In the past decade (Ramu being the exception), it appeared that the PNG mining industry had begun to genuinely evolve with the Hidden Valley Au-Ag mine incorporating a conventional engineered tailings dam, shown in Fig. 1 (see Mudd and Roche, 2014 for more background), as well as a continuing commitment for an integrated …Web
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High rejection of nickel ions (93.9, 95.1, 96.7, and 96.8%) was observed for 5, 9, 15, and 20 bars, respectively. The study also revealed that nickel retention increased significantly with increasing pH values. The drop in pH from 3.6 to 7.0 improved the rejection of nickel from 82.1 to 96.4% (TMP = 15 bar).Web
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Nickel mining's ESG risks are very closely related to the situations in the biggest producing countries, due to specific policies and controversies, weaker labor and environmental standards, and …Web
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14.3 Removal and Recovery Methods for Nickel from Wastes ... and waste management treat-ment. For example, ... Engineering and Mining Journal (USA), 1 97, 43–44.Web
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Integral to any effective tailings-management strategy is the ongoing management of water. With their big footprints, tailings facilities often impact large surface catchment areas and regional groundwater systems. Their effects need to be appropriately studied in order to minimize long-term impacts on operations and the surrounding environment ...Web
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Typically, the waste generated in the mining sites may be in liquid form, such as wastewater and acid mine drainage; solid waste in the form of sludge, slags, and waste rock ; other waste types are given in …Web
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The findings of this review serve as a supporting reference for decision-makers concerning the related sustainability issues associated with mining, mineral processing and solid waste management.Web
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The final form of waste can be detrimental to the feasibility of reuse and recycling because it dictates the cost of further processing. Mining and mineral-processing wastes consist of rocks, soils, oil sands, and loose sediments. The mineralogical and chemical characterizations of mining wastes are useful in forecasting geotechnical …Web
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This study used the production of electrolytic nickel from nickel industrial waste via pyrometallurgy method as an example to quantify the environmental benefits of implementing urban mining. The primary inventory of nickel waste processing used in this study was based on enterprise operation data (Supplementary S10).Web
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If a deposit was exploited by open-pit mining method, waste rocks are produced in the process of stripping. ... nickel recovery ratio of 84.6% and copper recovery ratio of 76.8% at the best floatation condition in the process of recycling of iron tailings. ... Therefore, waste management policies including reduction, recycle and safe treatment ...Web
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The article presents current methods of waste management arising during the extraction and processing of raw materials and the threats resulting from its application. Furthermore, the potential methods of mining waste management are …Web
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This paper forecasts global mine waste generation for four metals needed in batteries: copper, lithium, manganese, and nickel, and finds that waste volumes are …Web
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The safety of storing mining waste in a tailings basin has been a critical part of the debate over copper-nickel mining in northern Minnesota, with some environmental advocates warning that ...Web
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The proposed method, taking into account key parameters for each mine type, provided a good base for estimating land transformation factors for nickel mining for countries or regions. The area of land transformed by the mining of mineral resources greatly varies depending on the type of mineral deposit and mining methods used.Web
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Around 3% of nickel is used in batteries for electronics, and in batteries for portable equipment and hybrid cars, and about 2% is used for catalysts, chemicals, and dyes. 1 The material is also used in medical devices and cordless power tools. Nickel is now playing an increasingly important role in the clean energy transition, with the ...Web
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For miners, the type of ore deposit—sulfide or oxide (or laterite, further subdivided into saprolites and limonites)—defines the whole value chain. Depending …Web
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This study used the production of electrolytic nickel from nickel industrial waste via pyrometallurgy method as an example to quantify the environmental benefits …Web
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Along with it, waste management is a opportunite to address a sustainable development (Silva et al., 2016). The aim of this work was to study the recovery of metals from waste of nickel lateriteWeb
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The mineral resource estimate includes two zones of nickel mineralisation- the Nose Zone and North Limb Zone and is based on validated results of 202 diamond drill holes (86,118m). Mining and ore processing. The Minago mine has 'reasonable prospects for eventual economic extraction' by open pit and underground mining methods.Web
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In the last few years, the mining and metallurgy industry has made concerted efforts to improve waste management through a byproduct recovery strategy, mainly focusing on developing innovative technologies to provide sustainable solutions. This strategy has seen the metallurgy industry exploit more natural resources in waste …Web
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But on the same day in the same state, Anglo-Australian mining giant BHP Billiton unveiled plans for a $43m (£33.5m) processing plant to supply 100,000 tonnes of nickel sulfate per year to the ...Web
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This work aims to review waste management in the mining industry of metals ores, coal, oil and natural gas. It includes an analysis and discussion on the …Web
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Nickel laterite mining is one of the sources of nickel-iron material used for producing steel and various materials. This mining activity leaves waste in the mine, including rocks, overburden ...Web
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The present review addresses the environmental and economical aspects of nickel recovery/removal from various types of wastes. The main physico-chemical technologies for processing various effluents and wastewaters containing nickel are reviewed and discussed. Nickel recovery from spent batteries, catalysts, electronic …Web
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For a proper e-waste management, the most favored to least favored option hierarchy pyramid is given in Fig. 4. For a proper e-waste management; waste prevention conserves scarce resources; minimization reduces material usage and reuse uses materials again. They are the most favored options and are on top of the e-waste hierarchy pyramid.Web
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Mining wastes, particularly in the form of waste rocks and tailings, can have major social and environmental impacts. There is a need for comprehensive long-term strategies for transforming the mining industry to move toward zero environmental footprint. "How can the mining industry create new economic value, minimise its social and …Web
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In February, a coalition of more than 5,000 villagers and a provincial government sued the company, demanding its owners pay $5.2 billion in restitution, stop dumping mine waste into the ocean ...Web
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place some waste management plans which re quire, for example, waste oil to be returned to the suppliers for disposal, recycling of wastewater and the scrap metal sorted and either re-used or sold ...Web
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1. Introduction. Mine waste is a source of pollution globally and can involve acid mine drainage (AMD), generation and dispersal of dust containing radionuclides, heavy and semi-metals, as well as occasional catastrophic collapses of holding dams (Salomons, 1995; Kossoff et al., 2014).Its long-term storage necessitates a large area, which reduces …Web
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Keyword: Mining Impacts; Socio-Economic Conditions; Nickel Management. Introduction Family is a mining problem in Indonesia, as it is endless from the initial stages, such as exploration to the post-mining stage, of course, it will greatly affect the environment. Because when an area is opened into a miningWeb
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1 Introduction Mining waste is the result of complex mining processes, which involves steps from exploration to mine closure and the current economic paradigm …Web
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It discusses environmental issues in relationship with the management of mineral wastes from the DR Congo mining industry, …Web
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