复合充电原料增加沼气厂甲烷排放量

V. Bukhmirov, A. Sadchikov, N. F. Kokarev
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引用次数: 1

摘要

本文简要介绍了“EcoVoltAgro”生物能源站使用复合原料的工作情况。考虑了废物处理和获得最终产物沼气、沼气、电能和热能的工艺过程特点。给出了2011年6月至2017年12月期间公司活动的结果。提出了一种增加甲烷产量的方法,通过使用易于快速分裂的底物,结合装药质量的主要成分。最后给出了该方法在EcoVoltAgro生物能源站的应用结果。由于加载过程的优化和快速可切割成分的引入,注意到每天沼气的显著增加(高达50%或高达96,3 м3/天),以及甲烷体积分数的增加(高达82%)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Increase Methane Emission of Biogas Plant Using Combined Charging Raw Materials
The article gives brief information about the work of bioenergetic station "EcoVoltAgro", using combined feedstock. The features of the technological process of waste processing and obtaining final products - methane effluent and biogas, electric and thermal energy are considered. The results of the company's activity for the period from June 2011 to December 2017 are given. A method is proposed for increasing methane output by using substrates prone to rapid splitting, in combination with the main components of the charging mass. The results of the application of the proposed method at the bioenergetic station "EcoVoltAgro" are shown. As a result of the optimization of the loading process and the introduction of rapidly cleavable components, a significant (up to 50% or up to 96,3 м3/day) daily increase in biogas was noted, as well as an increase in the volume fraction of methane in it (up to 82%).
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