Ultra effective formaldehyde catalytic oxidation, referred to as ufco, is the research result of the national high tech research and development plan (863 plan). The biggest highlight of this technology is to use platinum as a catalyst. " He Hong, deputy director of the Research Office of the ecological environment research center of the Chinese Academy of Sciences, told reporters that platinum, as a precious metal, is not unfamiliar to people. In fact, platinum also plays another unknown important role, that is, as a catalyst, it is widely used in automobile exhaust purification devices and plays a key role in protecting the environment.

It is understood that ufco technology mainly realizes the decomposition of formaldehyde through the action of molecular fission recombination catalyst centered on platinum atom. Another feature of this technology is "fast". He Hong said that the molecular fission recombination catalyst can accelerate the decomposition of platinum atoms to formaldehyde at the speed of atomic vibration, and instantly generate carbon dioxide and water, so as to purify the air. The speed of formaldehyde removal can almost be described by the speed of light. After formaldehyde comes into contact with platinum atoms, the molecular fission recombination catalyst will force the formaldehyde molecules to break at the speed of atomic vibration, that is, the speed of light (it only takes 0.13 seconds for the speed of light to rotate around the equator), and promote the recombination of chemical elements after fission to finally produce water and carbon dioxide.

Platinum catalyst is a platinum catalyst with high activity and high catalytic efficiency, which can efficiently catalyze the addition reaction of Si VI and Si-H without side reactions. At the same time, the product also has the advantages of good stability, strong toxicity resistance and high activity, which can avoid the formation of black substances during storage or use and reduce the impact of nitrogen and sulfur-containing substances.