Optimization of Mine Wastewater Treatment with Sump Water Circulation Treatment Method

Arham Aminush, Allisa Pratami, None Deden Disa A, None Robawi, Hirwan Suwandi, None Ikhtiar Dwi W, Prasetyo Odi, None Margono, Hendri Prayogo, Robi Sudarwis, Anton Triwibowo, Taufik Ramadhan
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Abstract

The mining industry is one of the sectors that play an important role in the economy, but mining activities often produce hazardous waste for the environment, such as mine wastewater. This research aims to optimize mine wastewater management by applying the sump water circulation treatment method. This research uses an experimental research method in the PT Antereja Mahada Makmur mining area, which operates in the mining area of PT Multi Harapan Utama, Loa Kulu District, Kutai Kartanegara Regency, and East Kalimantan. Data collection techniques were carried out by field observation. The data that was collected is then analyzed qualitatively. The results showed a higher decline than planned in the remaining volume of sump 90. The impact of this decline was the achievement of the coal exposure target in November 2022. This shows that using the sump water circulation treatment method has successfully optimized the treatment of mine wastewater and has a positive impact on reducing the remaining volume of sump 90 so that the coal exposure target can be achieved effectively.
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矿坑水循环法处理矿山废水的优化研究
采矿业是经济中发挥重要作用的部门之一,但采矿活动经常产生对环境有害的废物,如矿山废水。本研究旨在应用矿坑水循环处理方法优化矿山废水管理。本研究采用实验研究方法,在PT Antereja Mahada Makmur矿区进行研究,该矿区位于PT Multi Harapan Utama矿区、Loa Kulu区、Kutai Kartanegara Regency矿区和东加里曼丹。数据收集技术采用实地观测。然后对收集到的数据进行定性分析。结果表明,90号污水池剩余体积的下降幅度高于计划。这种下降的影响是在2022年11月实现了煤炭暴露目标。由此可见,采用矿坑水循环处理方法,成功地优化了矿山废水的处理,对降低矿坑90的剩余体积,从而有效地实现煤暴露目标产生了积极的影响。
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