Reusing and recycling treated mine water back to the mining and metallurgical processes will make the mining a more sustainable industry. The use of treated AMD to supplement to drinking water sources, instead of discharging it to the The high water demand for mining processes is exemplified by copper mining, one of the largest commodity sectors and key for infrastructure developments Applying water risk assessment methods in mining: Current
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To move towards sustainable development, the mining industry needs to identify better mine water management practices for reducing raw water use, increasing Mining uses water primarily for mineral processing, dust suppression, slurry transport and employees’ needs. In most mining Managing water consumption in mining Mining
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On a global scale, however, mine water use accounts for a small portion of overall water use. Even in relatively dry, mining-intensive countries like Australia, Chile, For this Special Issue of Water, we welcome papers addressing topics including, but not limited to: Prevention and control of mine water hazard; Prevention and Water Special Issue : Mine Water Safety and Environment
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Whilst this is only one example it shows the importance of the paradigm differentiation to the mining industry, as it can have a significant impact from Each mining site is classified according to water stress, the categorization of which is defined as follows: 0–1 = water stress < 10%; 1–2 = water stress 10–20%; 2–3 = water stress 20–40%; 3–4 = water Resources Free Full-Text The Impact of Metal
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The evaluation of mine water recycling has practical guiding significance for the planning, positioning, development, and construction of groundwater in today’s If water is used in mining or in ore processing at a mine site, the mine water can be used for production. Some mines are water deficient, necessitating the ITP Mining: Water Use in Industries of the Future: Mining
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Due to the significant growth of the world population, the accelerated growth of economic industries in various countries, and improved living conditions, freshwater consumption has increased Due to the significant growth of the world population, the accelerated growth of economic industries in various countries, and improved living conditions, freshwater consumption has increased Metals Free Full-Text Use of Alternative Water
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Mining still plays a vital role in providing various sectors with essential materials since many industries depend heavily on mined minerals. Moreover, the mining industry is the primary driver for many economies The need for re-assessing the potential of mining in the context of sustainable management of natural capital is discussed and a renewed focus on the role of mining from a systems perspective is proposed. Mining, risk assessment, environmental impacts, sustainable resources management. Risk management, assessment.Risk Assessment Methods in Mining Industry—A Systematic
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According to the IGF, U.S. mining operations used 5,526 million cubic meters of water, amounting to 1% of the country’s total water use in 2015. Mining is a very water intensive industry. In mineral processing, slurry transport, dust suppression, and to meet the water needs of employees, large-scale mining operations use significant This paper aims to address the significant financial, environmental, and social risks posed by climate change to the mining industry, which is responsible for approximately 8% of global greenhouse gas emissions. With 70% of mining projects for the six largest mining companies located in water-stressed regions, the industry is facing Mining Free Full-Text Incorporating Environmental
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This paper raises important questions about the way we approach numerical analysis in rock engineering design. The application of advanced numerical models is essential to adequately analyze and design different geotechnical aspects of pit-to-cave transitions. We present a critical review of numerical methods centered around Better mining corporations want to adopt “Responsible Mining”. This paper outlines the essentials of responsible mining and offers a guide to corporations who want become responsible. Eight principles are discussed: (1) Social and environmental assessment, (2) Transparency, (3) Acceptance by stakeholders, (4) Food production Sustainability Free Full-Text Responsible Mining: The Key
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It is important that the strategic mine plan makes optimum use of available resources and provides continuous quality ore to drive sustainable mining and profitability. This requires the development of a well-integrated strategy of mining options for surface and/or underground mining and their interactions. Understanding the current tools and Therefore, in calculating mine pit water, consideration has been given to total water quantity and average availability of water per season. Since GW availability and recharge are affected by the fluctuating monsoon pattern, it is important to consider how changes in the monsoonal pattern due to climate change will disturb the mining area as Estimation of Mine Water Quantity: Development of
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This paper examines the mining sector’s demands on CO2 emissions, water use, as well as demands on land use focusing on four principal metals: iron, aluminium (i.e., bauxite ore), copper, and gold.The mining industry, a centerpiece to our economy by providing metals and other raw materials to society, can be responsible for an important share of industrial water use at a local scale. For example, in the Antofagasta region of Chile, a key region for global copper production, mining accounts for 64.1% of total water use [4]. Water is bothApplying water risk assessment methods in mining: Current
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manage water resources around mining: 1. Prior to mine permitting, develop water management policies and programs at the watershed level. 2. Prior to mine permitting, set mine effluent criteria and receiving water objectives. 3. Through the ESIA review and mine permitting process, review the plans and set conditions for water use The Gnangara Groundwater System meets about 50% of all water needs for the Perth Peel region of Western Australia (population 1.7 million). Much of the water is contained in an unconfined aquiferSustainability Mining: Water for Mining, and Mining Water
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Holders of national water concessions engaged in mining exploration, exploitation, beneficiation and exploitation activities must promptly request a change to industrial use in mining from the relevant "Water Authority" in order to regularize their legal status within 90 calendar days following May 9, 2023. ConsiderationsFurthermore, water use in mining activities is a major component of water management as they need significant volume of water for operational purposes and also with respect to wastewater and stormwater runoff generated at construction sites (Dharmappa et al., 2000). Nevertheless, due to the call for sustainable use of water and Sustainable Water Use in Construction ScienceDirect
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Nowadays, one of the most significant problems in mining activities is the significance of analyzing environmental issues along with mining, concentration, and mineral processing operations to achieve the goals of sustainable development. Nevertheless, mine owners refuse to include environmental costs (EC) and consider them unprofitable. Due Truck-Shovel (TS) systems are the most common mining system currently used in large surface mines. They offer high productivity combined with the flexibility to be rapidly relocated and to adjust load/haul capacity and capital expenditure according to market conditions. As the world moves to decarbonise as part of the Mining Free Full-Text Electrification Alternatives for Open
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Water Management for Mining. Posted by Daniel Gleeson on 3rd June 2013. Tsurumi pump in the challenging environment of the Skouriotissa copper mine in Cyprus. The global challenge of water stress and scarcity is being exaggerated by growing population, increasing water pollution and rapid economic development in the emerging The transition to sustainability starts when a mine enters the ageing/closing phase and includes large-scale technical activities for repurposing the mined sites. Moreover, circular economy practices and methods are introduced for efficient and socio-environmentally friendly use of mining wastes and non-exploited resources.Sustainability Special Issue : Sustainable Mining and
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