等离子体生物质秸秆液化装置及其应用研究

Jinmao Li, Dandan Lu, Chun-guang Song, Yike Zhang
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引用次数: 0

摘要

针对玉米秸秆综合利用率低、大规模燃烧造成环境污染等问题,提出了采用气体放电和放电等离子体技术处理生物质秸秆的技术方案,并研制了生物质秸秆液化机电一体化装置。借助大数据分析平台,研究了不同参数对生物质液化的影响。同时利用大数据平台的数据对实验装置进行优化升级。该装置包括:等离子电源、气体混合器、等离子转化反应器、检测装置、旋风分离器、冷凝器、气体收集装置、大数据分析平台等。该装置产生的生物质液化产品热效率可达48%,生物质秸秆转化率为90.4%。反应后的固体、液体和气体产物可重复利用。该装置获得了节能环保的优点,满足了碳峰和碳中和的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on plasma biomass straw liquefaction plant and its application
Aiming at the problems of low comprehensive utilization rate of corn straw and environmental pollution caused by large-scale combustion of corn straw, a technical scheme of biomass-straw treatment by gas discharge and discharge plasma technology was put forward in this paper, and a biomass straw liquefaction mechatronics device was developed. With the help of big data analysis platform, the influence of different parameters on biomass liquefaction was studied. At the same time, data of big data platform were used to optimize and upgrade the experimental device. The device includes: plasma power supply, gas mixer, the plasma conversion reactor, detection device, cyclone separator, condenser, gas collection device, big data analysis platform, etc. The thermal efficiency of biomass liquefaction products generated by this device can reach 48%, and the conversion rate of biomass-straw is owned by 90.4%. The solid, liquid and gaseous products after reaction can be reused. The device gets the advantages of energy saving and environmental protection, and meets the requirements of carbon peak and carbon neutrality.
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