The objectives of the study were to: design and construct a 10,000- amp fluidized bed electrowinning cell for the recovery of copper from acidic sulfate solutions; demonstrate the technical feasibility of continuous particle recirculation from the electrowinning cell with the ultimate goal of continuous particle removal; and measure cell efficiency as a function of operating conditions
The feasibility of recovering copper from electronic industrial waste mud (galvanic sludge) using a ...
An experimental study was performed using an oblique rotating barrel cathode to recover copper from ...
An electrolysis cell with rotating cylinder cathode was used to recover copper from copper galvanote...
Removal of some hazardous waste like copper from effluent streams has an industrial importance. In t...
The purpose of this study is mainly to investigate the performance of a packed-bed continuous-recirc...
AbstractConversion of soluble precious copper ions into a solid form in dilute wastewater effluents ...
AbstractThe purpose of this study is mainly to investigate the performance of a packed-bed continuou...
Comparison between fixed and fluidized bed cathodes was experimentally investigated in a circulated-...
AbstractComparison between fixed and fluidized bed cathodes was experimentally investigated in a cir...
For the first time, the recovery of copper from Cu(II)-EDTA complexes in waste streams, which origin...
AbstractRemoval of some hazardous waste like copper from effluent streams has an industrial importan...
In this study, the electrochemical treatment has been investigated in the real acidic effluent of co...
Two lab-scale electrohydrolysis (EH) cells have been used to study the effectiveness of this method ...
A batch electrochemical cell, consisting of a plating barrel cathode and a packed-bed anode, was use...
Following a review of the literature relating to the use of fluidised, beds in electrochemistry, a p...
The feasibility of recovering copper from electronic industrial waste mud (galvanic sludge) using a ...
An experimental study was performed using an oblique rotating barrel cathode to recover copper from ...
An electrolysis cell with rotating cylinder cathode was used to recover copper from copper galvanote...
Removal of some hazardous waste like copper from effluent streams has an industrial importance. In t...
The purpose of this study is mainly to investigate the performance of a packed-bed continuous-recirc...
AbstractConversion of soluble precious copper ions into a solid form in dilute wastewater effluents ...
AbstractThe purpose of this study is mainly to investigate the performance of a packed-bed continuou...
Comparison between fixed and fluidized bed cathodes was experimentally investigated in a circulated-...
AbstractComparison between fixed and fluidized bed cathodes was experimentally investigated in a cir...
For the first time, the recovery of copper from Cu(II)-EDTA complexes in waste streams, which origin...
AbstractRemoval of some hazardous waste like copper from effluent streams has an industrial importan...
In this study, the electrochemical treatment has been investigated in the real acidic effluent of co...
Two lab-scale electrohydrolysis (EH) cells have been used to study the effectiveness of this method ...
A batch electrochemical cell, consisting of a plating barrel cathode and a packed-bed anode, was use...
Following a review of the literature relating to the use of fluidised, beds in electrochemistry, a p...
The feasibility of recovering copper from electronic industrial waste mud (galvanic sludge) using a ...
An experimental study was performed using an oblique rotating barrel cathode to recover copper from ...
An electrolysis cell with rotating cylinder cathode was used to recover copper from copper galvanote...