Scheme Design and Analysis on Biogas Liquefaction System

Q. Fan, H. Y. Li, Q. Yin, J. S. Cui, L. Jia
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引用次数: 6

Abstract

The biogas has important practical significance in solving the energy crisis as a kind of clean, renewable biological energy of ground. As the large-scale concentratedness of the biogas is produced, the liquefaction of the biogas is extremely urgent in technical research in China. According to the characteristic of the biogas, on the basis of mature natural gas purification and liquefaction technology, this paper discussed the small-scale biogas liquefaction system of the double purposes to purification, liquefaction and recovery of liquefied CO2. This paper provides the liquefaction biogas plant process chart, and system analysis, and the effects on the key parameters. Furthermore, the thermal parameters of the liquefaction cycle are presented. Finally, the economic investment of 5000Nm3•d small-scale biogas liquefaction cycle is emphatically analyzed, and the conclusion is that the payback period of the investment on the biogas liquefaction equipments is only 2.63 years. The result provides guidelines for the project feasibility analysis and design of the small-scale biogas liquefaction device.
沼气液化系统方案设计与分析
沼气作为一种清洁、可再生的地面生物能源,在解决能源危机方面具有重要的现实意义。随着沼气大规模浓缩的产生,国内对沼气的液化技术研究十分迫切。根据沼气的特点,在成熟的天然气净化液化技术的基础上,探讨了集净化、液化和回收液化CO2为一体的小型沼气液化系统。本文给出了液化沼气装置的工艺流程图,并进行了系统分析,以及对关键参数的影响。并给出了液化循环的热参数。最后,重点分析了5000Nm3•d小型沼气液化循环的经济投资,得出沼气液化设备投资回收期仅为2.63年的结论。研究结果可为小型沼气液化装置的工程可行性分析和设计提供指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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