加强生活污水处理:分层过滤和光催化臭氧组合方法的功效研究

Mega Gemala, Roni Saputra, Annisa Fyona, Ita Wijayanti, Fedia Restu, Ice Irawati, Adhe Aryswan, Hengky Oktarizal
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引用次数: 0

摘要

本研究旨在利用光催化臭氧技术建造一个优化的反应器,并利用 PermenLHK 第 86/2016 号确定其有效性。峇淡市的丹绒乌马住宅区被选为生活废水的研究样本地,因为它是一个重要的水体,接收来自全市大多数活动的液体废物。实验采用了定量研究方法和真正的实验方法,在实验室环境(25°C 和 40-70% 湿度)中测试变量(催化剂重量、紫外线照射时间和臭氧持续时间)。研究发现,优化参数(2 小时辐照、2 克 TiO2 和 5 分钟臭氧处理的组合)使水质参数与处理前相比有显著差异,有效率达 92%。可以得出结论,根据其有效性,该反应器原型在减少环境影响方面非常成功
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancing Domestic Wastewater Treatment: A Study on the Efficacy of Tiered Filtration and a Combined Photocatalytic Ozonation Methods
This study aimed to construct an optimized reactor using photocatalytic ozonation, and its effectiveness was determined using PermenLHK No. 86/2016. The Tanjung Uma housing estate in Batam city was selected as the study sample site for domestic wastewater because of its role as a significant water body that receives liquid waste from a majority of activities across the city. The experiment employed a quantitative research approach and a true experimental approach, testing variables (catalyst weight, UV irradiation time, and ozonation duration) in a laboratory setting (25°C and 40-70% Humidity). The study found that the optimized parameter (a combination of 2 h of irradiation, with 2 g of TiO2 along with 5 min of ozonation) resulted in a significant difference in water quality parameters compared to before treatment with 92% effectivity. It can be concluded that this Reactor prototype was highly successful in reducing environmental impacts based on its effectiveness
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