Groundwater is an extremely valuable freshwater resource for drinking and agricultural use,
and its value is increasing with global population growth. One of the potential threats to its …

The operator splitting approach has been widely accepted since it was introduced as a
means to solve reactive transport problems. The conventional operator-splitting finite …

Large amounts of waste rock are produced during mining operations and often disposed of
in large piles. Particle size segregation usually occurs during waste rock disposal, which can …

Management of mill tailings is an important part of mining operations that aims at preventing
environmental dispersion of contaminants of concern. To this end, geochemical models and …

Globally, drainage from sulfide‐bearing waste‐rock piles, containing high concentrations of
toxic metal (loid) s, can severely degrade surrounding ecosystems. Waste‐rock piles are …

Hydrogeochemical models for the prediction of drainage quality from full-scale mine waste-
rock piles are often parameterized using data from small-scale laboratory or field …

Humidity cell test represents one of the most popular geochemical characterization methods
for predicting the reactivity and for estimating the leachate quality of mining waste materials …

More than 60% of worldwide uranium production is based on the In Situ Recovery mining
technique. This exploitation method directly falls within the scope of the applications of …

Reactive transport modeling has become widely used to help improve understanding of
hydrogeochemical processes from the pore scale to the watershed scale. In recent years …

Secondary minerals in mine waste materials impose strong controls on water quality by
scavenging solutes of concern. This study investigates the mineralogical and compositional …