OFR-124-80 Novel Concepts For Recovery Of Nuclear Grade Zirconium Oxide From Bureau Of Mines' Zirconyl Chloride Strip Liquors

The National Institute for Occupational Safety and Health (NIOSH)
[F. P. ] Stambaugh
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
61
File Size:
20748 KB
Publication Date:
Jan 1, 1980

Abstract

Results of research on the hydrothermal precipitation of zirconium oxide from the Bureau of Mines' zirconyl chloride-sulfate strip liquors indicate that nuclear grade material can be prepared by this process. Greater than 99% of the zirconium value can be precipitated at 250-260°C in short (5-10 minutes) reaction time without consumption of acid value of the liquor. Thus, precipitation of zirconium dioxide on a continuous basis, i.e., the zirconium dioxide is precipitated in a continuous mode of operation by pumping the strip liquor through a heated pressurized reactor and recycle of the acidic (spent) liquor to the process stage are favored. The results of accompanying studies of liquod/solid separation, product washing and dewatering, product purity, and chlorination of the product are presented and discussed.
Citation

APA: [F. P. ] Stambaugh  (1980)  OFR-124-80 Novel Concepts For Recovery Of Nuclear Grade Zirconium Oxide From Bureau Of Mines' Zirconyl Chloride Strip Liquors

MLA: [F. P. ] Stambaugh OFR-124-80 Novel Concepts For Recovery Of Nuclear Grade Zirconium Oxide From Bureau Of Mines' Zirconyl Chloride Strip Liquors. The National Institute for Occupational Safety and Health (NIOSH), 1980.

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