Carbon monoxide catalyst (spherical)

Product Introduction:

This product is a multi-element metal oxide system, with a gray black color, a spherical particle shape, a palladium content of 0.1-4%, and a compressive strength of 70N. Mainly used for simultaneously eliminating carbon monoxide, oxygen, and mixed gases (excluding olefins). When the chemical ratio of oxygen is higher than that of carbon monoxide, it is used to eliminate carbon monoxide. If the chemical ratio of carbon monoxide is higher than that of oxygen, it is used for deoxygenation.

Product advantages:

This product has the characteristics of high catalytic activity, deep purification, suitable working temperature for various seasonal environments, industrial energy saving, and continuous use for many years without declining activity. It is safe to use and easy to operate. The catalytic activity for removing carbon monoxide is high, the purification degree is deep, and the anti poisoning ability is strong. It does not require activation regeneration, has high strength, and has a long service life, which can reach more than 3 years.

Product parameters:

Particle size: 10-50 mesh;

Strength: 60 (tested by ball milling method);

Bulk density: 0.87g/ml;

Pd content: 2.0 wt.%;

Additive: small amount;

Reaction cycle: ≥ 120 hours.

Application area:

The carbon monoxide catalyst mainly uses copper oxide and manganese dioxide as raw materials, and it has a good catalytic effect on CO in dry environments. But its disadvantage is that it is sensitive to water vapor, and when the humidity exceeds 45, the catalyst will quickly become toxic and ineffective, making it more suitable for use in dry environments. The catalytic effect of using precious metal catalysts for low concentration CO gas is better than using this product.

The use of carbon monoxide catalyst: It is generally difficult to control the humidity below 45 in the rescue cabin and refuge chamber. Therefore, when using this type of CO catalyst, a desiccant should be installed at the inlet of the catalyst agent. The air with water vapor first passes through the desiccant to absorb and filter out the water vapor, and then the dried air passes through the CO catalyst layer to catalyze the CO gas into carbon dioxide. In addition, in practical use, do not use CO catalyst continuously. Instead, reduce the CO concentration to the allowable range and remove the CO layer to prevent excessive water vapor from passing through and poisoning the catalyst. Only when dealing with harmful gases such as CO, should the CO catalyst layer be placed on the air purifier. In a confined space, using an electrochemical CO sensor can easily trigger an alarm, but this does not necessarily mean that the CO inside the confined space exceeds the standard. It may be due to a nitrogen oxygen mixture causing the electrochemical sensor to give a false alarm. A reasonable approach is to use an infrared CO sensor, which obtains relatively accurate CO data.

Shandong Yuanlin Guici New Materials Co., Ltd. has a large inventory of carbon monoxide catalyst products to ensure timely delivery. Generally speaking, they can be shipped on the same day as the order, with quality assurance and comprehensive after-sales service!