separation antimony electrolytic in guam

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reynolds s a studies on the electrolytic separation and determination of tin antimony and bismuth with controlled cathode potential united states United States doi1021724412800

Oct 01 1980 · A simple procedure is described for the determination of arsenic and antimony in electrolytic copper The copper is digested with nitric acid and copper is separated from arsenic and antimony by passing an ammoniacal solution of the sample through a column of Chelex100 resin

SOLUTION After the copper electrolytic solution is brought into contact with a chelate resin to make the chelate resin adsorb the antimony and the bismuth an eluent is brought into contact with

536 ANALYTICA CHIMICA ACTH VOL 4 11950 ELECTROLYTIC INVESTIGATIONS I NEW METHOD FOR THE ELECTROLYTIC SEPARATION OF COPPER AND ANTIMONY FROM TIN by GEORGE NORWITZ Laboratory o George Norwitz 3353 Ridge Avenue Phaladelplia 32 Pa USA Copper can be separated from tin by electrodeposition from a phosphoricnitric acid medium or a

Sep 14 2018 · Antimony and bismuth recovery from copper electrorefining electrolyte could reduce the impacts of these problem elements and produce a new primary source for them Two proprietary phosphonic acid ester extractants were examined REX1 and REX2 for the removal of antimony and bismuth from copper electrorefining electrolytes Experimentation included shakeout and break tests

a fused salt cell for the electrolytic refining of metals having a lower molten metal cathode an upper molten metal anode a fluximpregnated porous diaphragm disposed beneath and in contact with the anode and a layer of molten flux on top of the anode

US2331395A US360658A US36065840A US2331395A US 2331395 A US2331395 A US 2331395A US 360658 A US360658 A US 360658A US 36065840 A US36065840 A US 36065840A US 2331395 A US2331395 A US 2331395A Authority US United States Prior art keywords solution anolyte antimony sulfide barium Prior art date 19401010 Legal status The legal status is an assumption and is not a

A couple of refineries have adopted the solvent extraction SX process in place of the electrolytic route which is commonly employed for the purification of copper electrolyte with respect to various impurities The SX process based on TBP Tri nButyl Phosphate solvent is particularly effective in the separation of arsenic from the electrolyte

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