A novel technology characterized by higher extraction of vanadium and recovery of valuable elements was developed to recover vanadium from stone coal. The brief flow of the novel technology mainly includes low temperature sulphation roasting, water leaching, recovering potassium, aluminum, copper and selenium, solvent extraction enrichment vanadium, precipitation of red vanadium, removal sodium from red vanadium and calcinations. The total recovery of vanadium reached 76.3%, which was higher than the current applied technology. The novel technology was environmentally-friendly and could extract vanadium from the stone coal, in which the content of V2O5 was less than 0.8%
Novel technology for selective separation and extraction of vanadium(IV) and manganese(II) from co-l...
In this paper, the extraction of vanadium from stone coal by roasting with MgO and leaching with sul...
© 2015, The Minerals, Metals & Materials Society. The extraction of vanadium from stone coal was i...
Due to the low grade of V2O5 in stone coal, the existing vanadium extraction technologies face chall...
Due to the low grade of V2O5 in stone coal, the existing vanadium extraction technologies face chall...
The recovery of vanadium from a typical low-grade refractory stone coal was investigated using a pyr...
The recovery of vanadium from a typical low-grade refractory stone coal was investigated using a pyr...
Based on the novel technology for selective separation and extraction of vanadium (V) over manganese...
It is difficult to utilize stone coal with a vanadium grade of below 0.7%. With the aim of effective...
The vanadium occurrence in stone coal, water leaching, and acid leaching residue was investigated by...
The vanadium occurrence in stone coal, water leaching, and acid leaching residue was investigated by...
In this paper, biomass was selected to replace coal as additives during vana dium extraction. Roasti...
A novel staged leaching process has been reported in this paper to selectively extract vanadium from...
It is difficult to utilize stone coal with a vanadium grade of below 0.7%. With the aim of effective...
In this paper, the extraction of vanadium from stone coal by roasting with MgO and leaching with sul...
Novel technology for selective separation and extraction of vanadium(IV) and manganese(II) from co-l...
In this paper, the extraction of vanadium from stone coal by roasting with MgO and leaching with sul...
© 2015, The Minerals, Metals & Materials Society. The extraction of vanadium from stone coal was i...
Due to the low grade of V2O5 in stone coal, the existing vanadium extraction technologies face chall...
Due to the low grade of V2O5 in stone coal, the existing vanadium extraction technologies face chall...
The recovery of vanadium from a typical low-grade refractory stone coal was investigated using a pyr...
The recovery of vanadium from a typical low-grade refractory stone coal was investigated using a pyr...
Based on the novel technology for selective separation and extraction of vanadium (V) over manganese...
It is difficult to utilize stone coal with a vanadium grade of below 0.7%. With the aim of effective...
The vanadium occurrence in stone coal, water leaching, and acid leaching residue was investigated by...
The vanadium occurrence in stone coal, water leaching, and acid leaching residue was investigated by...
In this paper, biomass was selected to replace coal as additives during vana dium extraction. Roasti...
A novel staged leaching process has been reported in this paper to selectively extract vanadium from...
It is difficult to utilize stone coal with a vanadium grade of below 0.7%. With the aim of effective...
In this paper, the extraction of vanadium from stone coal by roasting with MgO and leaching with sul...
Novel technology for selective separation and extraction of vanadium(IV) and manganese(II) from co-l...
In this paper, the extraction of vanadium from stone coal by roasting with MgO and leaching with sul...
© 2015, The Minerals, Metals & Materials Society. The extraction of vanadium from stone coal was i...