Introduction
Steel alloy, a steel material made of various modified materials and alloy elements, is a kind of material with low cost, good weldability, and excellent mechanical and technological properties. Under certain conditions, steel alloy also has certain magnetic properties. With the social development of modern industry, many industries need steel alloy materials and have certain requirements for the performance of these materials. Due to this, steel alloy processing plants have sprung up.
Since the early twentieth century, China has had a policy of cultivating steel alloy plants based on the advantages of abundant labor and plentiful resources. However, due to the backward development of technology and industry in recent years, the size of steel alloy plants has not been able to achieve rapid growth and full performance of technological process and new technologies. Therefore, it is of great significance to start a steel alloy plant again, which needs to follow the prerequisites of current advanced technologies and the modern design concept.
Design Ideas
1.The plan should establish a benchmark on the production processes and further create a dynamic reference system to facilitate improvement and feedback.
2. The layout of the plant should be systematic, orderly and well distributed.
3. With respect to the energy consumption, environment and safety of the plant, there should be a perfect and reasonable environmental management system.
4. The operation team should have sufficient personnel.
5. The equipment should be advanced and meet the technical standards.
6.The construction plan should be completed on time and the output should meet the expected capacity.
7.The management should meet the requirements of ISO9000, ISO14000 and the like.
Product Arrangement Design
The arrangement of the products is composed of three parts, planning and arrangement of the production line, arrangement of raw material workshop/product warehouse and management of finished product warehouse.
A. Planning and Arrangement of the Production Line
The goal of the planning and arrangement of the production line is to make sure that the production process is efficient.
1. The production line should make use of the existing production mode and product model as much as possible.
2. Choose the most appropriate product production mode according to the characteristics of the production process and its products.
3. Improve the speed and efficiency of the production line by design innovation.
4. Carry out product tracing and adjust production processes in time, so that the product delivery date can be determined to ensure the correctness of product finished
B. Arrangement of Raw Material Workshop/Product Warehouse
In the raw material workshop and product warehouse, the warehouse management and warehousing operations should be conducted in a reasonable and efficient manner to ensure product quality on a long-term basis.
1. Design a reasonable warehouse layout and choose the most suitable warehouse equipment.
2. Choose a suitable working storeroom and logistics equipment.
3. Establish a computer information management system to supervise the automatic collection of land information in the warehouse.
C. Management of the Finished Product Warehouse
1. Warehouse maintenance and management should be undertaken in a specified manner to ensure product safety.
2. Supervise and monitor the security protection of the finished product warehouse.
3. Constantly improve the storage and transportation of the finished product warehouse to increase the efficiency.
4. Improve the packing operation system to enhance the overall efficiency.
Conclusion
Steel alloy is a kind of material with broad prospects and an important foundation for social and economic development. Therefore, it is necessary to design a steel alloy plant with the most advanced technology and production concepts. The arrangement of production lines and raw material warehouse/product warehouse and the management of finished product warehouse should be conducted in a scientific and orderly manner according to their respective requirements. Adhering to this planning philosophy, constructing a steel alloy plant can be successful and bring great economic benefits.
