Add to ORKGA review with 20 refs. is given on the bacterial leaching of complex sulfide ores. The nature of bacterial attachment on sulfide mineral substrates, the role of galvanic interactions in the leaching system, and the availability of high metal-tolerant bacteria strains are discussed. Examples of Cu ore leaching with Thiobacillus ferrooxidans are given
Presence of sulfide minerals in flotation tailings poses an environmental threat due to enhanced aci...
Presence of sulfide minerals in flotation tailings poses an environmental threat due to enhanced aci...
The acid production potential of sulfide-containing ore and tailing samples from Au and Cu mining in...
Biological processes have been attracting attention in mineral processing industry due to their lowe...
Sulfide leaching bacteria, which are used in mining operations have originally evolved to maximize t...
In biohydrometallurgical leaching of low grade chalcopyrite ore, the extraction rate is reduced due ...
The growth of Thiobacillus ferrooxidans, their attachment to sulfide minerals and detachment during ...
This work presents preliminary results of a study to determine the technical feasibility of heap bio...
In heap bioleaching, acidophilic extremophiles contribute to enhanced metal extraction from mineral ...
The object of this study was to investigate the possibility of copper and zinc leaching from polymet...
A mineralogical and biohydrometallurgical study of a mixed copper-sulphide ore from the Ivan Mine ne...
The concentrations of ferrous iron in ore column effluents and the pH of the effluents during the le...
In this study we investigated the potential effects of promoting bacterial activity on tailings from...
Experiments on the leaching of copper from chalcopyrite mineral by the bacterium Thiobacillus ferroo...
Biological processes have been attracting attention in mineral processing industry due to their lowe...
Presence of sulfide minerals in flotation tailings poses an environmental threat due to enhanced aci...
Presence of sulfide minerals in flotation tailings poses an environmental threat due to enhanced aci...
The acid production potential of sulfide-containing ore and tailing samples from Au and Cu mining in...
Biological processes have been attracting attention in mineral processing industry due to their lowe...
Sulfide leaching bacteria, which are used in mining operations have originally evolved to maximize t...
In biohydrometallurgical leaching of low grade chalcopyrite ore, the extraction rate is reduced due ...
The growth of Thiobacillus ferrooxidans, their attachment to sulfide minerals and detachment during ...
This work presents preliminary results of a study to determine the technical feasibility of heap bio...
In heap bioleaching, acidophilic extremophiles contribute to enhanced metal extraction from mineral ...
The object of this study was to investigate the possibility of copper and zinc leaching from polymet...
A mineralogical and biohydrometallurgical study of a mixed copper-sulphide ore from the Ivan Mine ne...
The concentrations of ferrous iron in ore column effluents and the pH of the effluents during the le...
In this study we investigated the potential effects of promoting bacterial activity on tailings from...
Experiments on the leaching of copper from chalcopyrite mineral by the bacterium Thiobacillus ferroo...
Biological processes have been attracting attention in mineral processing industry due to their lowe...
Presence of sulfide minerals in flotation tailings poses an environmental threat due to enhanced aci...
Presence of sulfide minerals in flotation tailings poses an environmental threat due to enhanced aci...
The acid production potential of sulfide-containing ore and tailing samples from Au and Cu mining in...