O’Dwyer, T. F. , Ghanim, B., Courtney, R., Hudson, A., Pembroke, J. T. , & Murnane, J. G

2022 March

Water Treatment

Sustainable Treatment of Acidic and Alkaline Leachates from Mining and Industrial Activities: Current Practice and Future Perspectives

InTechOpen

Croatia

Published

1

Mine and Industrial Waste, Acid Mine Waste, Circular Economy, Sustainability, Resource Recovery, Passive Treatment

Water resources are under continued pressure from anthropogenic sources, including acidic waste from abandoned mine sites and alkaline waste from a variety of industrial activities. Large quantities of mine and industrial wastes are typically stored in tailings facilities which can generate significant quantities of leachates due to weathering. If released untreated to the aquatic environment these have the potential to contaminate surface and ground waters. In addition, generation of leachates from abandoned or closed sites presents a major long-term environmental challenge where the generation of leachates is expected to continue for decades if not centuries post closure. An overview of leachate production and associated treatment technologies are described, with an emphasis on passive and potentially sustainable technologies. Measures to prevent the formation of acidic leachates and the potential for resource recovery from acidic and alkaline wastes and leachates are also discussed. Finally, technologies that require further development for long term and sustainable treatment are highlighted

M,. Ince and OK Ince

https://www.intechopen.com/online-first/81036

1

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EPA, GSI and EU Biomimic