Add to ORKGSuper pure aluminium is at present produced on commercial scale by three layer electrorefining process which has several drawbacks. A new nonalloying refining system was hence developed and tried in laboratory scale cells. The performance of the new system and the results obtained therein are discussed in this pape
We have successfully demonstrated aluminum electrorefining from a U-Al-Si alloy that simulates spent...
Argonne National Laboratory (ANL) has developed an electrochemical separation technique called elect...
With the advent of Kyoto protocol for reducing green house gases and the identification of perfluoro...
Bench scale cells of MO A capecity have been designed and operated for electrowfining of aluminium, ...
Zone refining was applied experimentally to high-purity aluminium produced by a combination of the t...
Abstract. Zone refining was applied experimentally to high-purity aluminium produced by a combinatio...
Currently, recycled metal is diluted with primary metal to keep the concentration of alloying elemen...
Recycling mixed aluminum scrap usually requires adding primary aluminum to the scrap stream as a dil...
New method improves aluminium production efficiency -- The British Aluminium Co. Ltd., London and ...
The electrorefining of aluminum alloy (A360) in ionic liquids at low temperatures has been investiga...
The aluminum electroreduction process is still faced with several problems such as high energy consu...
This work is a contribution to the approach for Al purification and extraction from scrap using the ...
In the major aluminium producers in the world, the energy requirements for aluminium electrolysis ar...
The Hall-Heroult process for the production of aluminium is based on the electrochemical reduction o...
Aluminium, usually in sheet form, is often subjected to a graining process prior to further treatmen...
We have successfully demonstrated aluminum electrorefining from a U-Al-Si alloy that simulates spent...
Argonne National Laboratory (ANL) has developed an electrochemical separation technique called elect...
With the advent of Kyoto protocol for reducing green house gases and the identification of perfluoro...
Bench scale cells of MO A capecity have been designed and operated for electrowfining of aluminium, ...
Zone refining was applied experimentally to high-purity aluminium produced by a combination of the t...
Abstract. Zone refining was applied experimentally to high-purity aluminium produced by a combinatio...
Currently, recycled metal is diluted with primary metal to keep the concentration of alloying elemen...
Recycling mixed aluminum scrap usually requires adding primary aluminum to the scrap stream as a dil...
New method improves aluminium production efficiency -- The British Aluminium Co. Ltd., London and ...
The electrorefining of aluminum alloy (A360) in ionic liquids at low temperatures has been investiga...
The aluminum electroreduction process is still faced with several problems such as high energy consu...
This work is a contribution to the approach for Al purification and extraction from scrap using the ...
In the major aluminium producers in the world, the energy requirements for aluminium electrolysis ar...
The Hall-Heroult process for the production of aluminium is based on the electrochemical reduction o...
Aluminium, usually in sheet form, is often subjected to a graining process prior to further treatmen...
We have successfully demonstrated aluminum electrorefining from a U-Al-Si alloy that simulates spent...
Argonne National Laboratory (ANL) has developed an electrochemical separation technique called elect...
With the advent of Kyoto protocol for reducing green house gases and the identification of perfluoro...