Includes abstract.Includes bibliographical references.Hydrometallurgical methods are increasingly considered as alternatives to conventional pyrometallurgical techniques for extraction of metals from mineral ores. Chalcopyrite is a key copper mineral due to its abundance on earth. However, due to its refractory nature in sulfate leaching systems, a viable hydrometallurgical route for its extraction remains elusive...The work in this present thesis is presented as an initial study to commission the potentiostat instrument, investigate the common trends that are observed in running potential controlled (voltammetric) studies of chalcopyrite and compare them to those reported in literature, and investigate the electrochemical behaviour under d...
Chalcopyrite (CuFeS2) is one of the most abundant sulfide minerals in the world copper deposit. It i...
Chalcopyrite accounts for about 70% of all known copper deposits. Low-grade chalcopyrite deposits ma...
In the modern practice of copper production, more and more attention is paid to the possibility of t...
Chalcopyrite is not only the most abundant of the copper sulphides, but also the most stable, making...
There is a well-established trend in copper hydrometallurgy to develop processes for the treatment ...
Bibliography: leaves 70-79.The current focus of research in the UCT Minerals Bioprocessing Research ...
thesisHydrometallurgical recovery of copper from chalcopyrite ore using chloride media has several ...
Includes bibliographical references.Bioleaching is an established technology for the treatment of re...
A detailed study has been undertaken into the electrochemistry of the leaching of chalcopyrite in ac...
Includes bibliographical references (leaves 104-115).Chalcopyrite is the most abundant primary coppe...
The effect of mechanical activation on the leaching and electrochemistry of chalcopyrite was investi...
Copper(I) sulphide was examined as a model substrate for investigating the mechanisms and kinetics o...
Chalcopyrite (CuFeS2) is the most abundant and the most economically important copper mineral. Incre...
Chalcopyrite is not only the most abundant but also one of the most refractory sources of copper. In...
Bibliography: leaves 63-68.This thesis is part of the greater study and looks into understanding the...
Chalcopyrite (CuFeS2) is one of the most abundant sulfide minerals in the world copper deposit. It i...
Chalcopyrite accounts for about 70% of all known copper deposits. Low-grade chalcopyrite deposits ma...
In the modern practice of copper production, more and more attention is paid to the possibility of t...
Chalcopyrite is not only the most abundant of the copper sulphides, but also the most stable, making...
There is a well-established trend in copper hydrometallurgy to develop processes for the treatment ...
Bibliography: leaves 70-79.The current focus of research in the UCT Minerals Bioprocessing Research ...
thesisHydrometallurgical recovery of copper from chalcopyrite ore using chloride media has several ...
Includes bibliographical references.Bioleaching is an established technology for the treatment of re...
A detailed study has been undertaken into the electrochemistry of the leaching of chalcopyrite in ac...
Includes bibliographical references (leaves 104-115).Chalcopyrite is the most abundant primary coppe...
The effect of mechanical activation on the leaching and electrochemistry of chalcopyrite was investi...
Copper(I) sulphide was examined as a model substrate for investigating the mechanisms and kinetics o...
Chalcopyrite (CuFeS2) is the most abundant and the most economically important copper mineral. Incre...
Chalcopyrite is not only the most abundant but also one of the most refractory sources of copper. In...
Bibliography: leaves 63-68.This thesis is part of the greater study and looks into understanding the...
Chalcopyrite (CuFeS2) is one of the most abundant sulfide minerals in the world copper deposit. It i...
Chalcopyrite accounts for about 70% of all known copper deposits. Low-grade chalcopyrite deposits ma...
In the modern practice of copper production, more and more attention is paid to the possibility of t...