Catalyst carrier activated carbon is a high-tech product that Huahui Company has been continuously developing and innovating for many years. It is a new type of catalyst carrier with activated carbon as the carrier, which is mainly used for catalyst loading in the organic synthesis process in the petrochemical industry. The catalyst carrier, also known as the support, is one of the components of the supported catalyst. The catalytically active component is supported on the surface of the carrier, and the carrier is mainly used to support the active component, so that the catalyst has specific physical properties, so as to better meet the requirements of the reaction. As a kind of activated carbon with extremely high specific surface area and high chemical stability, it is widely used in various carrier industries. At present, mercuric chloride catalyst activated carbon is widely used in the production of my country's petrochemical industry as a catalyst to produce PVC and nylon fibers. In this regard, our company has developed and developed a catalyst carrier activated carbon specially used to carry high-efficiency catalysts. The activated carbon can be used to produce low-mercury catalyst activated carbon carriers currently being vigorously promoted by the country. The low-mercury catalyst is a new type of catalyst that fixes mercury chloride in special activated carbon. The low-mercury catalyst produced by high-efficiency carrier activated carbon will greatly reduce the recovery and environmental protection problems caused by the loss of mercury.
Product Features
1. The main raw material used in the product is fine washed low ash Taixi coal. The characteristics of Taixi coal with high fixed carbon, low sulfur, phosphorus and iron determine the low content of these impurities in the activated carbon product. Reduce the reaction of these impurities with mercuric chloride in the catalyst, so as not to reduce the activity of the catalyst.
2. In the product molding process, use a 5000KN molding machine to press and shape, and after fully air-drying, it enters the carbonization furnace and is carbonized through the stepped pre-oxidation process, so that the product has better wear resistance and strength.
3. The product is sieved and dust-removed twice before packaging to fully remove the floating dust on the surface of the product particles. Reduce unnecessary consumption of mercury chloride by activated carbon dust.
4. After being activated by water vapor under high temperature conditions, it has good chemical stability and a high proportion of mesopores, which can effectively support the catalyst and minimize the loss of the catalyst. It is suitable for the production of low-mercury catalysts and reduces the loss of mercury. Recycling and environmental issues.
