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The Effect of Packing Media Addition on Biogas Production from Rubber Industrial Wastewater

机译:包装介质对橡胶工业废水沼气生产的影响

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Latex is a yellowish colloidal liquid from rubber trees that can be used for natural rubber production. The latex processing creates quite large volume of wastewater that has very strong odor and high organic content which is suitable for biogas production in providing renewable energy resources. The purpose of this research is to study and optimize the biogas production from latex wastewater using 40 L packed bed anaerobic reactors with support media of bio-balls or called anaerobic filter reactor. Some key parameters of sCOD, pH, and methane gas composition have been observed. The reactor was operated batch for 36 days with or without packing media (bio-balls). The optimum results of sCOD removal was 81,73% and methane gas content of 55.089% using reactor with packing. The anaerobic filter column was used in continuous mode with 2L/day influent that can reach a steady condition within about 20 days and produce up to 95% COD removal.
机译:乳胶是一种来自橡胶树的黄色胶体液体,可用于天然橡胶生产。乳胶加工产生了相当大量的废水,具有非常强烈的气味和高有机含量,适用于提供可再生能源的沼气生产。本研究的目的是使用40L填充床无骨反应器与生物球的支持介质或称为厌氧过滤器反应器的乳胶废水中研究和优化沼气生产。已经观察到SCOD,pH和甲烷气体组合物的一些关键参数。用包装介质(生物球),将反应器批次36天进行36天。使用填料的反应器,ScoD去除的最佳结果为81,73%,甲烷气体含量为55.089%。厌氧过滤塔以连续模式使用,其中2L /天进入,可在约20天内达到稳定状态,并产生高达95%的COD去除。

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