Thread Content
Recently, the first hoisting of the 902 tower of Xingrui Company's 400,000 tons/year silicone new material project was successful at one time, marking the official start of the installation and construction of the main equipment of the project and laying a solid foundation for the smooth construction and commissioning of the project. It is reported that the maximum height of the 902 tower is 83 meters and the maximum weight is 300 tons. Two crawler cranes were used to hoist the tower on site. The two cranes (800-ton main crane and 300-ton auxiliary crane) worked together to lift the tower from the ground to completely vertical. The sliding tail crane was decoupled and the main crane lifted the equipment to the basic platform. The entire process was strictly carried out in accordance with the hoisting plan. It took 98 minutes and the tower was safely and smoothly placed in place. In order to ensure that the large tower can be hoisted in the shortest time, the project department attaches great importance to it, plans in advance, and deploys carefully. Since the tower entered the site, the special hoisting team of the project department has actively organized manpower, rationally allocated resources, and successfully completed the tower unloading, anti-corrosion and insulation, setting up a labor protection platform, and hoisting in place and other construction tasks. On October 28, according to an announcement issued by Xingfa Group, the company plans to invest in a new 400,000 tons/year organic silicon new material project with an investment amount of 2.513 billion yuan. It is reported that the project is implemented by Hubei Xingrui Silicon Materials Co., Ltd., and the construction location is Zone D of Yichang New Materials Industrial Park. The construction content mainly includes monomer synthesis device, separation device, dimethyl hydrolysis and loop separation device, methyl chloride synthesis device, silicon powder processing device, as well as high boiling cracking, disproportionation, hydrochloric acid analysis, tail gas incineration, sewage treatment, tank area and other devices. At the same time, supporting public auxiliary facilities such as comprehensive buildings, distribution rooms, cabinet rooms, refrigeration stations, and circulating water stations will be constructed.