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Domestic Wastewater Treatment Miniplan of Institution Using a Combination of “Conetray Cascade Aerator” Technology and Biofilter

机译:结合“ Conetray级联曝气器”技术和生物滤池的生活污水处理机构迷你计划

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In Indonesia, the contamination from domestic wastewater is becoming the greatest pollutant and reaches up to 85% that goes into the body of water. This might worsen the river water quality. To anticipate this condition, there should be some way out, by making use of wastewater as a source of energy. One of those systems is by employing Cone-tray Cascade Aerator combined with Biofilter by using Hydrilla plant which can be used as an alternative of waste water treatment for both domestic and institutional scale. This research was aimed at determining the system capability of aeration combined with biofilter by using hydrilla plant to reduce or eliminate the pollutant load of BOD, COD, and TSS. This research was conducted in a continuous stream of water at 200L/hour. The result showed that the best system of Conetray Cascade Aerator combined with biofilter could reduce BOD as much as 69,11%, COD at 61,14%, and TSS at 65,45%.Key words: Domestic Wastewater / Aeration / Conetray Cascade Aerator / Biofilter / Hydrilla
机译:在印度尼西亚,生活污水中的污染物正成为最大的污染物,高达85%的污染物进入水体。这可能会使河流水质恶化。为了预见这种情况,应该利用废水作为能源,有一些出路。这些系统之一是通过使用Hydrilla装置将锥形托盘级联曝气器与Biofilter结合使用,该装置可作为家庭和机构规模的废水处理的替代方案。本研究旨在通过使用水草植物减少或消除BOD,COD和TSS的污染物负荷来确定曝气与生物滤池组合的系统能力。这项研究以200升/小时的连续水流进行。结果表明,最佳的Conetray级联曝气系统与生物滤池组合可以使BOD降低69.11%,COD降低61.14%,TSS降低65.45%。关键词:生活污水/曝气/ Conetray级联曝气机/生物滤池/水力

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