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首页> 外文期刊>International Journal of Innovative Research in Science, Engineering and Technology >Experimental Investigation on Biogas Production Using Industrial Waste (Press Mud) To Generate Renewable Energy
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Experimental Investigation on Biogas Production Using Industrial Waste (Press Mud) To Generate Renewable Energy

机译:利用工业废物(压泥)产生可再生能源生产沼气的实验研究

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The present work investigates the biogas production was performed using sugarcane waste-Press mud. The laboratory experiment was conducted in floating drum type anaerobic digester capacity of 1m3 made of fiber material at continues process. The cowdung used as an inoculum of the anaerobic digester. Then raw material feeded as a Pressmud in two state one wet and dry pressmud 1:1 waste/water equal ratio and fermentation process at 30°C to 35°C was maintained in mesophiliccondition. The initial pH, biogas yield, Methane concentration, and HRT these parameters was studied in the experiments. The maximum biogas yield was 0.68m3 and methane concentration was reached in 67%. The maximum biogas production reported as 30min in mesophilic condition using inflammable time. The pH maximum level of 7.1 and end of the digestion period pH (acid production) was decreased. HRT days calculated as 45 days.
机译:目前的工作是调查使用甘蔗废压泥进行沼气生产。实验室实验是在连续过程中以纤维材料制成的浮桶式厌氧消化池容量为1m3的情况下进行的。牛粪用作厌氧消化池的接种物。然后,以两种状态分别作为加压泥进料的原料,将加压泥与湿泥和干燥泥以1:1的水/水等比例混合,并在中温条件下保持30°C至35°C的发酵过程。在实验中研究了初始pH,沼气产率,甲烷浓度和HRT这些参数。最大沼气产量为0.68立方米,甲烷浓度达到67%。在中温条件下使用可燃时间,最大沼气产量据报道为30分钟。 pH最大值7.1和消解期结束 pH(产酸)降低。 HRT天数计算为45天。

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