Add to ORKGThe effect of lizardite on talc flotation when using carboxymethyl cellulose (CMC) as a depressant was studied by micro-flotation experiments and adsorption measurements, zeta-potential measurements, magnesium ion dissolution analysis, and solution chemistry calculation. The results for the micro-flotation experiments showed that the addition of lizardite further decreased the floatability of talc at pH 8.5 when using CMC as the depressant. The mechanism was that magnesium ions dissolved from lizardite lattice, then formed hydrolyzed species of magnesium cations and interacted with talc surfaces, which promoted CMC adsorption, and thus decreasing talc floatability
Guar gum is an effective depressant of talc, but it also has some depression effect on sulfide miner...
In order to selectively separate smithsonite and calcite using potassium lauryl phosphate as collect...
A number of flotation plants around the world have increased the use of seawater due to limited sour...
Previous studies speculate that hydroxo species present in flotation pulps at pH > 9, particularl...
Flotation separation of chalcopyrite from talc is difficult because of the natural hydrophobicity of...
Talc is a magnesium rich phylosilicate mineral that occurs as a gangue component of many base metal ...
Flotation separation of chalcopyrite from talc using carboxymethyl chitosan as a depressant was stud...
This paper researched the influence of the polysaccharide polymer sodium alginate (SAG) on the depre...
Carboxymethyl cellulose (CMC), a negatively charged polymer, is commonly used as a depressant of tal...
Polymeric depressants (modified guars and carboxy methyl celluloses) are used in the flotation of pl...
Talc usually exists as a gangue mineral in copper-nickel sulfide, molybdenite etc. In order to separ...
During flotation, fine gangue minerals can enter the concentrate through mechanical entrainment, whi...
In this work, the flotation of ultrafine pentlandite and its separation from lizardite in de-ionized...
Chlorite and serpentine are common magnesium-containing gangue minerals in copper sulfide flotation....
In this work, the flotation of slime-fine fractions of Mt. Keith pentlandite ore was studied in de-i...
Guar gum is an effective depressant of talc, but it also has some depression effect on sulfide miner...
In order to selectively separate smithsonite and calcite using potassium lauryl phosphate as collect...
A number of flotation plants around the world have increased the use of seawater due to limited sour...
Previous studies speculate that hydroxo species present in flotation pulps at pH > 9, particularl...
Flotation separation of chalcopyrite from talc is difficult because of the natural hydrophobicity of...
Talc is a magnesium rich phylosilicate mineral that occurs as a gangue component of many base metal ...
Flotation separation of chalcopyrite from talc using carboxymethyl chitosan as a depressant was stud...
This paper researched the influence of the polysaccharide polymer sodium alginate (SAG) on the depre...
Carboxymethyl cellulose (CMC), a negatively charged polymer, is commonly used as a depressant of tal...
Polymeric depressants (modified guars and carboxy methyl celluloses) are used in the flotation of pl...
Talc usually exists as a gangue mineral in copper-nickel sulfide, molybdenite etc. In order to separ...
During flotation, fine gangue minerals can enter the concentrate through mechanical entrainment, whi...
In this work, the flotation of ultrafine pentlandite and its separation from lizardite in de-ionized...
Chlorite and serpentine are common magnesium-containing gangue minerals in copper sulfide flotation....
In this work, the flotation of slime-fine fractions of Mt. Keith pentlandite ore was studied in de-i...
Guar gum is an effective depressant of talc, but it also has some depression effect on sulfide miner...
In order to selectively separate smithsonite and calcite using potassium lauryl phosphate as collect...
A number of flotation plants around the world have increased the use of seawater due to limited sour...