Common Causes of Premature Failure of Ozone Exhaust Gas Destruction Devices

The principle and common failure causes of catalytic ozone tail gas destruction device

The catalytic ozone tail gas destruction device is a device that uses a catalyst to decompose ozone into oxygen, and is widely used in printing, electronics, medicine and other industries. The working principle of the catalytic ozone tail gas destruction device is to pass the ozone-containing tail gas through the catalyst bed, and the active sites on the surface of the catalyst react with the ozone molecules to decompose the ozone into oxygen and heat.

Common causes of failure of catalytic ozone exhaust destruction devices are as follows:

1. Catalyst poisoning: The active sites on the surface of the catalyst are occupied by some organic or inorganic substances (such as sulfur, phosphorus, lead, silicon, etc.), resulting in reduced activity or failure of the catalyst.

2. Catalyst aging: Under the conditions of high temperature and high humidity, the catalyst will undergo structural changes or physical deformation, resulting in a decrease in the surface area of the catalyst or clogging of pores, which will affect the efficiency and life of the catalyst.

3. Catalyst quality problem: The quality of the catalyst depends on its composition, preparation process, shape and other factors. Different catalysts have great differences in the decomposition ability and stability of ozone. If an inappropriate or unqualified catalyst is selected, the performance of the ozone tail gas destruction device will decrease or fail.

The failure of the ozone tail gas destruction device caused by catalyst quality problems is a relatively common and unavoidable situation, so choosing a high-quality catalyst is the key to ensure the normal operation of the ozone tail gas destruction device. MINSTRONG catalyst is a highly efficient, stable and durable catalyst specially developed for ozone tail gas destruction devices, which has the following advantages:

1. MINSTRONG catalyst adopts advanced nanotechnology, which makes the catalyst have large surface area, high porosity and good dispersion, thus improving the catalyst's ability to decompose ozone.

2. MINSTRONG catalyst uses special carrier materials and additives, which make the catalyst have good anti-poisoning, anti-aging, anti-water vapor and other properties, thus prolonging the service life of the catalyst.

3. MINSTRONG catalyst has undergone strict quality control and testing to ensure that each batch of catalyst meets the standards and requirements, thus ensuring the stable operation of the ozone tail gas destruction device.

To sum up, MINSTRONG catalyst is a high-quality product suitable for use in ozone tail gas destruction devices, which can effectively solve the failure problem of ozone tail gas destruction devices caused by catalyst quality problems, and provide customers with safe, environmentally friendly and energy-saving solutions.