Add to ORKGA leaching process was developed to extract manganese and metal values from Alloga manganese concentrate. The preferential leaching process was achieved through reductive leaching in dilute sulfuric acid medium with malonic acid as the reducing agent. Leaching parameters were optimized as 1.0 M H2SO4, 10% malonic acid in solid/liquid ratio 1:10 for 90 min at 8
Manganese extraction from low-grade ores was investigated by using glucose as a reducing agent in di...
Iron(II), sulphur dioxide and sugars such as lactose are potential reducing agents for manganese dio...
The sulfur dioxide process was first patented by Van Arsdale and Mair in 1918 [1], but in recent tim...
AbstractThe leaching kinetics of reductive leaching of manganese from manganese dioxide ores (MDO) i...
The reductive leaching of manganese from a low-grade manganese oxide ore was investigated by using p...
Extraction of manganese (Mn) from low grade manganese ore (LGMO) through reductive leaching was stud...
This research was carried out to investigate the effects of concentration of sulfuric acid and stirr...
In order to utilize low-grade manganese ore resources effectively, a hydrometallurgical process was ...
The present work provides an investigation of the recovery of manganese from a relatively low-grade ...
Manganese (Mn) leaching and recovery from low-grade pyrolusite ore were studied using sulfuric acid ...
The extraction of manganese from a semi-oxidized manganese ore was investigated with sucrose as the ...
The processing of mining products in indonesia has not been utilized optimally. One of them is manga...
Abstract Manganese (Mn) leaching and recovery from low-grade pyrolusite ore were studied using sul...
In this study, corncob was used as reductant for sulfuric acid leaching of manganese ore from Daweez...
Manganese nodules are an attractive source of base metals and critical and rare elements and are req...
Manganese extraction from low-grade ores was investigated by using glucose as a reducing agent in di...
Iron(II), sulphur dioxide and sugars such as lactose are potential reducing agents for manganese dio...
The sulfur dioxide process was first patented by Van Arsdale and Mair in 1918 [1], but in recent tim...
AbstractThe leaching kinetics of reductive leaching of manganese from manganese dioxide ores (MDO) i...
The reductive leaching of manganese from a low-grade manganese oxide ore was investigated by using p...
Extraction of manganese (Mn) from low grade manganese ore (LGMO) through reductive leaching was stud...
This research was carried out to investigate the effects of concentration of sulfuric acid and stirr...
In order to utilize low-grade manganese ore resources effectively, a hydrometallurgical process was ...
The present work provides an investigation of the recovery of manganese from a relatively low-grade ...
Manganese (Mn) leaching and recovery from low-grade pyrolusite ore were studied using sulfuric acid ...
The extraction of manganese from a semi-oxidized manganese ore was investigated with sucrose as the ...
The processing of mining products in indonesia has not been utilized optimally. One of them is manga...
Abstract Manganese (Mn) leaching and recovery from low-grade pyrolusite ore were studied using sul...
In this study, corncob was used as reductant for sulfuric acid leaching of manganese ore from Daweez...
Manganese nodules are an attractive source of base metals and critical and rare elements and are req...
Manganese extraction from low-grade ores was investigated by using glucose as a reducing agent in di...
Iron(II), sulphur dioxide and sugars such as lactose are potential reducing agents for manganese dio...
The sulfur dioxide process was first patented by Van Arsdale and Mair in 1918 [1], but in recent tim...