Iron Removal from Beryllium Solutions by Solvent Extraction Methods PDF Download
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Author: R. B. Byersmith Publisher: ISBN: Category : Beryllium Languages : en Pages : 60
Book Description
A process for the removal of iron from crude beryllium sulfate solutions as obtained from beryl ore by means of liquid-liquid solvent extraction is described. This method consists of the extraction of the ferric thiocyanate complex from aqueous beryllium sulfate solution of the proper pH with a mixture of tributylphosphate and kerosene. Studies on mixer-settler and column operations are discussed. A column design for production use is presented along with expected construction, material and operating costs for a plant installation.
Author: R. B. Byersmith Publisher: ISBN: Category : Beryllium Languages : en Pages : 60
Book Description
A process for the removal of iron from crude beryllium sulfate solutions as obtained from beryl ore by means of liquid-liquid solvent extraction is described. This method consists of the extraction of the ferric thiocyanate complex from aqueous beryllium sulfate solution of the proper pH with a mixture of tributylphosphate and kerosene. Studies on mixer-settler and column operations are discussed. A column design for production use is presented along with expected construction, material and operating costs for a plant installation.
Author: Raymond O. Dannenberg Publisher: ISBN: Category : Beryllium Languages : en Pages : 40
Book Description
Preliminary solvent extraction studies, reported by the Bureau of Mines (5), have been continued and expanded to improve on the previous estimate of process requirements. The solvent extraction portion of the process was examined at a scale large enough to enable meaningful extrapolation of the results to geometrically similar equipment of plant size.
Author: R. B. Byersmith
Author: R. B. Byersmith
Author: Raymond O. Dannenberg
Author: Laird Crocker
Author: Raymond O. Dannenberg
Author: Raymond O. Dannenberg
Author: R. E. Moore
Author: 
Author: Donald W. Bridges
Author: 
Author: U.S. Atomic Energy Commission