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Influence of pH on Water Hyacinth Ponds Treating and Recycling Wastewater

机译:pH值对水葫芦池废水处理和回用的影响

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摘要

This work has examined the effects of pH on the treatment efficiency and biomass production rate of water hyacinth ponds (WHP) treating domestic wastewater. Experiments were carried out outdoor in WHP, working under batch and subtropical environmental conditions, using pre-treated sewage with pH varying from 5 to 9. It was observed that the plants regulated the pH of the medium to within 6.4 to 7.1 during the treatment processes independently of influent wastewater pH ranges. This adjustment reduced the treatment performances and the biomass production in ponds, the alkaline conditions in ponds being less favorable to the activities of the plants. The optimal removal and biomass production was achieved with influent pH of 7 lying in the above interval. So the optimum influent pH for the growth of plants and the removal of nutrients and organic matters in WHP is within pH 6.4 to pH 7.1.
机译:本研究探讨了pH值对处理生活污水的水葫芦池(WHP)处理效率和生物量产率的影响。实验在WHP的户外进行,在批次和亚热带环境条件下工作,使用pH值从5到9变化的预处理污水。据观察,在处理过程中,工厂将介质的pH值调节到6.4至7.1以内,与进水废水的pH值范围无关。这种调整降低了池塘的处理性能和生物量产量,池塘中的碱性条件不利于植物的活动。在上述区间内,进水pH值为7时,实现了最佳的去除和生物量生产。因此,植物生长和去除WHP中养分和有机物的最佳进水pH值在pH 6.4至pH 7.1之间。

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