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OPTIMIZED UTILIZATION OF LIQUEFIED NATURAL GAS (LNG) COLD ENERGY

机译:液化天然气(LNG)冷能的优化利用

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There is possibility of the effective utilization of the cold energy in the process of LNG vaporization. The purpose of this paper is to propose a cascade utilization scheme to recycle LNG cold energy on the basis of comprehensively considering of thermophysical and actual factors. The optimized utilization scheme includes three cascade grades: separating the air with the deep-cool cold, the cold storage as the second grade, generating power as the last one. This scheme not only pays attention to the thermophysical rationality, but also considers of the fittingness between two cascade grades. This scheme overall considers the theoretic rationality and the actual feasibility. But basing on the principle of adaptation to local conditions, we should comprehensively consider all factors and the process ought to match the circumambient industry. This paper provides crucial references for optimized utilization of LNG cold energy.
机译:在液化天然气汽化过程中,有可能有效利用冷能。本文的目的是在综合考虑热物理因素和实际因素的基础上,提出一种LNG冷能回收的级联利用方案。优化的利用方案包括三个级联:用深冷的冷气将空气隔开,第二级的冷库,最后一级的发电。该方案不仅关注热物理合理性,而且考虑了两个级联级之间的适合性。该方案总体上考虑了理论上的合理性和实际可行性。但是,基于适应当地条件的原则,我们应该综合考虑所有因素,并且该过程应与周围行业相匹配。本文为优化利用LNG冷能提供了重要参考。

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