Industry value: The implementation and construction of the project have created five "firsts". Firstly, it is the first major project settled in the cooperative industrial park between the two provinces. Secondly, it is the first industrial project jointly established by Pukou Nanqiao District to form an industrial fund. Thirdly, it is the first wafer manufacturing project in Chuzhou City, Anhui Province. Fourthly, it is the first project to start construction after land acquisition and only one month from signing the contract to start construction. Fifthly, it is one of the fastest construction projects of similar wafer factories in China. All sub items of the EPC project are carried out under the premise of ensuring safety and civilized production, and the first operation is successful without exception.

Milestone significance: The Chuzhou Huarui Micro project, from design, civil engineering, to mechanical and electrical purification, professional system package, etc., was all independently completed by China Electric Second Company, and is a true semiconductor EPC project.

Project highlight: Adapting to local conditions and utilizing simulation technology to save engineering costs

According to the initial design plan, the entire factory area is based on pile foundations. However, the construction site is located on soft soil with a certain area of pond layer. Under the condition of pile foundations, it may cause disturbance to the soft soil and even damage the organizational structure. The company invited the Internal Simulation Technology Research Institute of China Electric Power Corporation to conduct anti micro vibration testing and foundation verification, and discussed with relevant technical departments to adjust the pile foundation to a large volume raft foundation. This not only saved nearly a month of construction time, but also reduced the corresponding foundation engineering cost and investment by nearly 30%., The most important thing is to improve the accuracy of engineering anti micro vibration.