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The Effect of C/N Ratio and Type of Microbes Sludge to Biogas Production: Combination of Tapioca Industrial Wastewater and Tofu Industrial Wastewater

机译:C / N比和微生物污泥类型对沼气生产的影响:木薯粉工业废水和豆腐工业废水的结合

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Biogas will be produced from a single organic substrate and controlled the ratio of carbon nitrogen by added inorganic nitrogen substances. The study has been tried to combine substrates from industrial tapioca industrial wastewater with tofu industrial wastewater. The experiments were carried out in batch anaerobic digesters with a C/N ratio range of 20 - 30 and variation of microbial sludge from cow rumen, anaerobic sludge of tofu wastewater treatment plant (WWTP) and anaerobic sludge of tapioca WWTP. The ratio of C/N in the range of 20-30 didn’t significant effect on the volume of biogas production. The microbial from cow rumen gives the best biogas production performance. Biogas yield is 2,199 liter per kg COD.
机译:沼气将由单一的有机基质产生,并通过添加无机氮物质来控制碳氮的比例。该研究已尝试将木薯工业废水中的底物与豆腐工业废水相结合。实验在分批厌氧消化池中进行,C / N比范围为20-30,牛瘤胃中的微生物污泥,豆腐废水处理厂(WWTP)的厌氧污泥和木薯WWTP的厌氧污泥有所变化。 C / N比在20到30的范围内对沼气生产量没有显着影响。牛瘤胃中的微生物具有最佳的沼气生产性能。沼气产量为每千克COD 2199升。

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