It was estimated that phosphate reserves associated with high carbonate minerals are greater than those with siliceous gangues worldwide. It has been long recognized that separation of carbonate from phosphate is difficult because those minerals contain same or similar alkaline earth cations which lead them to exhibit similar surface behavior in flotation. With the depletion of easy-to-process phosphate reserves, phosphate deposits with high carbonate impurities must be mined and processed to meet the demand. Crushing, grinding and flotation are considered the most efficient process to recover phosphate from phosphate ores associated with carbonate gangue minerals. Therefore, flotation reagents, especially collectors, are very critical for ...
AbstractThe purpose of this work is to contribute to the improvement of Phosphate ore characterizati...
This MS thesis examines the recovery of phosphorus (P) from Florida waste clay (WC). A comprehensive...
A Florida dolomitic phosphate pebble sample was processed using a 1.2 liter stirrer-tank flotation c...
It was estimated that phosphate reserves associated with high carbonate minerals are greater than th...
The characteristics of phosphate ores from different sources can vary significantly. The target spec...
AbstractSedimentary phosphate rock is a precious source for phosphoric acid and fertilizers like NPK...
Custofloat® 813 (CF-813) is a collector specially designed and manufactured by ArrMazz for reverse f...
Carbonate fluorapatite (francolite), calcite and dolomite separately, as well as their model mixture...
Dolomite, (Ca, Mg) CO3 represents a problematic impurity in phosphate deposits in different par...
Magnesium (MgO) in phosphate rock causes numerous problems in the phosphoric acid manufacturing proc...
Indian phosphate fertilizer industry is facing constraints in attaining self sufficiency in supply d...
Separation of Mussorie rock phosphate (P2O5 = 20%) from Uttar Pradesh, India, containing pyrite, cal...
Journal ArticleIt has been discovered that water insoluble alcoholic solutions of alkyl hydroxamic a...
Dolomite [CaMg(CO3)2] is an intolerable impurity in phosphate ores due to its MgO content. Tradition...
A large portion of the world's phosphate reserves are sedimentary type containing appreciable amount...
AbstractThe purpose of this work is to contribute to the improvement of Phosphate ore characterizati...
This MS thesis examines the recovery of phosphorus (P) from Florida waste clay (WC). A comprehensive...
A Florida dolomitic phosphate pebble sample was processed using a 1.2 liter stirrer-tank flotation c...
It was estimated that phosphate reserves associated with high carbonate minerals are greater than th...
The characteristics of phosphate ores from different sources can vary significantly. The target spec...
AbstractSedimentary phosphate rock is a precious source for phosphoric acid and fertilizers like NPK...
Custofloat® 813 (CF-813) is a collector specially designed and manufactured by ArrMazz for reverse f...
Carbonate fluorapatite (francolite), calcite and dolomite separately, as well as their model mixture...
Dolomite, (Ca, Mg) CO3 represents a problematic impurity in phosphate deposits in different par...
Magnesium (MgO) in phosphate rock causes numerous problems in the phosphoric acid manufacturing proc...
Indian phosphate fertilizer industry is facing constraints in attaining self sufficiency in supply d...
Separation of Mussorie rock phosphate (P2O5 = 20%) from Uttar Pradesh, India, containing pyrite, cal...
Journal ArticleIt has been discovered that water insoluble alcoholic solutions of alkyl hydroxamic a...
Dolomite [CaMg(CO3)2] is an intolerable impurity in phosphate ores due to its MgO content. Tradition...
A large portion of the world's phosphate reserves are sedimentary type containing appreciable amount...
AbstractThe purpose of this work is to contribute to the improvement of Phosphate ore characterizati...
This MS thesis examines the recovery of phosphorus (P) from Florida waste clay (WC). A comprehensive...
A Florida dolomitic phosphate pebble sample was processed using a 1.2 liter stirrer-tank flotation c...