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Energy recovery from wastewaters with high-rate anaerobic digesters

机译:高速厌氧消化池从废水中回收能量

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Biodegradable wastewaters contribute as much as 6% of all anthropogenic methane emissions. High-rate anaerobic digesters have the potential to treat such wastewaters efficiently as well as enable capture of methane for use as a relatively clean energy source. This paper traces the evolution of high-rate anaerobic digester technology and provides an overview of its present capabilities. It also makes out a case for an accelerated shift from energy-intensive aerobic processes to anaerobic processes which are not only more energy-efficient but enable global warming control by methane capture.
机译:可生物降解的废水占人为甲烷排放总量的6%。高速厌氧消化池具有有效处理此类废水以及收集甲烷作为相对清洁能源的潜力。本文追踪了高速厌氧消化器技术的发展,并概述了其目前的功能。它还为加速从高耗能的好氧工艺向厌氧工艺的转变提供了理由,这不仅提高了能源效率,而且可以通过甲烷捕集来控制全球变暖。

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