A case study of the Indonesian coal supply is evaluated by using attributional life cycle assessment (LCA) techniques to develop inventory data and to Sudiyanto J, Hendra, Susilowati IH (2017) Causes of fatal accidents involving coal hauling trucks at a coal mining company in Indonesia. ICOHS. Disasters in Mine: Strategies for Prevention, Management
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A case study of the Indonesian coal supply chain is described where an attributional cradle-to-gate LCA is applied to evaluate GHG emissions, DFF, and water Abstract The coal mining industry plays an important role contributing to the national economy and development in Indonesia, otherwise the mine accidents are Development Strategy to Prevent Accidents in Indonesian Surface Coal
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Coal production and coal export are important elements of the Indonesian economy, but mining operations are frequently plagued by conflicts among companies or Hazards Coal mine Safety management 1. Introduction Causing many severe problems for coal mine workers and the surrounding environments, coal mining is Research on assisting coal mine hazard investigation for
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Coal mining has been one of the issues that led to pros and cons in Indonesia. Research shows that mining activities are one of the factors that affect people’s incomes and local Chu C, Jain R, Muradian N, Zhang G (2016) Statistical analysis of coal mining safety in China with reference to the impact of technology. J South Afr Inst Min Metall 116(1):73–78. Google Scholar Dai-Ying, Z, Bai-Sheng N (2011) Statistical analysis of China’s coal mine particularly serious accidents. Procedia Eng 26: 2213–2221Hazard and Risk in Mining Industry: A Case Study Based on
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The SLR examined research trends in mining accidents issues between 2015 and 2019 and successfully developed four main themes. These consist of the main causes of accidents (46%), and the prevention (20%), challenges (17%) and impacts of post-mining accidents (17%). The study produced thirty-five subthemes by systematically Where P is the water pressure of the underlying aquifer, and M is the thickness of the aquifuge.. The critical water-inrush coefficients of tectonically disturbed and intact floors are 0.06 MPa/m and 0.1 MPa/m (China Coal Mine Safety Administration 2018), respectively.Hundreds of water inrushes from the floor, which occurred in the North An approach for water-inrush risk assessment of deep coal seam mining
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The underground burning in the Jharia coal mine (JCM) in India is a highly devastating environmental hazard inducing various adverse consequences. In the present study, we carried out time series analyses based on Interferometric Synthetic Aperture Radar (InSAR) and land surface temperature (LST) to study the environmental risk.The Xinhe Coal Mine Panel 7312 is in the #3 coal seam. The average thickness of the coal seam is 9.5 m. The overburden depth of the coal seam has a range of 983.9–1084 m, with an average cover depth of 1000 m. The average dip angle of the coal seam is 3°. A fully mechanized full seam top coal caving mining method has been Mitigating Rock Burst Hazard in Deep Coal Mines by
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In the Huainan Coalfield of China, the hazards posed by mine water are becoming more serious with increasing mining depth. Groundwater is mainly transported through tectonic fractures in coal measure strata. Therefore, the identification of fractures in coal measure strata aids in determining whether or not a target coal seam will suffer A methodology for evaluation and monitoring of recurring hazards in underground coal mining. Safety Science, 49 (8–9) (2011), pp. 1172-1179, 10.1016/j.ssci.2011.03.009. View PDF View article View in A matched case-control study of occupational injury in underground coalmine workers. Journal of the South African Identification of safety hazards in Indian underground coal
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Mining activities impact the nearby environment, causing the so-called mining hazards. The land subsidence phenomena caused by the dewatering of the mines are listed among the mining-induced catastrophic geohazards slowly affecting extensive areas around the opencasts. These large-scale geo-hazards are related to both Coal mining is recognised as one of the riskiest operations worldwide (Khanzode et al., 2011; Nieto et al., 2014).Coal mining causes many severe problems for both coal mine workers and the surrounding environments (Shi et al., 2017; Mahdevari et al., 2014).In China, coal mine accidents still cause casualties and property losses, despite Root causes of coal mine accidents: Characteristics of safety culture
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The methodology was utilized to study the seismic hazard in Sanhejian Coal Mine located in the north of the Jiangsu province (Fig. 1a), the coal field belongs to the Permian system at a depth of 600–1250 m. There are many geological structures in the coal field, including coal pillars, normal faults, reverse faults, and igneous rock (Fig. 1b).The block caving mining method has become increasingly popular in the last two decades. Meanwhile, Indonesia has several potential ore bodies which have not yet determined suitable Block Caving Mining Method: Transformation and
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Underground coal mining often causes subsidence, goaf landslides, fissures, and even hazard chains, seriously damaging the ecological environment. To address the ecological vulnerability of mining areas is key to exploring the development characteristics and failure mechanisms of surface multi-hazards. Taking the Shuiliandong The mining sector The mining sector is pivotal to the world’s economy. The revenue of the top 40 global mining companies was US$656 billion in 2020 (Garside 2021). The mining chemicals market is set to be worth US$38 billion by 2024 (Grand View Research 2018). Most exploited commodities worldwide are iron ore, coal, postash and Chemical hazards in the mining sector: An industry case
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A coal mine database was created from the US Geological Survey (USGS) minfac database (n = 355) 43, Chinese USGS mine data (n = 2,440) 44,45, the Australian NPI database (n = 114) 46, the CanadianObjective: Occupational accidents and diseases in Indonesia are still a scourge because they not only cause minor and serious accidents, but often result in fatalities. The same occupational accidents and diseases’ would seem to be happening in the coal mining business sector. According to the Badan Penyelenggara Jaminan Sosial Indonesia, [PDF] Collaboration Tripartite Elements Accident Reporting
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This study seeks to address the problems of major geo-environmental hazards caused by high-intensive coal mining in China’s western eco-environment frangible area including strong mining pressure, surface subsidence, soil and water loss, and land desertification. Using the high-intensive mining at the Xiao-jihan Coal Mine, this paper Today, most mines (coal, iron, and others) in Europe are already closed due to economic, environmental, and societal issues. Therefore, post-mining risk assessment and management remain crucial for mining authorities, policymakers, and planners. In the post-mining period, several hazards are likely to affect the surface areas Sustainability Free Full-Text Post-Mining Multi-Hazard
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China is the largest coal mining country in the world and karst water is a major water hazard problem there (Wu 2014; Xu et al. 2019).Karst water inrushes are very destructive and cause serious loss of property and lives (Hu and Tian 2010; Wu and Zhu 2004; Wu et al. 2013).Therefore it is necessary to carry out hydrogeological investigation
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