Recovery of Byproducts from Acid Mine Drainage Treatment, , Wiley, John Wiley & Sons,Organic chemistry,Chemistry, Mining; Acid mine drainage; Tailing storage facilities; Mine solid waste; Acid rock drainage; Matured oxidation zone; Passive treatment; Active treatment; Closed metalliferous mine; Humidity cell test; Artificial intelligence; Prediction; Mineralogy; Buffering capacity; Tailing cover systems; Waste management system; Wastewater; Brine; Neutralization technologies; Environment; Potable water; Ochres; Geochemical modelling; High density sludge; Neutralizing agents; Selective precipitation; Rare earth elements; Applications; By-products; Deriving values; Sulphate removal; Valorisation; Beneficiation; Circular economy; Sustainable development; Value recovery; Reclamation; Mineral synthesis; Technology critical elements; Metal recovery; Selective extraction; Dispersive alkaline substrate technology; Iron pigments; Goethite; Hematite; Selective precipitation,, , United States, en-UShttps://www.wiley.comMining; Acid mine drainage; Tailing storage facilities; Mine solid waste; Acid rock drainage; Matured oxidation zone; Passive treatment; Active treatment; Closed metalliferous mine; Humidity cell test; Artificial intelligence; Prediction; Mineralogy; Buffering capacity; Tailing cover systems; Waste management system; Wastewater; Brine; Neutralization technologies; Environment; Potable water; Ochres; Geochemical modelling; High density sludge; Neutralizing agents; Selective precipitation; Rare earth elements; Applications; By-products; Deriving values; Sulphate removal; Valorisation; Beneficiation; Circular economy; Sustainable development; Value recovery; Reclamation; Mineral synthesis; Technology critical elements; Metal recovery; Selective extraction; Dispersive alkaline substrate technology; Iron pigments; Goethite; Hematite; Selective precipitation, [BLURB],[CITY],,books, ebooks, biblet, Book2look