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Ust-kamenogorsky Titano-magnievy

Vsesojuzny Nauchno-issledovatelsky I Proektny Institut Titana

Alexandr Vasilievich Chalov

Ivan Andreevich Barannik

Viktor Georgievich Raskatov

Anatoly Borisovich Kondratenko

Alexandr Fedorovich Trukhin

Jury M Ryabukhin

Ivan Vasilievich Zharovsky

Igor V Zabelin

Viktor Alexandrovich Rudakov

Chaken K Medeuov

Grigory V Tsidrintsev

Alexandr A Kolyadzin

Alexandr S Chesnokov

Andrei Efremovich Mordkovich

Boris A Smorgunov

Oleg V Ladaria

Arnold V Kolomiitsev

Ilias A Chalabaev

Mikhail M Nikolaev

Viktor G Sorokous

Efim A Kitaigorodsky

Seisanbai Usenov

Khamat K Sabirov

Fedor A Ivakhno

Vladimir N Devyatkin

Viktor V Asafiev

Murat K Baibekov

Vladimir V Vukolov

Nikolai M Zuev

A method of continuously extracting magnesium by subjecting chloride electrolytes to electrolysis consists of enriching an electrolyte in magnesium chloride and refining the same, mixing the enriched electrolyte with the recycled electrolyte containing the magnesium extracted in electrolytic cells, separating the magnesium from the resultant electrolyte, dividing the electrolyte into two flows of which one is fed to be enriched, while the other is delivered to a bank of electrolytic cells series-connected by conduits, delivering the recycled electrolyte containing the extracted magnesium for mixing with the enriched electrolyte prior to the step of separation, accumulating the magnesium and withdrawing the same from the process. In a processing line used for practicing the above method preferably utilized is a multiple-cell flow apparatus comprising a chamber for enriching the electrolyte in magnesium chloride the wall of which having a passage for establishing communication with a chamber for separating magnesium from the electrolyte through a corresponding passage in the wall thereof as well as a chamber for dividing the electrolyte into flows, the chamber for dividing the electrolyte into flows being disposed between said chambers for enriching and separating the electrolyte. In the processing line practicing the method may preferably be used a multiple-cell flow apparatus comprising a chamber for enriching the electrolyte in magnesium chloride the upper part of the wall of the chamber has a passage for establishing communication with a chamber for separating magnesium from the electrolyte through a corresponding passage in the wall thereof as well as a chamber for dividing the electrolyte into flows, the chamber for dividing the electrolyte into flows is disposed between said chambers for enriching and separating the electrolyte.

Method of continuously extracting magnesium

The plant for producing metallic pellets from a salt-added magnesium or alloys thereof comprises a metal-melting furnace, a centrifugal pelletizer with a perforated bowl and a cylindrical pellet-collecting chamber. A hopper is provided in said cylindrical chamber to divide the latter into two concentric zones open from below, of which one zone is adapted for collecting salvage resulting from the pellet formation process, while the other zone is for pellet collection. Provision of said zones makes it possible to considerably reduce the content of salts in magnesium pellets or in those of alloys thereof, as a great proportion of the salts get into the hopper and is withdrawn from the chamber as process waste, whereas the magnesium pellets settle down in the other zone and are then forwarded for further processing.

Plant for producing metallic pellets from salt-added magnesium or alloys

Growing community of inventors

Zaporizhzhia, Ukraine

Alexandr Vasilievich Chalov