Lead Zinc Refinery Workshop Design
Lead-zinc ore is a kind of valuable metal ore in minerals. With the development of modern industry, lead and zinc ore has great applications in industry and civil use fields. Due to this, the lead-zinc ore smelting and processing projects have become popular in recent years, and lots of lead-zinc refinery workshops have been built in places with lead-zinc mine and minority districts.
A lead-zinc refinery workshop is a large-scale project, which involves a number of professional roles, such as exploration team, metallurgy engineering crew, metallurgical and machine engineering crew, chemical and environmental engineering crew, civil engineering and construction crew, environmental assessment crew and many others. It requires systematic engineering design, lead-zinc ore beneficiation, battery ore smelting, and other process. All the above mentioned professions should be involved and organized in order to finish the workshop in a short period of time, while ensuring the construction quality.
Before kick-starting the lead-zinc refinery workshop project, proper geological survey should be done to assess and confirm the ore reserve and its quality. Based on the findings, the metallurgy engineering crew would select the most suitable smelting process, choosing scientific equipment, production flow and choosing the best mineral processing method. The construction department then arrange the workshop site planning, layout and structure and the civil engineering process, chemical and environmental engineering would design corresponding supporting projects.
The lead-zinc refinery workshop should be designed using best practice. Firstly, noise, temperature and dust control should be taken into consideration. The plant should be buried in the natural earth foundation or locally insulated from vibration, noise, or operated with constant temperature. Not only the main building, but all of the auxiliary buildings, such as the chemical laboratory, the mechanical workshop and the civil workshop, could also be built in the same way.
Secondly, efficient smoke and dust emissions control should be ensured. The workshop should be equipped with a complete air filtration and dust removal system, and the water generated should be recycled and reused. The environmental impact of the project should be minimized by instituting appropriate measures for dealing with the waste.
Thirdly, a complete electrical power supply system should be designed by a professional electric engineering company, based on the lead-zinc refinery workshops scale and power demand. Finally, all safety regulations should be strictly followed and the workers must receive proper safety protection equipment.
The lead-zinc refinery workshop is the key factor of the lead-zinc ore smelting and processing. Therefore, the whole project needs to be carefully planned and implemented in order to ensure overall success. It is essential to choose experienced professional engineering and construction crews and to purchase the best quality equipment. There should be no compromise when it comes to safety. With good preparation and proper guidance, the lead-zinc refinery workshop project can be successfully completed.
