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Acid Mine Drainage:From Waste to Resources

I: Overview of Acid Mine Drainage Acid Mine Drainage Formation, Dissemination and Control: Mining and Hydrological Perspectives Introduction Mining Operations and Acid Mine Drainage The Mining Project Cycle Hydrological Impacts of Mining Mining Operations and Acid Mine Drainage Formation Hydrological Controls on Acid Mine Drainage Acid Mine Drainage Generation Dissemination of Acid Mine Drainage Acid Mine Drainage Impacts on Hydrochemistry Applications of Hydrology Principles in Acid Mine Drainage Prevention Future Perspectives on Acid Mine Drainage Concluding Remarks Prediction of Acid Mine Drainage Formation Introduction Developments in Acid Mine Drainage Prediction Overview of Acid Mine Drainage Prediction Methods Applications of Acid Mine Drainage Prediction Data Concluding Remarks Chemistry of Acid Mine Drainage Formation Introduction Oxidation of Sulphide Minerals Oxidation of Pyrite Oxidation of Pyrrhotite Oxidation of Chalcopyrite Oxidation of Arsenopyrite Oxidation of Sphalerite Oxidation of Galena Concluding Remarks Legislation and Policies Governing the Management of Acid Mine Drainage Introduction Legislation and Policies Analysis of Legislation and Policies of South Africa on Acid Mine Drainage Analysis of Legislation and Policies of the United States of America on Acid Mine Drainage Analysis of Legislation and Policies of the European Union on Acid Mine Drainage Analysis of Legislation and Policies of Australia on Acid Mine Drainage Concluding Remarks Environmental and Health Effects of Acid Mine Drainage Introduction Effect of High Acidity Effect of High Acidity on Plants Effect of High Acidity on Aquatic Species Effect of High Acidity on Human Health Effect of Heavy Metals Effect of Heavy Metals on Plants Effect of Heavy Metals on Aquatic Species Effect of Heavy Metals on Human Health Concluding Remarks II: Prevention and Remediation Processes of Acid Mine Drainage Prevention Processes for Acid Mine Drainage Introduction Preventive Techniques for Acid Mine Drainage Control of Water Movement Selective Separation and Blending of Sulphide-Rich Materials Physical Separation Barriers for Water and Oxygen Inhibition of Iron and Sulphur-Oxidizing Microorganisms Other Methods Concluding Remarks Remediation Processes for Acid Mine Drainage Introduction Classification of Acid Mine Drainage Treatment Technologies Classification of Conventional Active Treatment Methods Classification of Innovative Passive Treatment Methods Concluding Remarks Life-Cycle Assessment of Acid Mine Drainage Treatment Processes Introduction Performing a Life-Cycle Assessment Framework Goal and Scope Life-Cycle Inventory Analysis Life-Cycle Impact Assessment Typical Studies of Life-Cycle Assessments Concluding Remarks Recovery Processes and Utilisation of Valuable Materials from Acid Mine Drainage Introduction Recovery of Metals Recovery of Water Recovery of Water Using Membrane Technology Recovery of Water Using Other Membrane Technologies Selected Commercially Developed Projects for Recovery of Water from Acid Mine Drainage Proposed Integrated Processes and Technologies for Recovery of Water from Acid Mine Drainage Recovery of Acid Generation of Electricity from Acid Mine Drainage Production of Water Treatment Raw Materials Utilisation of Acid Mine Drainage Sludge Production of Nanoparticles from Acid Mine Drainage Concluding Remarks

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