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Effects of Different Material Total Solid on Biogas Production Characteristics

机译:不同材料总固体对沼气生产特性的影响

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In China, livestock manure emission has resulted in severe pollution to the environment and it is an efficient spreading agent of diseases. For this reason, the biogas has gotten a rapid development in the past few decades. As a kind of renewable and clean energy, many studies have indicated the prospect of biogas to replace fossil fuels in the future. However, the methane industrial production process is unstable due to various factors. Therefore, it is necessary to enhance the biogas fermentation efficiency. In this paper, the influences of the raw materials and the total solids (TS) concentration on biogas production characteristics are studied, where the utilization of raw materials can be reflected by the biogas production rate in the results. The results showed the anaerobic fermentation cycle is prolonged and biogas yield increases, but the utilization decreases with TS increases.
机译:在中国,牲畜粪肥发射导致对环境严重污染,它是一种有效的疾病传播代理。 因此,沼气在过去的几十年中已经迅速发展了。 作为一种可再生和清洁能源,许多研究表明了沼气的前景将来取代化石燃料。 然而,由于各种因素,甲烷工业生产过程不稳定。 因此,有必要增强沼气发酵效率。 在本文中,研究了原料和总固体(TS)浓度对沼气生产特征的影响,其中原材料的利用可以通过沼气生产率在结果中反映。 结果表明厌氧发酵循环延长,沼气产量增加,但利用随TS增加而降低。

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