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Investigation of biomass gasification hydrogen and electricity co-production with carbon dioxide capture and storage

机译:研究生物质气化制氢和发电与二氧化碳的捕集与封存

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Biomass is one of the renewable energy resources which can be used instead of fossil fuels to diminish environment pollution and emission of greenhouse gases. Hydrogen as a biomass is considered as an alternative fuel which can be derived from a variety of domestically available primary sources. In this paper, a hydrogen and electricity co-generation plant with rice husk is proposed. Rice husk with water vapor and oxygen produces syngas in gasifier. In this design, electricity is generated by using two Rankine cycles. The Results show that the net electric efficiency and hydrogen production efficiency are 1.5% and 40.0%, respectively. Hydrogen production is 1.316 kg/s in case which carbon dioxide is gathered and stored. The electricity generation is 5.923 MW_e. The main propose of implementing Rankine cycle is to eliminate hydrogen combustion for generating electricity and to reduce NO_X production. Furthermore, three kinds of membranes are studied in this paper.
机译:生物质是一种可再生能源,可以代替化石燃料用于减少环境污染和温室气体排放。氢作为生物质被认为是可替代的燃料,可以从各种国内可利用的主要来源中获得。本文提出了一种带有稻壳的氢电联产装置。稻壳与水蒸气和氧气一起在气化炉中产生合成气。在此设计中,通过使用两个朗肯循环来发电。结果表明,净电效率和制氢效率分别为1.5%和40.0%。在收集和储存二氧化碳的情况下,制氢量为1.316 kg / s。发电量为5.923 MW_e。实施兰金循环的主要建议是消除用于发电的氢燃烧并减少NO_X的产生。此外,本文研究了三种膜。

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