SYNTHESIS OF TITANIUM (III) SULFATE BY ELECTROCHEMICAL METHOD

Iztleuov G.M. Bitursin S.S. Baeshov A.B. Bitemirova A.E. Kerimbayeva K.Z. Abduova A.A. Dairabaeva A.Zh.
2021 Rasayan Journal of Chemistry, c/o Dr. Pratima Sharma

Rasayan Journal of Chemistry
2021 #14 Issue 4 2720 - 2727 pp.

Electrochemical solution the first study was made of the behavior of titanium polarized by an alternating current of industrial frequency in a solution of sulfuric acid. Existing methods of synthesis of titanium compounds are characterized as energy-intensive and labor-intensive, which in turn negatively affects their cost. One of the most effective and affordable methods is electrochemical methods. In this article, the electrochemical dissolution of metallic titanium in a solution of sulfuric acid using a polarizing industrial alternating current is investigated. The review presents, depending on various factors: the density and frequency of the alternating current, the concentration of the electrolyte and the duration of the electrolysis, the current efficiency of titanium, and it was found that with increasing acid concentration, the chemical dissolution of titanium increases, so the apparent current yield of titanium dissolution is: 9 MH2SO4-70 %. A new electrochemical method for obtaining the polarization of titanium sulfate by the alternating industrial current in an acidic medium has been developed.

Current output , Electrochemical dissolution , Electrolysis , Titanium (III)sulfate

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M. Auezov South Kazakhstan University, Department of Ecology, Shymkent, Kazakhstan
Sokolsky Institute of Fuel, Catalysis and Electrochemistry, Almaty, Kazakhstan
South Kazakhstan Pedagogical State University/ Department of Chemistry, Shymkent, Kazakhstan

M. Auezov South Kazakhstan University
Sokolsky Institute of Fuel
South Kazakhstan Pedagogical State University/ Department of Chemistry

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