Add to ORKGLean copper ore (-0.3-0.4% Cu) of Malanjkhand Copper Project (MCP) is a granite rock with copper as chalco-pyrite in the quartz veins. XRD identification of the ore showed chalcopyrite, pyrite and silica as major phases and bornite being the minor phase. The wild strains of Acidi-thiobacillus ferrooxidans (Tf) isolated from source mine water in 9K+ medium were used for bioleaching. On bench scale with non-adapted Tf isolate, maximum (72%) Cu biodissolution was found at 2.0 pH, 5%PD using <50um particles at 35oC temperature in 40 days. Whereas, using Tf isolate adapted on 5%(w/v) ore at 2.0pH and 25oC, copper biorecovery rose to 75% under same conditions
Abstract: This scientific endeavour is a comparative study of the copper (bio)leaching process from ...
Bio-leaching of copper (0.3%) from a low grade Indian chalcopyrite ore of Malanjkhand copper mines, ...
The extraction of copper from chalcopyrite has for centuries been limited to pyrometallurgical metho...
Bioprocessing for copper recovery from a lean grade chalcopyrite ore of Malanjkhand Copper Project (...
A low-grade ore containing ~0.3% Cu, remains unutilized for want of a viable process at Malanjkhand ...
The depletion of high-grade deposit of copper around the world has drawn attention for the utilisati...
Bioprocessing for metal recovery from different oxidic and sulphidic ores and concentrates is c...
Mesophilic bacteria namely, Acidithiobacillus ferrooxidans (A.ferrooxidans) and Acidithiobacillus th...
Using a consortium of bacteria such as Acidithiobacillus ferrooxidans (A.ferrooxidans) and Acidithio...
In this research, efforts were made to examine bioleaching behaviour of copper from a low grade Indi...
Chagai, District of Balochistan, Pakistan is rich in minerals and has great diversity of mineral res...
The use of biotechnology to explore low-grade ore deposits and mining tailings is one of the most pr...
The bio-dissolution of copper from a low grade ore containing chalcopyrite ore (0.3%Cu)from Malanjkh...
319-324Microorganisms have been geologically active in mineral formation, mineral diagenesis and se...
A mesophilic iron oxidizing bacterium, Acidithiobacillus ferrooxidans, has been isolated (33 C) from...
Abstract: This scientific endeavour is a comparative study of the copper (bio)leaching process from ...
Bio-leaching of copper (0.3%) from a low grade Indian chalcopyrite ore of Malanjkhand copper mines, ...
The extraction of copper from chalcopyrite has for centuries been limited to pyrometallurgical metho...
Bioprocessing for copper recovery from a lean grade chalcopyrite ore of Malanjkhand Copper Project (...
A low-grade ore containing ~0.3% Cu, remains unutilized for want of a viable process at Malanjkhand ...
The depletion of high-grade deposit of copper around the world has drawn attention for the utilisati...
Bioprocessing for metal recovery from different oxidic and sulphidic ores and concentrates is c...
Mesophilic bacteria namely, Acidithiobacillus ferrooxidans (A.ferrooxidans) and Acidithiobacillus th...
Using a consortium of bacteria such as Acidithiobacillus ferrooxidans (A.ferrooxidans) and Acidithio...
In this research, efforts were made to examine bioleaching behaviour of copper from a low grade Indi...
Chagai, District of Balochistan, Pakistan is rich in minerals and has great diversity of mineral res...
The use of biotechnology to explore low-grade ore deposits and mining tailings is one of the most pr...
The bio-dissolution of copper from a low grade ore containing chalcopyrite ore (0.3%Cu)from Malanjkh...
319-324Microorganisms have been geologically active in mineral formation, mineral diagenesis and se...
A mesophilic iron oxidizing bacterium, Acidithiobacillus ferrooxidans, has been isolated (33 C) from...
Abstract: This scientific endeavour is a comparative study of the copper (bio)leaching process from ...
Bio-leaching of copper (0.3%) from a low grade Indian chalcopyrite ore of Malanjkhand copper mines, ...
The extraction of copper from chalcopyrite has for centuries been limited to pyrometallurgical metho...