The methods of hydrometallurgical treatment of cathodic deposits obtained by electrorefining vanadium and niobium metals in chloride melts were studied. The effectiveness of employing nitric acid was demonstrated. The optimal conditions of leaching trapped salt were determined: HNO3 concentration of 2.5 wt. % for vanadium and 5 wt. % for niobium; solid-to-liquid ratio 1:10 for both metals. The effect of increasing duration of a washing cycle on number of process stages was investigated. The methods of final washing and drying metallic powders were considered. ©The Electrochemical Society.Physical and Analytical Electrochemistry;Electrodeposition;Energy Technolog
Over the past centuries, a number of process routes for extraction of metal values from an ore or ot...
Many important metals are being produced by electrolysis in molten salts (aluminium, sodium, rare ea...
Molten salt electrolysis is a proven technology for the extraction of metals -- all the world's prim...
A novel method that introduces an electrochemical field to enhance the decomposition of vanadium sla...
The electrodeposition process of vanadium from LiCl-KCl base electrolytes was investigated by means ...
In NaCl-KCl-NaF-V2O3 molten salt, used graphite as an anode and carbon steel plate as a cathode, van...
The leach liquor of sodium-roasted vanadium slag in vanadium industry is an alkaline solution contai...
Conventionally, metallic vanadium is produced from vanadium pentoxide (V2O5). Sodium metavanadate (N...
A series of new green metallurgical processes have been proposed and developed to improve the recove...
Vanadium slag contains several critical elements like V, Ti, Cr, Fe and Mn. In our previous work, V ...
Niobium and aluminium were electrodeposited at 200 °C under argon atmosphere onto vitreous carbon f...
A novel electrochemical recovery method of Co, Cu, Mn and Ni from a reactor based on two immiscible ...
In the present work, a novel process for effective extraction of valuable metals (V, Cr, Ti, Mn, Fe,...
A novel and environmentally friendly route to directly prepare metallic vanadium from NaVO 3 by molt...
Vanadium is an important metal used in ferrous and non-ferrous alloys, industrial catalysts, pigment...
Over the past centuries, a number of process routes for extraction of metal values from an ore or ot...
Many important metals are being produced by electrolysis in molten salts (aluminium, sodium, rare ea...
Molten salt electrolysis is a proven technology for the extraction of metals -- all the world's prim...
A novel method that introduces an electrochemical field to enhance the decomposition of vanadium sla...
The electrodeposition process of vanadium from LiCl-KCl base electrolytes was investigated by means ...
In NaCl-KCl-NaF-V2O3 molten salt, used graphite as an anode and carbon steel plate as a cathode, van...
The leach liquor of sodium-roasted vanadium slag in vanadium industry is an alkaline solution contai...
Conventionally, metallic vanadium is produced from vanadium pentoxide (V2O5). Sodium metavanadate (N...
A series of new green metallurgical processes have been proposed and developed to improve the recove...
Vanadium slag contains several critical elements like V, Ti, Cr, Fe and Mn. In our previous work, V ...
Niobium and aluminium were electrodeposited at 200 °C under argon atmosphere onto vitreous carbon f...
A novel electrochemical recovery method of Co, Cu, Mn and Ni from a reactor based on two immiscible ...
In the present work, a novel process for effective extraction of valuable metals (V, Cr, Ti, Mn, Fe,...
A novel and environmentally friendly route to directly prepare metallic vanadium from NaVO 3 by molt...
Vanadium is an important metal used in ferrous and non-ferrous alloys, industrial catalysts, pigment...
Over the past centuries, a number of process routes for extraction of metal values from an ore or ot...
Many important metals are being produced by electrolysis in molten salts (aluminium, sodium, rare ea...
Molten salt electrolysis is a proven technology for the extraction of metals -- all the world's prim...