Fluidized Bed Technology Applications for Nickel Extraction

Canadian Institute of Mining, Metallurgy and Petroleum
K. Adham C. Lee
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
15
File Size:
549 KB
Publication Date:
Jan 1, 2005

Abstract

The demand for nickel is continuing to exceed inventories, and producers are working vigorously to increase capacity. Many nickel processes utilize the fluidized bed technology for its fast heat and mass transfer, excellent temperature control and low maintenance. The following four nickel applications of the fluidized bed technology have been commercialized: I) Sulfide ore roasting; II) Nickel sulfide (matte) roasting; III) Nickel oxide reduction; IV) Nickel chloride pyrohydrolysis. This paper examines the issues surrounding the application of fluidization technology to the above processes, from the stand point of the engineer modeling the process and designing the key equipment, based on the historical success stories and the fundamental principles of flow sheet synthesis. Using the available data in open literature, typical flow diagrams (with convenient bases of 1 t/h feed or product) are developed to illustrate the relative flow rates and to highlight the key features of each application. In addition, some historical background information is provided for each process with supplemental notes with regards to our company's involvements.
Citation

APA: K. Adham C. Lee  (2005)  Fluidized Bed Technology Applications for Nickel Extraction

MLA: K. Adham C. Lee Fluidized Bed Technology Applications for Nickel Extraction. Canadian Institute of Mining, Metallurgy and Petroleum, 2005.

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