Author:De Beer, Morris; Maree, JP; Wilsenach, J; Motaung, S; Bologo, L; Radebe, VDate:Sep 2010The gold mines on which much of South Africa’s wealth was founded are closed or closing. Mining concerns therefore have stopped pumping underground water from the mines which are filling with water (AMD) that is acidic, saline and vitiated ...Read more
Author:Muliwa, AM; Onyango, MS; Maity, Arjun; Ochieng, ADate:May 2018Mining industries contribute enormously to water pollution through discharge of effluents contaminated with metals. Metals-polluted water is a threat to aquatic and human lives as well as the general ecosystem. Numerous conventional treatment ...Read more
Author:Madzivire, G; Gitari, WM; Kumar Vadapalli, VR; Ojumu, TV; Petrik, LFDate:Oct 2011The treatment of acid mine drainage (AMD) and circumneutral mine water (CMW) with South African coal fly ash (FA) provides a low cost and alternative technique for treating mine wastes waters. The sulphate concentration in AMD can be reduced ...Read more
Author:Hobbs, PJ; Cobbing, JEDate:Aug 2007The comparatively short history of acid mine drainage (AMD) in the West Rand Basin (WRB) via mine water decant on the Randfontein Operations property (formerly Randfontein Estates Ltd) of Harmony Gold Mining Company west of Krugersdorp (Figure ...Read more
Author:Hobbs, Philip J; De Meillon, NDate:Sep 2017A water level rise of almost 3 m in the space of two years in the Sterkfontein Cave system since late-2009 necessitated the re-routing of the tourist path through the cave to successively higher elevations on three occasions. It also raisedconcern ...Read more
Author:Vadapalli, VRK; Gitari, MW; Petrik, LF; Etchebers, O; Ellendt, ADate:Jan 2012Fly Ash (FA) from a power station in South Africa was investigated to neutralise and remove contaminants from Acid Mine Drainage (AMD). After this primary treatment the insoluble FA residue namely solid residue (SR) was investigated as a ...Read more
Author:Fosso-Kankeu, E; Mittal, Hemant; Waanders, F; Ntwampe, IO; Ray, Suprakas SDate:Feb 2016This research paper reports the removal of heavy metal ions from mine effluents using the gum karaya (GK)-grafted poly(acrylamide-co-acrylic acid) incorporated iron oxide magnetic nanoparticles (Fe3O4 MNPs) hydrogel nanocomposite [i.e., ...Read more