The water-bearing capacity and abnormal water-bearing area of the coal seam floor of
working face no. II 632 at the Hengyuan coal mine was investigated using the network …

The present work aims to propose a methodology for quantifying the sources of acid mine
drainage (AMD) and to characterize the magnitude of the affected areas in the Iberian Pyrite …

Globally, mine drainage is a persistent environmental problem facing the mining industry.
This review covers the literature published in 2013 on topics relating to acid mine drainage …

Seepage with AMD characteristics is observed in the Dareh-Zar copper mine in central Iran
and more water inrush events are expected since the pit extends below the local …

Previously conducted studies have established that mining activities can activate faults,
which will cause floor water inrush disasters and cause loss of personnel and property. In …

Water inrush in deep coal mines is closely related to geological structures such as faults. In
order to study the influence rule of different coal face advancing distance (CFAD) on floor …

To analyze mining hydrogeological conditions and determine the sources of mine water, a
hydrothermal deposit of China is taken as an example in this paper. On the basis of detailed …

Large amounts of groundwater are discharged during underground mining operations. As a
result, the drawdown of groundwater, known as aquifer dewatering, is common in mining …

Tests were carried out at passive mine water treatment sites in South Korea to determine
how flow and pH affected other water quality parameters. Computational flow analysis and …

Acid mine drainage (AMD) is a global problem due to the high content of heavy metals and
low pH and needs to be monitored and managed by reclamation or treatment systems. The …