Carbon monoxide (CO) mainly comes from the exhaust emissions from the incomplete combustion of fossil dyes such as coal, oil and natural gas and the chemical production process. It is one of the main pollutants in the atmosphere. CO in the environment can quickly combine with hemoglobin in human blood, reducing the oxygen delivery ability of hemoglobin, leading to human poisoning and even death. Therefore, studying efficient and environmentally friendly CO exhaust gas removal technologies to effectively reduce CO emissions is of great significance to protecting the environment and human health. The catalyst is mainly used for the removal of trace CO in raw materials monomer olefins and other auxiliary gases in polyolefin production. The catalyst can be used for deep removal of trace carbon monoxide in gas or liquid phase carbon hydroxides and inert gases at low temperatures. It is mainly used for the removal of trace CO in raw materials monomer olefins and other auxiliary gases in polyolefin production, and can remove trace amounts of oxygen, sulfur, arsenic and other impurities. Technical principle: According to the effective collision theory, effective collision between molecules is a condition for chemical reactions to occur, and effective collisions can occur only if molecules, atoms or ions are activated. Therefore, before a chemical reaction occurs, the reactant needs to absorb energy and transform from ordinary molecules (atoms, ions) into activated molecules (atoms, ions). This energy is called activation energy. Positive catalysts can greatly reduce the activation energy of the reaction, allowing some reactions that originally required intense conditions (such as high temperature, high pressure, etc.) to occur under milder conditions, thus greatly accelerating the reaction rate. Negative catalysts, on the other hand, increase the activation energy of the reaction to make the reaction more difficult and reduce the reaction rate. Compared with similar catalysts, this catalyst has the characteristics of low service temperature, high removal activity, good regeneration effect, and excellent stability. The catalyst has been commercialized in chemical applications, and its current annual operating income reaches 25 million yuan and a profit of 12 million yuan. Cooperation situation The team plans to explore the civilian market, such as the use of gas water heaters. I hope to cooperate with upstream and downstream gas water heater companies in product development.