This research investigated water leaching of roasted vanadium slag and studied the effects of leaching parameters, such as agitation speed, temperature, liquid-to-solid ratio, and leaching time. Further, solution purification via desiliconization and precipitation of ammonium vanadate were studied using the vanadium solution obtained from the water leaching of roasted vanadium slag. Vanadium solution contains residual silicon (1.67 g/L), which should be removed before ammonium vanadate precipitation. Based on the results, vanadium can be effectively recovered from vanadium slag and a recovery efficiency of 96.9% was obtained under optimal water leaching conditions. During solution purification, silicon can be precipitated with Al2(SO4)3 to ...
A technique including direct acid leaching, vanadium precipitation with alkaline, sodium hydroxide r...
The fundamental understanding of vanadium hydrometallurgy was developed in three phases: vanadium (V...
Here, a process for leaching vanadium from calcified roasting pellets (CPVC) of vanadium–titanium-ir...
A cleaner method featuring non-salt roasting and ammonium bicarbonate leaching has been studied fo...
A cleaner method has been developed for the extraction of vanadium from vanadium slag. Compared to...
The water leaching process of vanadium, sodium, and silicon from molten vanadium-titanium-bearing (V...
A new method using non-salt roasting-alkaline leaching to treat vanadium slag was proposed in this s...
A hydrometallurgical process for the selective removal of silicon from titanium-vanadium slag by alk...
A process for extracting vanadium from ammonia slag is proposed in this work, taking advantage of th...
The work aims to selectively extract silica from vanadium-bearing steel slag by a leaching process. ...
Abstract: The bioleaching of Vanadium (V) from a V bearing slag with microorganisms such as Pseudomo...
Vanadium-bearing steel slag is a typical solid waste in the steel industry and a valuable secondary ...
In the present work, a novel process for effective extraction of valuable metals (V, Cr, Ti, Mn, Fe,...
A technique including direct acid leaching, vanadium precipitation with alkaline, sodium hydroxide r...
High chromium containing vanadium slag is refractory, and therefore cannot be processed efficiently ...
A technique including direct acid leaching, vanadium precipitation with alkaline, sodium hydroxide r...
The fundamental understanding of vanadium hydrometallurgy was developed in three phases: vanadium (V...
Here, a process for leaching vanadium from calcified roasting pellets (CPVC) of vanadium–titanium-ir...
A cleaner method featuring non-salt roasting and ammonium bicarbonate leaching has been studied fo...
A cleaner method has been developed for the extraction of vanadium from vanadium slag. Compared to...
The water leaching process of vanadium, sodium, and silicon from molten vanadium-titanium-bearing (V...
A new method using non-salt roasting-alkaline leaching to treat vanadium slag was proposed in this s...
A hydrometallurgical process for the selective removal of silicon from titanium-vanadium slag by alk...
A process for extracting vanadium from ammonia slag is proposed in this work, taking advantage of th...
The work aims to selectively extract silica from vanadium-bearing steel slag by a leaching process. ...
Abstract: The bioleaching of Vanadium (V) from a V bearing slag with microorganisms such as Pseudomo...
Vanadium-bearing steel slag is a typical solid waste in the steel industry and a valuable secondary ...
In the present work, a novel process for effective extraction of valuable metals (V, Cr, Ti, Mn, Fe,...
A technique including direct acid leaching, vanadium precipitation with alkaline, sodium hydroxide r...
High chromium containing vanadium slag is refractory, and therefore cannot be processed efficiently ...
A technique including direct acid leaching, vanadium precipitation with alkaline, sodium hydroxide r...
The fundamental understanding of vanadium hydrometallurgy was developed in three phases: vanadium (V...
Here, a process for leaching vanadium from calcified roasting pellets (CPVC) of vanadium–titanium-ir...