Add to ORKGThe dissolution behavior of nickel during the oxygen-chloride leaching of the copper residue was investigated. Technological variables of the leaching, including oxygen flow rate, concentrations of chloride and sulfuric acid, and temperature, were discussed
Anode slimes are valuable by-products in the electrolytic copper refinery process. This study aimed ...
A study was carried out to determine the influence of the temperature and the reaction involved on t...
Using ferric chloride as an oxidant, here, we investigated the leaching effect of low-nickel matte i...
The dissolution behavior of nickel during the oxygen-chloride leaching of the copper residue was inv...
Leaching of a copper residue, produced by selective oxidative leaching of a nickel matte, in oxygena...
The atmospheric leaching of copper-bearing matte by acidic ferric chloride solution was studied at t...
Nickel matte (Ni3S2) is the most common feedstock for producing nickel oxide and nickel metal in ass...
In a first stage atmospheric leach in a typical Sherritt Ni–Cu matte leach process, a Ni–Cu–Fe–S Pei...
The mineralogical changes and reaction mechanisms occurring in the Impala Platinum acid-oxygen press...
M.Tech.The Bushveld complex of South Africa contains the world`s largest resources of platinum-group...
The dissolution of metallic nickel particles in sulphuric acid solutions has been studied in this w...
Hydrometallurgical process routes are typically used for separation of platinum group metals (PGMs) ...
The dissolution kinetics of nickel from ammonium jarosite precipitate in an alkaline medium was inve...
The dissolution of copper and nickel in ammonium carbonate solution was studied by techniques involv...
Manufacturing of nickel by hydrometallurgical technology at Harjavalta plant (Finland) had been cari...
Anode slimes are valuable by-products in the electrolytic copper refinery process. This study aimed ...
A study was carried out to determine the influence of the temperature and the reaction involved on t...
Using ferric chloride as an oxidant, here, we investigated the leaching effect of low-nickel matte i...
The dissolution behavior of nickel during the oxygen-chloride leaching of the copper residue was inv...
Leaching of a copper residue, produced by selective oxidative leaching of a nickel matte, in oxygena...
The atmospheric leaching of copper-bearing matte by acidic ferric chloride solution was studied at t...
Nickel matte (Ni3S2) is the most common feedstock for producing nickel oxide and nickel metal in ass...
In a first stage atmospheric leach in a typical Sherritt Ni–Cu matte leach process, a Ni–Cu–Fe–S Pei...
The mineralogical changes and reaction mechanisms occurring in the Impala Platinum acid-oxygen press...
M.Tech.The Bushveld complex of South Africa contains the world`s largest resources of platinum-group...
The dissolution of metallic nickel particles in sulphuric acid solutions has been studied in this w...
Hydrometallurgical process routes are typically used for separation of platinum group metals (PGMs) ...
The dissolution kinetics of nickel from ammonium jarosite precipitate in an alkaline medium was inve...
The dissolution of copper and nickel in ammonium carbonate solution was studied by techniques involv...
Manufacturing of nickel by hydrometallurgical technology at Harjavalta plant (Finland) had been cari...
Anode slimes are valuable by-products in the electrolytic copper refinery process. This study aimed ...
A study was carried out to determine the influence of the temperature and the reaction involved on t...
Using ferric chloride as an oxidant, here, we investigated the leaching effect of low-nickel matte i...