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Management of coal processing wastes： studies on an alternate technology for control of sulfate and chloride discharge

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International Journal of coal Science & Technology 2018年第1期5卷 54-63页

作者： Paul T. Behum Yoginder P. Chugh Liliana Lefticariu Office of Surface Mining and Reclamation Enforcement Alton IL 62002 USA National Academy of Inventors Tampa FL 33612 USA Department of Mining and Mineral Engineering Southern Illinois University Carbondale Carbondale IL 62901 USA Department of Geology Southern Illinois University Carbondale Carbondale IL 62901 USA

Management of coal mining and coal processing wastes, particularly of high sulfur coals, can generate excessive amounts of sulfate (SO4 2−) and chloride (Cl−) in mine drainage that are known to negatively impact quality of both surface and ground water. The U.S. Environmental Protection Agency provides guidance to states on allowable SO4 2− and Cl− discharges from mine sites. This research evaluates the hypothesis that co-disposal of CCPW and FCPW with appropriate compaction can result in improved geochemical and geotechnical environments that will minimize acid mine drainage formation and SO4 2− and Cl− discharges. Addition of ground limestone (ag-lime) to the mix was also evaluated as a drying agent and for improvement in overall geochemistry by buffering higher pH values within the coal waste. These objectives were to develop and implement innovative concepts for engineered co-management of CCPW and FCPW at coal mining sites. The authors performed long-term field column leaching studies to analyze improvement in SO4 2− and Cl− in water quality. Requirements for stricter standards in some states led to the need for development of potentially improved environmental practices. This paper presents the overall encouraging results of the field kinetic studies.

关键词： Kinetic testing Acid mine drainage coal chemistry Interior Basin refuse co-disposal

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