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Assessment of biomethanation potential of selected industrial organic effluents in India

机译:评估印度部分工业有机废水的生物甲烷化潜力

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Anaerobic digestion is gaining wider acceptance in the present scenario over aerobic treatment due to production of biogas, which can be further used for meeting a part of energy demand. On the basis of primary and secondary data, the energy potential by the anaerobic digestion of the effluent from some of the polluting industries has been estimated in this paper. The pulp and paper industry has been found to have the maximum potential among others of the order of 1131 GWh_e/a followed by distillery with a contribution of 830 GWh_e/a to a total potential of 2963 GWh_e/a equivalent electric energy. A total potential of 565 MW plant installation with anaerobic digestion technology has been estimated. The paper also describes the nature of wastewater generated by each sector, status of technologies for that sector in India and policy measures, which should be adopted for their large-scale adoption.
机译:由于沼气的产生,在目前的情况下,厌氧消化比有氧处理得到了越来越广泛的接受,沼气可进一步用于满足部分能源需求。根据一级和二级数据,本文估算了一些污染行业废水的厌氧消化所产生的能量潜力。已发现纸浆和造纸工业的最大潜力约为1131 GWh_e / a,其次是酒厂,其最大潜力为830 GWh_e / a,相当于总电能2963 GWh_e / a。估计采用厌氧消化技术的装置总装机潜力为565兆瓦。本文还描述了每个部门产生的废水的性质,印度该部门的技术现状以及政策措施,这些措施应被大规模采用。

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