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Study on batch adsorption process of Monoethanolamine (MEA) wastewater treatment using rice husk and banana peels

机译:稻壳和香蕉皮处理单乙醇胺废水的分批吸附工艺研究

摘要

An experimental study was performed in treating Monoethanolamine (MEA) wastewater using bananas peels and rice husk. The main objective of this research is to study the potential of adsorbent usage in treating Monoethanolamine (MEA) wastewater treatment using bananas peels and rick husks. In order to attain maximum result of MEA wastewater treatment, batch process analyses were being done completely. Two important parameters were selected which affected the removal rate of wastewater which are mixing times and adsorbents dosage. From the equipment, it showed that the best potential of adsorbent showed rice husk was better than bananas peels with term percentage of residue oil and reduction of chemical oxygen demand (COD). At 5 wt% (maximum dosage), rice husk removed 43.47% while banana peels removed 41.48% of residue oil of the MEA wastewater. For COD reduction, rice husk manage to reduce 53.32%, while banana peels manage to reduce 49.86% only. At the highest mixing times in 50 minutes, rice husk achieved the highest percentage of oil removal at 78.9% while 76.65% of banana peels. Furthermore, the highest reduction of COD with 52.57% for banana peel and 61.92% reduction for rice husk. Besides, in term of MEA concentration, both adsorbent was not affected by the addition of adsorbent in the MEA wastewater in range below 6% of amine reduction.
机译:进行了使用香蕉皮和稻壳处理单乙醇胺(MEA)废水的实验研究。这项研究的主要目的是研究使用吸附剂处理香蕉皮和壳处理单乙醇胺(MEA)废水的潜力。为了获得MEA废水处理的最大效果,已对批处理过程进行了完整的分析。选择了影响废水去除率的两个重要参数,即混合时间和吸附剂用量。从设备上可以看出,在残油含量和化学需氧量(COD)降低的条件下,吸附剂的最佳潜力显示出稻壳比香蕉皮更好。在5 wt%(最大剂量)下,稻壳去除了43.47%,而香蕉皮去除了MEA废水中残留油的41.48%。对于减少COD,稻壳设法减少53.32%,而香蕉皮仅设法减少49.86%。在50分钟内的最高混合时间下,稻壳的除油率最高,为78.9%,而香蕉皮为76.65%。此外,香蕉皮的COD减少量最高,为52.57%,稻壳的减少量为61.92%。此外,就MEA浓度而言,两种吸附剂均不受胺还原量低于6%范围内的MEA废水中吸附剂添加的影响。

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    Mohd Ehran Razali;

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  • 年度 2013
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