The summary of results from research aimed at possibilities to use biotechnological procedures for treatment of Slovak sulphide ores is presented in this study. The object of the research is an extraction of valuable metals, undesirable admixtures and degradation of crystallic lattice of sulphides for subsequent chemical leaching processing of precious metals. Further, the results of experiments on existence of biogenic processes in situ on waste dumps from exploitation containing residual sulphides are presented
Sulfide minerals, like pyrite and arsenopyrite, are of economical interest due to the presence of...
The refractory or low grade copper chalcopyrite ores or galena/sphalerite domestic ores in Republic ...
The paper provides an assessment of the potential technogenic impact of sulphide-containing wastes p...
Bioleaching and biogenesis are the main outputs from a large group of environmental processes partic...
Bioleaching and biogenesis are the main outputs from a large group of environmental processes partic...
The objectives of the present work are to give some view on some biological-chemical methods used fo...
Mine drainage waters are often characterized by high concentrations of sulphates and metals as a con...
Ore-mining, metallurgy and other industrial activities represent the source of heavy metal and radio...
The abilities of acidophilic chemolithotrophic bacteria and archaea to accelerate the oxidative diss...
Large efforts are being made to streamline the conventional (chemical and physical) technological sc...
This review has as its underlying premise the need to become proficient in delivering a suite of ele...
The advantages and disadvantages of technologies of vat biooxidation of sulfide concentrates are sum...
The feasibility of processing low-grade copper-nickel ores by heap bioleaching was investigated. It ...
One of the ways of restoration and use of secondary raw materials of waste for the decision both eco...
Microorganisms have developed various mechanisms to deal with metals, thus providing numerous tools ...
Sulfide minerals, like pyrite and arsenopyrite, are of economical interest due to the presence of...
The refractory or low grade copper chalcopyrite ores or galena/sphalerite domestic ores in Republic ...
The paper provides an assessment of the potential technogenic impact of sulphide-containing wastes p...
Bioleaching and biogenesis are the main outputs from a large group of environmental processes partic...
Bioleaching and biogenesis are the main outputs from a large group of environmental processes partic...
The objectives of the present work are to give some view on some biological-chemical methods used fo...
Mine drainage waters are often characterized by high concentrations of sulphates and metals as a con...
Ore-mining, metallurgy and other industrial activities represent the source of heavy metal and radio...
The abilities of acidophilic chemolithotrophic bacteria and archaea to accelerate the oxidative diss...
Large efforts are being made to streamline the conventional (chemical and physical) technological sc...
This review has as its underlying premise the need to become proficient in delivering a suite of ele...
The advantages and disadvantages of technologies of vat biooxidation of sulfide concentrates are sum...
The feasibility of processing low-grade copper-nickel ores by heap bioleaching was investigated. It ...
One of the ways of restoration and use of secondary raw materials of waste for the decision both eco...
Microorganisms have developed various mechanisms to deal with metals, thus providing numerous tools ...
Sulfide minerals, like pyrite and arsenopyrite, are of economical interest due to the presence of...
The refractory or low grade copper chalcopyrite ores or galena/sphalerite domestic ores in Republic ...
The paper provides an assessment of the potential technogenic impact of sulphide-containing wastes p...