蔗渣吸附评价及其在纺织废水脱除bod和cod中的应用

Desalegn Abdissa, Ketema Beyecha
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引用次数: 3

摘要

纺织工业排放的废水未经适当处理,含有有机和无机污染物,造成环境问题。纺织废水中含有:BOD、COD、有毒重金属、有机和无机颗粒物、色素等。多组分污染需要最新的技术处理。布奇吸附法是有机废物处理的最佳选择单元操作之一。以甘蔗渣为研究对象,对其吸附过程进行了实验研究。影响吸附过程的变量是吸附剂剂量在200mL样品中变化0.5 g ~ 2g, pH范围3 ~ 11,保留时间3 ~ 7天。当吸附剂剂量、停留时间和pH值分别为0.5 g、3d和8.32时,最大COD去除率为85%;当吸附剂剂量、停留时间和pH值分别为1 g、3d和8.24时,最大COD去除率为86%。吸附剂的投加量、pH和停留时间是影响竞争性污染物去除的重要因素。
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SUGARCANE BAGASSE ADSORPTION EVALUATION AND APPLICATION ON BOD AND COD REMOVAL FROM TEXTILE WASTEWATER TREATMENT
Without properly treated Wastewater released from textile industry contains organic and inorganic pollutants and causes environmental problems. Textile wastewater contains: BOD, COD, toxic heavy metals, organic and inorganic particle matter, colour and etc. The multi-component pollutions needs latest technology treatment. Butch adsorption process is one of the best selective unit operations for such treatment using organic waste material. Sugarcane bagasse was used for this experimental study in butch adsorption process. The variable affects the adsorption process are adsorbent dose changes 0.5 g to 2 g in 200mL sample, pH ranges 3 to 11 and retention time 3 to 7 days. The maximum BOD removed was 85% at 0.5 g, 3days and 8.32 dose, retention time and pH values respectively, and the maximum COD removed was 86% at 1 g, 3 days and 8.24 adsorbent dose, retention time and pH value respectively. Adsorbent dose, pH and retention time are significant factors on the competitive pollutant removal.
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来源期刊
Water Conservation and Management
Water Conservation and Management Engineering-Ocean Engineering
CiteScore
2.90
自引率
0.00%
发文量
0
审稿时长
12 weeks
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