CL2009001756A1 -
Operational-industrial procedure for the production of copper of anodic quality required by the process of metallurgical furnaces or reactors through the simultaneous removal of arsenic and antimony that includes addition of air in the bath, addition of flux, partial removal of slag and addition of reducer.
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Operational-industrial procedure for the production of copper of anodic quality required by the process of metallurgical furnaces or reactors through the simultaneous removal of arsenic and antimony that includes addition of air in the bath, addition of flux, partial removal of slag and addition of reducer.
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Application filed by Corporacion Nac Del Cobre De Chile, Inst De Innovacion En Mineria Y Metalurgia S AfiledCriticalCorporacion Nac Del Cobre De Chile
Priority to CL2009001756ApriorityCriticalpatent/CL2009001756A1/en
Publication of CL2009001756A1publicationCriticalpatent/CL2009001756A1/en
Procedimiento operacional-industrial de producción de cobre de calidad anódica requerida por el proceso de hornos metalúrgicos o reactores mediante la remoción simultánea de AS y SB.Operational-industrial procedure of production of copper of anodic quality required by the process of metallurgical furnaces or reactors by the simultaneous removal of AS and SB.
CL2009001756A2009-08-212009-08-21
Operational-industrial procedure for the production of copper of anodic quality required by the process of metallurgical furnaces or reactors through the simultaneous removal of arsenic and antimony that includes addition of air in the bath, addition of flux, partial removal of slag and addition of reducer.
CL2009001756A1
(en)
Operational-industrial procedure for the production of copper of anodic quality required by the process of metallurgical furnaces or reactors through the simultaneous removal of arsenic and antimony that includes addition of air in the bath, addition of flux, partial removal of slag and addition of reducer.
Operational-industrial procedure for the production of copper of anodic quality required by the process of metallurgical furnaces or reactors through the simultaneous removal of arsenic and antimony that includes addition of air in the bath, addition of flux, partial removal of slag and addition of reducer.
Operational-industrial procedure for the production of copper of anodic quality required by the process of metallurgical furnaces or reactors through the simultaneous removal of arsenic and antimony that includes addition of air in the bath, addition of flux, partial removal of slag and addition of reducer.
Method for total recovery from a complex slag material containing arsenic and valuable metals through the stages of arsenic volatilization; purify powders; reducing smelting of the slags produced; reduce slag from the blow oven; refining and treatment of basic slag.
Method and system for the processing of converter slag produced in the smelting of copper comprising slag feeding in a reduction furnace, reduction of zinc and copper by heating and removal of reduced zinc through volatization in the furnace of reduction.
Apparatus for melting and refining impure nonferrous metals, particularly scraps of copper and/or impure copper originating from the processing of minerals
Operational-industrial procedure for the production of copper of anodic quality required by the process of metallurgical furnaces or reactors through the simultaneous removal of arsenic and antimony that includes addition of air in the bath, addition of flux, partial removal of slag and addition of reducer.