CL2013002909A1 -
Process to enrich a silicate-containing iron ore that comprises reverse flotation that uses compounds derived from amines or diamines of isotridecyl ether where the isotridecyl group has an average branching degree between 2.0 and 2.4
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Process to enrich a silicate-containing iron ore that comprises reverse flotation that uses compounds derived from amines or diamines of isotridecyl ether where the isotridecyl group has an average branching degree between 2.0 and 2.4
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Abstract
PROCESO PARA ENRIQUECER UN MINERAL DE HIERRO QUE CONTIENE SILICATO QUE COMPRENDE LA FLOTACIÓN INVERSA QUE UTILIZA COMPUESTOS DERIVADOS DE AMINAS O DIAMINAS DE ÉTER ISOTRIDECÍLICO DONDE EL GRUPO ISOTRIDECILO TIENE UN GRADO DE RAMIFICACIÓN PROMEDIO ENTRE 2,0 Y 2,4PROCESS FOR ENRICHING AN IRON MINERAL CONTAINING SILICATE THAT INCLUDES THE REVERSE FLOATING THAT USES COMPOUNDS DERIVED FROM AMINES OR DIES OF ISOTRIDECYLL Ether WHERE THE ISOTRIDECILO GROUP HAS AN AVERAGE GRADUATION OF AVERAGE 2.0 AND 2.4
CL2013002909A2011-04-132013-10-10
Process to enrich a silicate-containing iron ore that comprises reverse flotation that uses compounds derived from amines or diamines of isotridecyl ether where the isotridecyl group has an average branching degree between 2.0 and 2.4
CL2013002909A1
(en)
Process to enrich a silicate-containing iron ore that comprises reverse flotation that uses compounds derived from amines or diamines of isotridecyl ether where the isotridecyl group has an average branching degree between 2.0 and 2.4
Method for enriching molybdenum-containing material by means of the foam flotation process in the presence of a collector comprising providing aqueous pulp of molybdenum-containing material and adding collector comprising at least one oil; and method for enrichment of metallic species.
method for enhancing the performance of a foam former in a suspension separation in a medium by foam flotation, microemulsion to enhance the performance of a foam separation, and, mixing
Use of a composition comprising an aminoalkoxylate ester and an amino-derived compound as a collector in the reverse flotation of iron ore containing magnetite, hematite or both; and method for the reverse flotation of iron ore.