Joint Engineering Laboratory / China State Key Laboratory / Li Guojun Fushun Mining Group Co. Ltd. / HP / China Key Laboratory / /
Country
United States / Canada / Australia / China / / /
Facility
Zhang Dongsheng College of Geology / Mine Safety / Joint Engineering Laboratory of Internet Technology / Xinjiang University / China State Key Laboratory of Coal Resource / American Fletcher factory / University of Wollongong / China Key Laboratory of Deep Coal Resource Mining / China University of Mining / /
IndustryTerm
extraction technologies / gas production / industrial gas / gas flow / pure gas / water discharge device / gas concentration / drainage technology system / pressure gas / mm steel pipe / gas concentration changing characteristics / clean and efficient energy / cement slurry / above technology / hydraulic fracturing technology / gas compressors / gas-enrich zone / low concentration gas power generation / civil gas / gas concentration changes / inclined mining coalface / cement slurry precipitation / gas migration / Internet Technology / high gassy low permeability mining areas / air pressure controlling water discharge device / drainage technologies / utilization technologies / mining / gas outburst mine / safety mining mode / energy boom / /
Organization
China Ren Tingxiang School of Civil / Mining and Environmental Engineering / Tiefa Mining Area Wang Xufeng School of Mines / University of Wollongong / Xinjiang University / Zhang Dongsheng College of Geology and Exploration Engineering / Australia Zhang Wei IoT/Perception Mine Research Center / China School of Mines / Ministry of Education / China University of Mining and Technology / Xuzhou / China University of Mining / /
Methane Drainage and Utilization Technologies for High Gassy and Low Permeability Coal Seams in Tiefa Mining Area Wang Xufeng School of Mines, China University of Mining and Technology,