Treatment of combined coffee processing wastewater using constructed wetland/ Cyperus-ustulatus and Typha-latifolia plants process

Samuel Z.A
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引用次数: 4

Abstract

The research investigated wastewater discharges from wet coffee processing plant (WCPP) combined with tap water (TW) treated by using Cyperus-ustulatus plant (P1), Typha-latifolia plant (P2) wetland. The WCPP wastewater was conducted by different combination (100%WW + 0% TW; 75% WW + 25% TW; 50% WW + 50% TW; 75%WW + 25% TW and 0% WW + 100% TW) after being irrigated for 21 days in the constructed wetland with P1, P2and control (without a plant). The highest value of total solids, chemical oxygen demand and biochemical oxygen demand increases were 76%, 95% and, 96%, respectively, removed wastewater treated by T3 (50% WW + 50% TW) with P2 wetland after 21 days irrigated. As a result, the combination of coffee wastewater with constructed wetland treatment methods was a low-cost, affordable, technically viable and eco-friendly treatment option for the wet coffee processing plant wastewater.
人工湿地/沙柏和苔叶复合工艺处理咖啡加工废水
研究了湿式咖啡加工厂(WCPP)废水与自来水(TW)结合使用后,利用苏柏(Cyperus-ustulatus)、苔叶(typa -latifolia)湿地进行处理的情况。采用不同组合(100%WW + 0% TW;75% ww + 25% tw;50% ww + 50% tw;75%WW + 25% TW和0% WW + 100% TW),在P1、p2和对照(无植物)的人工湿地中灌溉21天后。T3 (50% WW + 50% TW) + P2湿地处理的去除废水在灌溉21 d后,总固含量、化学需氧量和生化需氧量增幅最高,分别为76%、95%和96%。因此,将咖啡废水与人工湿地处理方法相结合是一种低成本,经济实惠,技术上可行且环保的湿式咖啡加工厂废水处理选择。
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