An integrated and environmentally safe technology for extracting nonferrous and precious metals from scrap and waste of electronic engineering

Yu. V. Baimakov and A. I. Zhurin,Electrolysis in Hydrometallurgy [in Russian], Metallurgizdat, Moscow (1963).Google Scholar

V. M. Malyshev and D. V. Rumyantsev,Gold [in Russian], Metallurgiya, Moscow (1979).Google Scholar

V. A. Bryukvin, A. M. Levin, T. N. Vinetskaya, T. A. Makarenkova, and G. I. Anufrieva, “Complex dissolution of non-ferrous metals using reversive electrolysis in treatment of electronic wastes,” in:Rep. of the 3rd Int. Eur. Conf.: Electromechanical Processing — A Clean Alternative, 23–27 April 1995, Toulouse, France, Toulouse (1995).Google Scholar

V. A. Bryukvin, A. M. Levin, T. N. Vinetskaya, T. A. Makarenkova, and G. I. Anufrieva, “On a small-waste technology for extracting nonferrous and precious metals from scrap and wastes of electronics,” in:Reports of 2nd Int. Specialized Exhibition “Metal-Expo-96,” Moscow. 6–9 Feb 1996 [in Russian], Moscow (1996).Google Scholar

V. A. Bryukvin, A. M. Levin, G. I. Anufrieva, T. N. Vinetskaya, and T. A. Makarenkova, “Using membrane electrolysis for regeneration of nitric acid, electrodeposition of Ag and Cu and precipitation of non-ferrous metals hydroxides,” in:Rep. of the 3rd Int. Eur. Conf.: Electromechanical Processing — A Clean Alternative, 23–27 April 1995, Toulouse, France, Toulouse (1995).Google Scholar

V. A. Bryukvin, A. M. Levin, G. I. Anufrieva, T. N. Vinetskaya, and T. A. Makarenkova, “On utilization of salt-saturated solutions and electrolytes at nonferrous metallurgical works without reagents” in:Reports of 2nd Int. Specialized Exhibition “Metal-Expo-96,” Moscow, 6–9 Feb. 1996 [in Russian], Moscow (1996).Google Scholar