, and the exergy destruction within the processing plant doubles when a liquefaction system is installed. It is therefore essential to conduct a careful analysis of the trade-off between the capital costs and operating revenues for such options. (C) 2017 Elsevier Ltd. All rights reserved.
机译:浮选,生产,储存和卸货厂是用于偏远地区海上碳氢化合物加工的设施。目前,所产生的气体被注入到储层中而不是被输出。海上液化天然气制冷工艺的实施提供了将海上天然气资源货币化的机会。本工作分析了从石油加工到天然气液化系统的海上平台的性能。考虑了不同的进料组成,系统布局和液化过程。基于能量和火用分析,讨论了潜在的系统改进。与将气体直接注入储层的标准平台相比,总功率消耗最多增加50%,并且在安装液化系统后,加工厂的火用破坏量翻倍。因此,对于此类选择的资本成本和营业收入之间的折衷进行仔细分析至关重要。 (C)2017 Elsevier Ltd.保留所有权利。

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