Optimization of the New Jersey Refining Process

The Minerals, Metals and Materials Society
G. Hanko A. Lebleu M. Sibony J. Lecadet
Organization:
The Minerals, Metals and Materials Society
Pages:
16
File Size:
868 KB
Publication Date:
Jan 1, 2000

Abstract

The New Jersey distillation process is today the most important pyrometallurgical method for the production of zinc of very high purity. The flexibility of the pyrometallurgical zinc production process, especially its ability for recycling, makes it competitive, although it is energy intensive. A deeper knowledge of the New Jersey process is necessary to further increase its technical performance by ensuring its global safety. A project, integrated in the European research program EUREKA, has been started in order to define the process chemistry of distillation. Experimental measurements have been carried out with a column at the laboratory scale, and the results, linked with industrial measurements, support the development of a model based on material and thermal balances. The first conclusions indicate that the key parameters for process optimization are the column geometry and the distribution of the thermal losses.
Citation

APA: G. Hanko A. Lebleu M. Sibony J. Lecadet  (2000)  Optimization of the New Jersey Refining Process

MLA: G. Hanko A. Lebleu M. Sibony J. Lecadet Optimization of the New Jersey Refining Process. The Minerals, Metals and Materials Society, 2000.

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