Add to ORKGecologically friendly, economically effective biotechnological methods of increasing primary kaolin of Angren deposit. As a result, ferric oxide 4.25% in kaolin content decreased to 0.98
Leaching of iron, either as an impurity to be removed or as a metal to be recovered, requires a diff...
Accelerating microbial iron cycling is an innovative environmentally responsible strategy for mine r...
Biomineralization and biogenesis of iron ore deposits are illustrated in relation to indigenous micr...
Isolation of the secondary kaolin from Angren deposit in the biological liquids is realized with the...
LongYan kaolin has a large Fe content which affects the coloring. Bioleaching treatments to remove F...
International audienceThe commercial value of kaolin raw materials is greatly affected by the presen...
AbstractThe commercial value of kaolin raw materials is greatly affected by the presence and content...
The use of microorganisms to remove Fe (oxyhydr)oxides from kaolins has the potential to be an effec...
Recently, microbial-based iron reduction has been considered as a viable alternative to typical chem...
In this study, bioleaching method was used for kaolin sample taken from Kale Maden A.Ş. (Çan/Çanakka...
Ochre, consequence of acid mine drainage, is iron oxides-rich soil pigments that can be found in the...
Presence of iron compounds as impurities in kaolin and feldspar, impart reddish colour to ceramic p...
Presence of iron compounds as impurities in kaolin and feldspar, impart reddish colour to ceramic pr...
The microorganisms used in this study are isolates and purified strains of Aspergillus niger pistach...
Kaolin from Nagreg contains iron mineral particles approximately 0.58 % Fe that cause a grey color o...
Leaching of iron, either as an impurity to be removed or as a metal to be recovered, requires a diff...
Accelerating microbial iron cycling is an innovative environmentally responsible strategy for mine r...
Biomineralization and biogenesis of iron ore deposits are illustrated in relation to indigenous micr...
Isolation of the secondary kaolin from Angren deposit in the biological liquids is realized with the...
LongYan kaolin has a large Fe content which affects the coloring. Bioleaching treatments to remove F...
International audienceThe commercial value of kaolin raw materials is greatly affected by the presen...
AbstractThe commercial value of kaolin raw materials is greatly affected by the presence and content...
The use of microorganisms to remove Fe (oxyhydr)oxides from kaolins has the potential to be an effec...
Recently, microbial-based iron reduction has been considered as a viable alternative to typical chem...
In this study, bioleaching method was used for kaolin sample taken from Kale Maden A.Ş. (Çan/Çanakka...
Ochre, consequence of acid mine drainage, is iron oxides-rich soil pigments that can be found in the...
Presence of iron compounds as impurities in kaolin and feldspar, impart reddish colour to ceramic p...
Presence of iron compounds as impurities in kaolin and feldspar, impart reddish colour to ceramic pr...
The microorganisms used in this study are isolates and purified strains of Aspergillus niger pistach...
Kaolin from Nagreg contains iron mineral particles approximately 0.58 % Fe that cause a grey color o...
Leaching of iron, either as an impurity to be removed or as a metal to be recovered, requires a diff...
Accelerating microbial iron cycling is an innovative environmentally responsible strategy for mine r...
Biomineralization and biogenesis of iron ore deposits are illustrated in relation to indigenous micr...