Bipolar type of cells appear to be promising in the field of fused chloride electrolysis as found in the case of ALCOA type aluminium cells. The adoption of this technique for magnesium production could also lead to design of improved type of cells which would result in further cost reduction. CECRI with its experience on building modular cells without the diaphragm has conducted trial experiment's on bipolar systems for magnesium production. The preliminary results obtained from a cell of 500 A capacity is discussed
Magnesium dry cells patterned after the conventional Leclanch6 cell now appear to be worthy of accep...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Bipolar type of the cells appear to offer scope for further energy reduction for the production of m...
A prototype plant for the production of magnesium metal by fused salt electrolysis of anhydrous MgCI...
In 2011 Valparaiso University was awarded a grant from the Department of Energy (DOE) ARPA-E program...
The bipolar cell of 400A (4*100A) consisted of titanium-mild steel explosion bonded electrodes coate...
Lithium metal can be electrolytically refined from aqueous solutions of its compounds by partial red...
An experimental electrolytic magnesium production cell was designed to remove chlorine gas from the ...
The authors report development and bench-scale testing of an electrolytic process for reduction of L...
The specific energy consumption for magnesium metal extraction which had been once around 20-22 kWh ...
Alkali and alkaline earth metals like sodium, magnesium etc. are produced most effectively by molten...
The electrolytic cell features a top inserted graphite anode and a cathode, Mg-Pb alloy, placed at t...
A prototype bipolar flow cell (BFC) of 500 amperes capacity has been developed for the prduction of ...
153-156<span style="font-size:11.0pt;line-height: 115%;font-family:Calibri;mso-fareast-font-family:...
Magnesium dry cells patterned after the conventional Leclanch6 cell now appear to be worthy of accep...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Bipolar type of the cells appear to offer scope for further energy reduction for the production of m...
A prototype plant for the production of magnesium metal by fused salt electrolysis of anhydrous MgCI...
In 2011 Valparaiso University was awarded a grant from the Department of Energy (DOE) ARPA-E program...
The bipolar cell of 400A (4*100A) consisted of titanium-mild steel explosion bonded electrodes coate...
Lithium metal can be electrolytically refined from aqueous solutions of its compounds by partial red...
An experimental electrolytic magnesium production cell was designed to remove chlorine gas from the ...
The authors report development and bench-scale testing of an electrolytic process for reduction of L...
The specific energy consumption for magnesium metal extraction which had been once around 20-22 kWh ...
Alkali and alkaline earth metals like sodium, magnesium etc. are produced most effectively by molten...
The electrolytic cell features a top inserted graphite anode and a cathode, Mg-Pb alloy, placed at t...
A prototype bipolar flow cell (BFC) of 500 amperes capacity has been developed for the prduction of ...
153-156<span style="font-size:11.0pt;line-height: 115%;font-family:Calibri;mso-fareast-font-family:...
Magnesium dry cells patterned after the conventional Leclanch6 cell now appear to be worthy of accep...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...