A method for the overall layout of an ion adsorption type rare earth separation plant

Abstract

The invention relates to the technical field of plant layout, in particular to a general layout of an ion adsorption type rare earth separation plant. The general layout of the ion adsorption type rare earth separation plant comprises an ion adsorption type rare earth in-situ leaching raw material pool, a leaching mother liquor pool and a main building which are arranged sequentially in a steppedmode; a rare earth extraction separation workshop I, an extraction separation workshop II, a rare earth oxide finished product workshop and a rare earth metal workshop are sequentially arranged in semicircular and stepped modes; the height difference of the workshops is 10-20 cm; and a quality control room, a technology research and development room, a management training room and a laboratory aresequentially arranged on the same plane in a semicircular mode. An ion adsorption type rare earth separation production system is closed and complete generally. Therefore, intermediate materials andpersonnel involved in the production operation of the materials can be supervised efficiently according to the general plane layout of the ion adsorption type rare earth separation plant.

Description

technical field [0001] The invention relates to the technical field of plant layout, in particular to a general layout method of an ion adsorption type rare earth separation plant. Background technique [0002] As we all know, the current ion-adsorption type rare earth separation plants are generally arranged in steps, with a large drop. It is difficult to supervise the intermediate materials in the production and the personnel involved in the production and operation of the materials to achieve efficient supervision and orderly guidance. Intellectual property rights are also difficult to play strict protection. Contents of the invention [0003] In order to overcome the deficiencies in the overall layout of the current ion-adsorption type rare earth separation plant, the present invention provides a method for the overall layout of the ion-adsorption type rare earth separation plant that can efficiently supervise the extraction and separation and the personnel involved in...

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Problems solved by technology

[0002] As we all know, the current ion-adsorption type rare earth separation plants are generally arranged in steps, with a large drop. It is difficult to supervise the intermediate materials in the production and the personnel involved in the production and operation of the materials to achieve efficient supervision and orderly guidance. Intellectual property rights are also difficult to protect

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