Add to ORKGCells of Paenibacillus polymyxa and their metabolite products were successfully utilized to achieve selective separation of sphalerite from pyrite, through microbially induced flocculation and flotation. Adsorption studies and electrokinetic investigations were carried out to understand the changes in the surface chemistry of bacterial cells and the minerals after mutual interaction. Possible mechanisms in microbially induced flotation and flocculation are outlined
The selective flotation of sphalerite from a sphalerite-galena mineral mixture has been achieved usi...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture has been achieved usi...
Selective separation of pyrite from galena and quartz was achieved through microbiologically induced...
Cells of Paenibacillus polymyxa and their metabolite products were successfully utilized to achieve ...
Cells of Paenibacillus polymyxa and their metabolite products were successfully utilized to achieve ...
Selective separation of pyrite from quartz and calcite was achieved through microbiologically induce...
Selective separation of pyrite from quartz and calcite was achieved through microbiologically induce...
Selective separation of pyrite and galena from mixture of the two minerals was achieved through inte...
Selective separation of pyrite and galena from mixture of the two minerals was achieved through inte...
Selective separation of pyrite from quartz and calcite was achieved through microbiologically induce...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture was achieved using ce...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture was achieved using ce...
The interaction of sphalerite and galena with cells of Bacillus polymyxa was investigated through ad...
The interaction of sphalerite and galena with cells of Bacillus polymyxa was investigated through ad...
The interaction of sphalerite and galena with cells of Bacillus polymyxa was investigated through ad...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture has been achieved usi...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture has been achieved usi...
Selective separation of pyrite from galena and quartz was achieved through microbiologically induced...
Cells of Paenibacillus polymyxa and their metabolite products were successfully utilized to achieve ...
Cells of Paenibacillus polymyxa and their metabolite products were successfully utilized to achieve ...
Selective separation of pyrite from quartz and calcite was achieved through microbiologically induce...
Selective separation of pyrite from quartz and calcite was achieved through microbiologically induce...
Selective separation of pyrite and galena from mixture of the two minerals was achieved through inte...
Selective separation of pyrite and galena from mixture of the two minerals was achieved through inte...
Selective separation of pyrite from quartz and calcite was achieved through microbiologically induce...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture was achieved using ce...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture was achieved using ce...
The interaction of sphalerite and galena with cells of Bacillus polymyxa was investigated through ad...
The interaction of sphalerite and galena with cells of Bacillus polymyxa was investigated through ad...
The interaction of sphalerite and galena with cells of Bacillus polymyxa was investigated through ad...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture has been achieved usi...
The selective flotation of sphalerite from a sphalerite-galena mineral mixture has been achieved usi...
Selective separation of pyrite from galena and quartz was achieved through microbiologically induced...