Water-resisting Property and Key Technologies of Grouting Reconstruction of the Upper Ordovician Limestone in North China’s Coalfields
Produktdetaljer
Om bidragsyterne
Dr. Hao Wang‘s primary academic focus is mine water hazard prevention and disaster control, as well as environmental remediation in mining areas. He has published 33 papers and won 16 academic awards on these topics. Dr. Wang has led or participated in more than 20 scientific research projects, including projects funded by the National Natural Science Foundation of China, National Key Technology Support Program Foundation, and National Key Research and Development Program Foundation. He also participated in China’s top-level design project on mine water prevention and control, sponsored by the National Coal Mine Safety Administration China.
This book examines the water resistance capacity of the Upper Ordovician limestone and its feasibility as a water barrier to achieve safe and green mining. Mine water inrush events often occur during coal mine construction and production; they account for a large proportion of the coal mine disasters and accidents in China, second only to gas explosions. As mining depths and mining intensity continue to increase, the hydrogeological conditions encountered are becoming more complex. This book describes in-situ methods designed to test the water resistance of the limestone layer, as well as specific grouting techniques developed to transform this layer into a barrier that can prevent water inrush during mining. The innovative technologies, which were applied and validated in two coal mines, are applicable to other coal mines or any underground engineering works.
This book examines the water resistance capacity of the Upper Ordovician limestone and its feasibility as a water barrier to achieve safe and green mining. Mine water inrush events often occur during coal mine construction and production;
Introduction.- Paleosedimentary Environments And Karst Characteristics Of Ordovician Limestone In North China Coalfields.- Water-Bearing And Water-Resisting Properties Of Top Of Ordovician Limestone In North China Coalfields.- Utilizability Of Weathered And Filled Zone Of Top Of Ordovician Limestone In North China Coalfields.- Criterion For Utilization And Grouting Reconstruction Of Top Of Ordovician Limestone.- Technical System Of Grouting Reconstruction Of Top Of Ordovician Limestone.- Case Study Of Utilization And Grouting Reconstruction Of Top Of Ordovician Limestone.- Conclusions And Innovation Points.
This book examines the water resistance capacity of the Upper Ordovician limestone and its feasibility as a water barrier to achieve safe and green mining. Mine water inrush events often occur during coal mine construction and production; they account for a large proportion of the coal mine disasters and accidents in China, second only to gas explosions. As mining depths and mining intensity continue to increase, the hydrogeological conditions encountered are becoming more complex. This book describes in-situ methods designed to test the water resistance of the limestone layer, as well as specific grouting techniques developed to transform this layer into a barrier that can prevent water inrush during mining. The innovative technologies, which were applied and validated in two coal mines, are applicable to other coal mines or any underground engineering works.
Produktdetaljer
Om bidragsyterne
Dr. Hao Wang‘s primary academic focus is mine water hazard prevention and disaster control, as well as environmental remediation in mining areas. He has published 33 papers and won 16 academic awards on these topics. Dr. Wang has led or participated in more than 20 scientific research projects, including projects funded by the National Natural Science Foundation of China, National Key Technology Support Program Foundation, and National Key Research and Development Program Foundation. He also participated in China’s top-level design project on mine water prevention and control, sponsored by the National Coal Mine Safety Administration China.