pH Monitoring Online

Deden Disa Abdullah, Arham Aminush Shidqi, Dedy Sukma Ramadhandi, Allisa Pratami, Mukhiturrusda Mukhiturrusda, Sudarmawan Sudarmawan, Aan Ardyantoro, Robi Sudarwis, Anton Triwibowo, Taufik Ramadhan
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Abstract

As the largest coal exporting country in the world, Indonesia needs efforts to prevent various negative things for coal mining activities to maintain the balance of the surrounding nature. One of the many affected by mining activities is water. The wastewater quality must be checked regularly before it flows into water bodies. This research aims to describe the company's program created by the Safety Health & Environment (SHE) department and Center of Excellence (CEO) Department to monitor wastewater generated from mining activities for 24 hours. This research uses a descriptive method with a qualitative approach. This descriptive research explains the program for monitoring pH in mining wastewater. The results showed that this online pH monitoring was made to measure the pH of water from mining waste and was carried out to reduce the potential for disruption of biodiversity in the environment around wastewater disposal. The creation of this program also has an impact on cost efficiency because it can be used online and can be controlled remotely.
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酸碱度在线监测
印度尼西亚作为世界上最大的煤炭出口国,需要努力防止煤矿开采活动的各种负面影响,以维持周围自然的平衡。受采矿活动影响的众多因素之一是水。污水进入水体前必须定期检查水质。本研究旨在描述该公司由安全、健康与环境(SHE)部门和卓越中心(CEO)部门创建的24小时监测采矿活动产生的废水的计划。本研究采用定性方法结合描述性方法。本文描述了采矿废水pH值监测方案。结果表明,该在线pH监测是为了测量采矿废水水的pH值,并减少对废水处理周围环境中生物多样性的破坏。这个程序的创建也对成本效率有影响,因为它可以在线使用,可以远程控制。
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