Sustainable Waste Management Practices For The Mining Sector Through Recycling Of Mining Waste
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Sustainable Waste Management Practices for the Mining Sector Through Recycling of Mining Waste
Author: Suchismita Satapathy
language: en
Publisher: Springer Nature
Release Date: 2024-11-20
Mining waste management is an important issue for the mining industry since it entails the safe and responsible disposal of waste created during mining operations. This waste comprises tailing, waste rock, and other mining wastes that, if not adequately managed, can pose environmental and health problems. Effective waste management solutions are required to reduce the environmental impact of mining and preserve the long-term viability of mining operations. These initiatives include improving mining practices to reduce waste generation, establishing effective waste treatment and disposal systems, and participating in community outreach and education programme. In recent years, there has been a growing emphasis on the use of new mining waste management technologies and practices. The adoption of modern filtration systems, bio-remediation techniques, and the rehabilitation of abandoned mining sites are examples of these. Overall, good mining waste management is critical for guaranteeing the mining industry; long-term sustainability and protecting the environment and communities where mining operations take place. Sustainable waste management is the implementation of practices and strategies that aim to minimize aim the negative impact of mining waste while promoting resource efficiency and long-term economic viability it involves employing a thorough approach that considers the entire mining waste lifetime, from generation to disposal, and seeks to reduce waste generation, reuse, or recycle items, and appropriately dispose of any remaining rubbish. It attempts to extend the life of materials while reducing the waste volume that is incinerated or dumped in landfills. To lessen the detrimental environmental, economic, social and effects in consumption, a thorough approach to sustainable waste management must concentrate on the life cycle of a product. Mining wastes can be categorized into overburden, waste rock, tailings and mine water. During mineral extracted, beneficiated, and processed, mining wastes are produced. The first stage, known as extraction, which is the first layer sacking of minerals. Typically, blasting is used to do this, which produces a significant amount of garbage (soil, debris and other material). This is usually only concentrated within the periphery of a mine rental place and occasionally on public land, and is useless to the industry. The amount of waste produced increases with the size of the mine. Because they produce far more trash than underground mines, opencast mines are consequently more pollutant-intensive. Use of tailing waste of iron mines with clay for producing bricks can lead to consumption of large quantities of the waste materials and managing it in an environmentally friendly way. On the other hand, it can reduce consumption of top soil for making bricks and improve construction materials availability. Similarly, for preparation of ceramics and polymer composite, these wastes can be used, which will help in solving social, environmental problem.
Sustainable Management of Mining Waste and Tailings
Integrating waste management, environmental sustainability, and economic development is a prime milestone in the circular economy. Critical metals recovery from mining tailings and secondary resources has significant potential, with widespread applications in high-tech industries that are critical to modern society and sustainable development. This book discusses technological advances for managing industrial and mining waste through circular economy approaches and successful critical metal recovery from secondary resources. It highlights how reprocessing of mine waste and tailings results in development of critical raw materials that significantly reduce the mining burden and ensure the lucrative use of waste materials. Features: Describes advances in remediation and valorization technologies for mining wastes Details biotechnological methods, cutting edge research, and applications Covers use of waste mining resources for economic growth and novel opportunities Discusses IR4.0 and machine learning methods Includes reports and case studies on mining waste in value-added products and recovery of strategically important critical minerals This book will be of value to researchers and advanced students working in the mining, chemical and environmental engineering, and renewable energy sectors.
Global Pathways for Efficient Waste Management and Inclusive Economic Development
This book provides a comprehensive examination of various approaches to sustainable waste management, addressing solid waste management, smart waste solutions, policy formulation, and the global impact of waste management policies. By taking a holistic view, it aims to offer practical insights and solutions to the pressing environmental challenges we face today. Central to the discussion is the concept of waste reduction and the transition towards a circular economy model. Through innovative techniques such as Black Soldier Fly Larvae (BSFL) technology, digital water economy initiatives, and e-waste recycling, the book explores avenues for minimizing waste and promoting resource conservation. It advocates for policy restructuring, investment in circular technologies, and the incentivization of sustainable practices as crucial steps toward achieving meaningful progress in waste reduction efforts. Sustainable waste management includes the nexus between green innovation and waste prevention. By identifying both internal and external factors influencing the adoption of green innovation, the book sheds light on the challenges hindering progress, such as corporate inaction and ineffective government policies. It underscores the importance of fostering an environment conducive to innovation and outlines strategies for overcoming barriers to the widespread adoption of green technologies.