What are the functions of Hopcalite Catalyst?

Hopcalite catalyst have high catalytic activity in treating carbon monoxide. Carbon monoxide is a colorless, odorless and toxic gas that is extremely dangerous to human health. The Hopcalite catalyst can quickly convert carbon monoxide into carbon dioxide, thereby reducing its toxicity. However, Hopcalite catalyst is very sensitive to water and will lose catalytic activity when encountering moisture, so care needs to be taken to prevent contact with water during application.

Hopcalite catalyst have some advantages and limitations in treating carbon monoxide. It can efficiently catalyze the conversion reaction of carbon monoxide, allowing it to achieve a higher conversion rate in a shorter time. It has good stability and reusability and can maintain catalytic activity for a long time. However, because Hopcalite is very sensitive to water, the use of Hopcalite catalyst is subject to certain limitations and requires operation under dry conditions.

Hopcalite catalyst can be used to treat carbon monoxide in a variety of gases. In addition to its application in treating gas in coal mines, it can also be used to remove carbon monoxide in some dry gases, such as carbon monoxide purification in air separation systems, carbon monoxide purification in compressed breathing air, and airtight seals in refuge chambers, submarines, etc. Carbon monoxide purification in spaces. As long as there is oxygen and the gas is dry, Hopcalite can be used to remove carbon monoxide. As environmental pollution problems become incr