RI 5091 Caustic Soda Fusion Of Zirconium Ores ? Summary

The National Institute for Occupational Safety and Health (NIOSH)
H. L. Gilbert
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
35
File Size:
11951 KB
Publication Date:
Jan 1, 1954

Abstract

Zircon sand may be reacted with sodium hydroxide at 600° C. to form sodium zirconate and sodium silicate. Sodium zirconate is water insoluble and so may be washed free of sodium silicate. The sodium zirconate may then be converted to zirconyl chloride by the action of hydrochloric acid and the zirconyl chloride crystals separated by cooling the solution. This approach produces zirconyl chloride of satisfactory purity with less cost than is involved in buying anhydrous zirconium chloride and converting it. A proposed design for a plant is given, INTRODUCTION This work was conducted by the Rare Metals Branch as a part of research on zirconium at the Bureau of Mines Northwest Electrodevelopment Laboratories, Albany, Oreg., under the guidance of S. M. Shelton, Regional Director. The work was supervised by W. W. Stephens, head of the Rare Metals Branch (now with Carborundum Metals Corp.).
Citation

APA: H. L. Gilbert  (1954)  RI 5091 Caustic Soda Fusion Of Zirconium Ores ? Summary

MLA: H. L. Gilbert RI 5091 Caustic Soda Fusion Of Zirconium Ores ? Summary. The National Institute for Occupational Safety and Health (NIOSH), 1954.

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