Analysis of the Effect of Magnetic Separation Processing Parameters for the Treatment of Mining Waste

Abstract

The constant exploitation of non-renewable resources, such as minerals, has reached a point where the accumulation of mining waste occupies large areas of land for storage. These waste materials are a significant source of pollution of air, water and streams [1]. This is why increasingly, mining industries are interested in technologies that transform mining into an environmentally sustainable activity [2]. However, in Mexico hardly anyone dares to reprocess large amounts of waste that have no use because their

Study of Babak River water quality using physical and chemical parameters in Kebon Kongok landfill (Lombok, Indonesia)

“…Based on the average value and standard deviation in temperature measurements, it shows that the shallow water of Babak River quality around the Kebon Kongok landfill leachate is still of usual quality, where the temperature obtained is still within the normal threshold limits that were determined. Temperature is one of the water quality variables based on physical parameters that must be considered [21]. With temperature, the rate of solubility of Fe heavy metal can be known.…”