Comprehensive Solution to Improve the Efficiency of the LNG Energy Complex Through the Use Cold Energy of Cryoproducts

O. Tremkina, O. A. Manakova, R. Panshin
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Abstract

In this paper, the object of the study is a power complex, which includes a set of several circuits, to provide electricity to settlements or human facilities. The scheme of this complex consists of the main circuit (gas piston power unit [1]), auxiliary power unit (air separation unit (ASU) [2]), multistage expansion and steam power units using argon and oxygen as working substances. Liquid methane is used as the main fuel. The energy performance of auxiliary steam-power plants operating with cryogenic working bodies has been calculated, and an index of influence of heat exchange apparatus parameters on working body temperatures has also been found.
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通过使用冷冻产品的冷能提高LNG能源综合体效率的综合解决方案
本文的研究对象是一个电力综合体,它包括一组几个电路,为定居点或人类设施提供电力。该综合体方案由主回路(气体活塞动力装置[1])、辅助动力装置(空分装置(ASU)[2])、多级膨胀和以氩气和氧气为工质的蒸汽动力装置组成。液态甲烷被用作主要燃料。计算了低温工作体辅助蒸汽电厂的能量性能,并给出了换热装置参数对低温工作体温度的影响指标。
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