Zhongjie brand 20 cubic carbon dioxide storage tank, 30 cubic carbon dioxide storage tank manufacturer, contracted after-sales service

Description :

　　Liquid carbon dioxide storage tank, due to the limitations of underground space and the size of the mining truck itself, the effective volume of the tank should be 2 cubic meters. Therefore, the diameter of the tank body should be 1.2 meters, the length of the simplified body should be 1.5 meters, the elliptical heads on both sides, and the horizontal structure should be calculated. As the device is directly filled by a carbon dioxide transport tanker, the design pressure and temperature of the storage tank are designed according to the current requirements of carbon dioxide tankers.

　　The supercritical carbon dioxide stored in a 20 cubic meter carbon dioxide storage tank has outstanding advantages such as high safety, environmental protection, and low cost. It is a potential substitute for chlorofluorocarbon foaming agents, completely changing the damage of fluorocarbons to the atmospheric environment and achieving true green, energy-saving, and environmental protection. Supercritical foaming molding is a physical foaming molding technology, as well as a microporous foaming molding technology. It is a process of injecting supercritical carbon dioxide or nitrogen gas into a special plasticizing device during injection molding, extrusion, and blow molding. After the gas is fully and uniformly mixed/diffused with the molten raw material, a single-phase mixed sol is formed. Then, the sol is introduced into the mold cavity or extrusion die, causing a large pressure drop in the sol, resulting in the precipitation of gas and the formation of a large number of bubble nuclei; During the subsequent cooling and molding process, the bubble nuclei inside the sol continue to grow and form, ultimately obtaining microporous foamed plastic products. When using carbon dioxide foaming technology to produce environmentally friendly XPS extruded board foam, the heating method is adopted, and the foaming temperature cannot be too high or too low. It is necessary to maintain a temperature zone that makes the cell density and cell diameter small. Using the depressurization method, as the foaming temperature increases, the cell density decreases and the cell diameter increases. Therefore, in order to produce products with high cell density and small cell diameter using the depressurization process, it is necessary to carry out the process at a lower temperature, because a lower saturation temperature can increase the solubility of gas in the polymer, and low temperature can also limit the growth of bubbles. However, the saturation temperature cannot be lower than the glass transition temperature of the polymer/gas system, otherwise it will increase the resistance to bubble nucleation and growth.

AfterSalesService :

• 10 cubic carbon dioxide storage tank