利用大型植物和基质介质进行采掘后水管理

Indun Titisariwati, H. Oetomo, Muhammad Tri Aditya, W. S. Bargawa
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引用次数: 0

摘要

:长石矿可能会造成环境问题。开采后的湖水污染环境,因为它的pH值低,含有铝(Al)等重金属。研究目的是分析使用具有有机基质的Eichornia sp和Thympaangustifolia植物对水质变化的有效性,并分析基于废水质量标准的水质管理结果。结果表明,在处理15天时,采用坑湖水+料坑湖+百里香团块+有机基质的处理在提高pH、降低TSS和溶解金属方面是有效的,pH值为6.7-7.04,TSS值为1710mg/l至108mg/l,Al品位从233.0975 mg/l降至190.77 mg/l。铝溶解金属管理的质量标准未达到废水质量标准,而pH和TSS管理的结果符合废水质量标准规定的质量标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Post-mining Water Management Using Macrophytes and Substrate Media
: Feldspar mine may cause environmental problem. Post-mining lake water pollute the environment because it has a low pH containing heavy metals such as aluminium (Al). The research objective was to analyze the effectiveness of water quality changes using Eichornia sp and Thypaangustifolia plants with organic substrates, and to analyze the results of water quality management based on wastewater quality standards. The results showed that the treatment using water from pit lake + material pit lake + clumps of Thypaangustifolia + organic substrate was declared effective in increasing pH and reducing TSS and dissolved metals at 15 days of treatment, indicated by a pH value of 6.7-7.04, a TSS value of 1,710 mg/l to 108 mg/l, and decreased grade Al from 233.0975 mg/l to 190.77 mg/l. The quality standard for Al dissolved metal management has not reached the waste water quality standard, while the results of pH and TSS management are in accordance with the quality standards stipulated with the provisions concerning the wastewater quality standard.
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