In the studies on the recovery of vanadium from vanadium catalyst extracts, three types of polymer strongly acidic ion exchangers were used. The ion exchange resins differed in terms of granularity and their ion exchange capacity. As a result, breakthrough curves were made for three main components of the test extract, i.e.: ions of vanadium, iron and potassium. On this basis the optimum conditions for the removal of iron ions from the solution were defined and the technological concept of the process in the semi-technical scale was proposed
The removal vanadium from aqueous solution using natural exchanger was investigated. The effects of ...
Leachable vanadium (V) from steel production residues poses a potential environmental hazard due to ...
AbstractLeachable vanadium (V) from steel production residues poses a potential environmental hazard...
A process for recovering vanadium from acid leach liquors by ion exchange using either columns or re...
A spent vanadium catalyst, from the plant of metallurgical type, was leached in a potassium hydroxid...
For the purpose of the direct recovery of vanadium from the leach solution of soda-roasted iron sand...
A spent vanadium catalyst, from the plant of metallurgical type, was leached in a potassium hydroxid...
The production of noble metals has started to shift towards using different types of wastes. The lea...
A spent vanadium catalyst, from the plant of metallurgical type, was leached in a sulfuric acid solu...
Using ion exchange resin techniques, a method has been devised for the quantitative separation and e...
288-290A chelating resin containing N-benzoylphenylbydroxyl amine as the functional group has been s...
With the help of water-acid leaching methods, studies were carried out on the extraction of vanadium...
The research was conducted to determine the influence of the pH of the leaching solutions and hydrog...
The complex calcium vanadate salt-a Bayer's process discard from the Indian Aluminium Company plant ...
The fundamental understanding of vanadium hydrometallurgy was developed in three phases: vanadium (V...
The removal vanadium from aqueous solution using natural exchanger was investigated. The effects of ...
Leachable vanadium (V) from steel production residues poses a potential environmental hazard due to ...
AbstractLeachable vanadium (V) from steel production residues poses a potential environmental hazard...
A process for recovering vanadium from acid leach liquors by ion exchange using either columns or re...
A spent vanadium catalyst, from the plant of metallurgical type, was leached in a potassium hydroxid...
For the purpose of the direct recovery of vanadium from the leach solution of soda-roasted iron sand...
A spent vanadium catalyst, from the plant of metallurgical type, was leached in a potassium hydroxid...
The production of noble metals has started to shift towards using different types of wastes. The lea...
A spent vanadium catalyst, from the plant of metallurgical type, was leached in a sulfuric acid solu...
Using ion exchange resin techniques, a method has been devised for the quantitative separation and e...
288-290A chelating resin containing N-benzoylphenylbydroxyl amine as the functional group has been s...
With the help of water-acid leaching methods, studies were carried out on the extraction of vanadium...
The research was conducted to determine the influence of the pH of the leaching solutions and hydrog...
The complex calcium vanadate salt-a Bayer's process discard from the Indian Aluminium Company plant ...
The fundamental understanding of vanadium hydrometallurgy was developed in three phases: vanadium (V...
The removal vanadium from aqueous solution using natural exchanger was investigated. The effects of ...
Leachable vanadium (V) from steel production residues poses a potential environmental hazard due to ...
AbstractLeachable vanadium (V) from steel production residues poses a potential environmental hazard...