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Drivers and economic aspects for the implementation of advanced wastewater treatment and water reuse in a PVC plant

机译:在PVC工厂中实施高级废水处理和水回用的动因和经济方面

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摘要

This paper shows the economic feasibility of water reuse within a polyvinyl chloride (PVC) plant. A two-step treatment of the current primary effluent consisting of an aerobic membrane bioreactor followed by a double pass reverse osmosis process, validated at pilot scale, was used to estimate the costs of the industrial water treatment plant. The economic feasibility of the treatment and reuse concept remained unclear because the required investment of 2.5M@? was high and the discounted payback time of 5 years was long. The proposed solution is profitable for sites where fresh demineralized water production costs are currently higher than 1.5@?/m^3 and the required flow of the recycled water exceeds 50m^3/h. The water reuse concept allows decoupling the production from fresh water use. In this case, anticipating that a drought would lead to a 3% reduction of the production, the amortization period would be lowered to one year.
机译:本文显示了在聚氯乙烯(PVC)厂内回用水的经济可行性。在中试规模下,对目前的主要废水进行了两步处理,其中包括需氧膜生物反应器,然后进行了双程反渗透工艺,以估算工业用水处理厂的成本。处理和再利用概念的经济可行性尚不清楚,因为需要250万英镑的投资?很高,并且5年的折现回收期很长。对于新鲜的软化水生产成本目前高于1.5@?/m^3且所需的循环水流量超过50m ^ 3 / h的场所,建议的解决方案是有利的。中水回用概念允许将生产与淡水分离。在这种情况下,预计干旱将导致产量下降3%,因此摊销期将缩短至一年。

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