High Nickel-Molybdenum Wet Refining Workshop Design
The high nickel and molybdenum wet refining workshop requires structural engineering, standard equipment and high-tech and design. The process of producing nickel and molybdenum is usually divided into two parts: refining and smelting. The refining process is an important part of producing high-grade nickel and molybdenum. The refinery mainly utilizes a wet chemical method for the production process, that is, nickel sulfate solution and molybdate solution are used as the refining agents.
High nickel and molybdenum wet refining workshop is mainly to create products with high purity, such as over 99.95%. The basic production process includes blow molding, electrolysis, chemical precipitation and centrifugal separation processes. Using advanced equipment and efficient development and design can reduce the loss of metal resources.
The overall development and design of the high nickel and molybdenum wet refining workshop involves the installation and layout of various process equipment in the workshop. Firstly, the electrolytic tests were conducted in the laboratory to obtain the necessary data. Not only must the structure of the plant meet the technical requirements, but also the technical aspects such as the size of the plant, the valves, pumps, pipes, power distribution and wiring must meet the environmental requirements.
The high nickel-molybdenum wet refining workshop is mainly composed of metal smelting furnace, cooling equipment, refining pool, centrifugal separation equipment, etc., which should be placed compactly to make full use of the working space, reduce the material handling process, reduce safety risks, and improve the working environment. Safety production is also an important element in the design of the workshop. In the process of design, measures of electricity protection, static electrical protection, fire protection, antistatic and antielectromagnetic interference should be taken into account.
The high nickel-molybdenum wet refining workshop should also consider the integrity and maintainability of the entire workshop. Therefore, the workshop should be designed according to the actual process and requirements, so as to provide an effective production platform and be conducive to the sustainable development of the entire industry.
In short, in the design of the high nickel-molybdenum wet refining workshop, attention should be paid to the integrity, practicality and safety of the overall environmental technology design. The high nickel-molybdenum wet refining workshop must meet the requirements of environmental protection, maintenance and sustainable economic development. The utilization rate of equipment, the efficient use of raw materials and the accuracy of production processes should also be considered. Reasonable design and layout is the key to the successful operation of the high nickel-molybdenum wet refining workshop.
