Abstract
Discusses hydrological, geological and mining conditions at the Durdevic underground coal mine. A landslide at a spoil bank dammed the creek flowing above the mine. Two exploratory boreholes (62 m and 68 m) were drilled for hydrological investigations. Water coloring techniques, chemical water analysis, measurement of underground water level and water flow were used to determine whether a sudden inrush of rainfall and accumulated surface water could endanger the mine. Underground water inflow to mine rooms varies from 110-200 m/sup 3//min, depending on the season. Diversion of the creek bed with the accumulated water and accumulation and subsequent drainage of surface water via large diameter concrete pipes were considered as possible ways of improving safety in the mine. Details of these projects are included. 4 refs.
Citation Formats
Valjarevic, R, and Urosevic, V.
Influence of surface water accumulations of the Stupnica creek on underground coal mining in the Durdevic coal mine.
Yugoslavia: N. p.,
1986.
Web.
Valjarevic, R, & Urosevic, V.
Influence of surface water accumulations of the Stupnica creek on underground coal mining in the Durdevic coal mine.
Yugoslavia.
Valjarevic, R, and Urosevic, V.
1986.
"Influence of surface water accumulations of the Stupnica creek on underground coal mining in the Durdevic coal mine."
Yugoslavia.
@misc{etde_7121589,
title = {Influence of surface water accumulations of the Stupnica creek on underground coal mining in the Durdevic coal mine}
author = {Valjarevic, R, and Urosevic, V}
abstractNote = {Discusses hydrological, geological and mining conditions at the Durdevic underground coal mine. A landslide at a spoil bank dammed the creek flowing above the mine. Two exploratory boreholes (62 m and 68 m) were drilled for hydrological investigations. Water coloring techniques, chemical water analysis, measurement of underground water level and water flow were used to determine whether a sudden inrush of rainfall and accumulated surface water could endanger the mine. Underground water inflow to mine rooms varies from 110-200 m/sup 3//min, depending on the season. Diversion of the creek bed with the accumulated water and accumulation and subsequent drainage of surface water via large diameter concrete pipes were considered as possible ways of improving safety in the mine. Details of these projects are included. 4 refs.}
journal = {Arh. Rudar. Geol.; (Yugoslavia)}
volume = {24:3}
journal type = {AC}
place = {Yugoslavia}
year = {1986}
month = {Jan}
}
title = {Influence of surface water accumulations of the Stupnica creek on underground coal mining in the Durdevic coal mine}
author = {Valjarevic, R, and Urosevic, V}
abstractNote = {Discusses hydrological, geological and mining conditions at the Durdevic underground coal mine. A landslide at a spoil bank dammed the creek flowing above the mine. Two exploratory boreholes (62 m and 68 m) were drilled for hydrological investigations. Water coloring techniques, chemical water analysis, measurement of underground water level and water flow were used to determine whether a sudden inrush of rainfall and accumulated surface water could endanger the mine. Underground water inflow to mine rooms varies from 110-200 m/sup 3//min, depending on the season. Diversion of the creek bed with the accumulated water and accumulation and subsequent drainage of surface water via large diameter concrete pipes were considered as possible ways of improving safety in the mine. Details of these projects are included. 4 refs.}
journal = {Arh. Rudar. Geol.; (Yugoslavia)}
volume = {24:3}
journal type = {AC}
place = {Yugoslavia}
year = {1986}
month = {Jan}
}