Accès libre

Applying Model Studies to Support the Monitoring of Methane Hazard during the Process of Underground Coal Mining

À propos de cet article

Citez

Brodny J., Tutak M., 2015. Numerical analysis of airflow and methane emitted from the mine face in a blind dog heading. Management Systems in Production Engineering, 2(18), 110-118. Search in Google Scholar

Cheng J., Li S., Zhang F., Zhao C., Yang S., Ghosh A., 2016. CFD modelling of ventilation optimization for improving mine safety in longwall working faces. Journal of Loss Prevention in the Process Industries, 40, 285–297. Search in Google Scholar

Donnelly L., 2018. Mining Hazards. Encyclopedia of Engineering Geology, 649–656.Search in Google Scholar

Hasheminasab F., Bagherpour R., Aminossadati S.M., 2019. Numerical simulation of methane distribution in development zones of underground coal mines equipped with auxiliary ventilation. Tunnelling and Underground Space Technology, 89, 68–77.Search in Google Scholar

Janjuhah H.T., Ishfaque M., Mehmood M.I., Kontakiotis G., Shahzad S.M., Zarkogiannis S.D., 2021. Integrated Underground Mining Hazard Assessment, Management, Environmental Monitoring, and Policy Control in Pakistan. Sustainability, 13, 13505. Search in Google Scholar

Juganda A., Pinheiro H., Wilson F., Sandoval N., Bogin G.E., Brune J.F., 2022. Investigation of Explosion Hazard in Longwall Coal Mines by Combining CFD with a 1/40th-Scale Physical Model. Mining, Metallurgy and Exploration, 39, 2273 – 2290.Search in Google Scholar

Kumar P., Mishra D.P., Panigrahi D.C., Sahu P., 2017. Numerical studies of ventilation effect on methane layering 696 behaviour in underground coal mines. Current science, 112, 1873–1881.Search in Google Scholar

Kurnia J.C., Sasmito A.P., Majumdar A.S.2014. CFD simulation of methane dispersion and innovative methane management in underground mining faces. Applied Mathematical Modelling, 38, 3467–3484.Search in Google Scholar

Li L., Qin B.T., Liu J.S., Leong Y.K., 2020. Integrated experimentation and modeling of the formation processes underlying coal combustion-triggered methane explosions in a mined-out area. Energy, 203, 11785. Search in Google Scholar

Liu Y., Wen H., Guo J., Jin Y., We G., Yang Z., 2020. Coal spontaneous combustion and N2 suppression in triple goafs: A numerical simulation and experimental study. Fuel, 271, 117625. Search in Google Scholar

Lolon S.A., Brune J.F., Bogi G.E., Juganda A. (2020). Study of Methane Outgassing and Mitigation in Longwall Coal Mines. Mining, Metallurgy & Exploration, 37, 1437–1449. Search in Google Scholar

Ma J., 2020. Constraints of coal mining safety management efficiency. Work, 65(4), 869-880. Search in Google Scholar

Midor K., 2017. Innovation in coal mining management as an intelligent specialization. Production Engineering Archives 15, 41-44. Search in Google Scholar

Mishra R., Bahuguna P., Singh V., 2011. Detection of coal mine fire in Jharia coal field using landsat-7 ETM+data. International Journal of Coal Geology, 86, 73–8. Search in Google Scholar

Mishra D.P.; Kumar P.; Panigrahi D.C., 2016. Dispersion of methane in taigate of a retreating longwall mine: A computational fluid dynamics study. Environmental Earth Sciences, 75, 475 Search in Google Scholar

Mishra D.P., Panigrahi D.C., Kumar P., 2018. Computational investigation on effects of geo-mining parameters on layering and dispersion of methane in underground coal mines- A case study of Moonidih Colliery. Journal of Natural Gas Science and Engineering, 53, 110–124. Search in Google Scholar

Oberholzer D.R.J.W., Meyer C.F. 1995. The evaluation of heading ventilation systems through the use of computer simulations. In Proceedings of the 7th US Mine Ventilation Symposium, Lexington, KY, USA, 5–7 June 1995. Search in Google Scholar

Palka D., Brodny J., Tutak M., Nitoi D., 2022. The role, importance and impact of the methane hazard on the safety and efficiency of mining production. Production Engineering Archives, 28(4), 390-397. Search in Google Scholar

Rao S., Mishra D.P., Mishra A., 2023. Methane migration and explosive fringe localisation in retreating longwall panel under varied ventilation scenarios: a numerical simulation approach. Environmental Science and Pollution Research, 30(25), 66705–66729. Search in Google Scholar

Shi L., Wang J., Zhang G., Cheng X., Zhao X., 2017. A risk assessment method to quantitatively investigate the methane explosion in underground coal mine. Process Safety and Environmental Protection, 107, 317–333. Search in Google Scholar

Škvareková E., Tomašková M., Sabadka D., Šofranko M., Zelenák S., 2021. Evaluation and Risk Factors of Roadheaders in Coal Mines. Management Systems in Production Engineering, 29, 242-250.Search in Google Scholar

Song Z., Zhu H., Tan B., Wang H., Qin X., 2014. Numerical study on effects of air leakages from abandoned galleries on hill-side coal fires. Fire Safety Journal, 69, 99–110.Search in Google Scholar

Tutak M., Brodny J., 2017. Analysis of Influence of Goaf Sealing from Tailgate On the Methane Concentration at the Outlet from the Longwall. IOP Conference Series: Earth and Environmental Science, 95, 42025.Search in Google Scholar

Tutak M., Brodny J., 2018. Analysis of the Impact of Auxiliary Ventilation Equipment on the Distribution and Concentration of Methane in the Tailgate. Energies, 11, 3076.Search in Google Scholar

Wang J., Zhou B., An B., Tang Y., 2018. Application of “Trinity” pre-diction of spontaneous combustion area in goaf of Huangbaici Mine. Journal of the China Coal Society, 43, 178–84.Search in Google Scholar

Wang,G.Q., Shi G.Q., Wang Y.M., Shen H.Y., 2021. Numerical study on the evolution of methane explosion regions in the process of coal mine fire zone sealing. Fuel, 289, 119744.Search in Google Scholar

Zhou L., Pritchard C., Zheng Y., 2015. CFD modeling of methane distribution at a continuous miner face with various curtain setback distances. International Journal of Mining Science and Technology 25, 635–640.Search in Google Scholar

Zhou X., Jing Z., Li Y., 2023. Research on controlling gas overrun in a working face based on gob-side entry retaining by utilizing ventilation type “Y”. Scientific Reports, 13, 9199 Search in Google Scholar