水力收集及处理垃圾

J. Kühner, P. Meier
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引用次数: 0

摘要

研究了一个生活垃圾管理的概念,该概念要求使用单独的家庭垃圾研磨机,在现有的卫生下水道系统中稀释地面垃圾的泥浆运输,以及在一个扩大的处理设施中联合处理垃圾和污水,其中包括厌氧消化以产生甲烷。在现有的下水道系统中,只有在排除金属和玻璃的情况下,地面垃圾的水力运输才可能是可行的,并且仍然需要传统的收集居住垃圾的不可研磨和大块成分。1973年,这种湿式系统的总成本估计在每户每年-110至-200英镑之间,其中-80 - 105英镑用于研磨。相比之下,在现有概念下,污水和垃圾收集和处理的总成本为每户每年-40 - 115美元。如果不包括研磨机的成本(个人会购买研磨机),1973年公共部门的湿系统成本将在-30 - 90之间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hydraulic Collection and Disposal of Refuse
A concept for residential refuse management is examined that calls for individual household refuse grinders, dilute slurry transport of ground refuse in the existing sanitary sewer system, and joint treatment of refuse and sewage at an expanded treatment facility that includes anaerobic digestion for methane generation. Hydraulic transport of ground refuse in existing sewer systems may be feasible only if both metals and glass are excluded, and a conventional collection of the nongrindable and bulky constituents of residential refuse will still be needed. The total 1973 cost of such a wet system is estimated at between –110 and –200 per household per year, of which –80-–105 is for grinding. This compares to a total cost for sewage and refuse collection and disposal under existing concepts of –40-–115 per household per year. If the cost of the grinder is excluded (individuals would purchase grinders), the 1973 wet system costs to the public sector would be on the order of –30-–90.
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