A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fracture Dewatering to Minimize Groundwater Interference with Underground Coal Mining
This citation summarizes a one-page announcement of technology available for utilization. A method was developed for control of groundwater inflow to chronically wet sections of underground coal mines, in order to reduce groundwater interference with mining activity and to minimize acid mine drainage. The dewatering method removes large volumes of the stored groundwater through high-capacity pumping from a minimal number of wells placed strategically on fracture traces (the surface expressions of fractured rock zones). ...FOR ADDITIONAL INFORMATION: Contact: Rovert D. Schmidt, Twin Cities Research Center, 5629 Minnehaha Avenue South, Minneapolis, MN 55417; (612) 725-3461.
Fracture Dewatering to Minimize Groundwater Interference with Underground Coal Mining
This citation summarizes a one-page announcement of technology available for utilization. A method was developed for control of groundwater inflow to chronically wet sections of underground coal mines, in order to reduce groundwater interference with mining activity and to minimize acid mine drainage. The dewatering method removes large volumes of the stored groundwater through high-capacity pumping from a minimal number of wells placed strategically on fracture traces (the surface expressions of fractured rock zones). ...FOR ADDITIONAL INFORMATION: Contact: Rovert D. Schmidt, Twin Cities Research Center, 5629 Minnehaha Avenue South, Minneapolis, MN 55417; (612) 725-3461.
Fracture Dewatering to Minimize Groundwater Interference with Underground Coal Mining
1983
1 pages
Report
No indication
English
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