Applications of Ozone Decomposition Catalysts in the Food Industry

In the food industry, every link from raw material processing to finished product storage has stringent requirements for the environment and hygiene. As a strong oxidant, ozone is widely used in aspects such as disinfection and preservation in the food industry. However, if excess ozone is not dealt with promptly, it will have a negative impact on food quality and personnel health. This is where ozone decomposition catalysts come into play, and the ozone decomposition catalysts produced by MINSTRONG are particularly outstanding.

1.Applications in Air Purification of Food Processing Workshops

Food processing workshops are densely populated with personnel and equipment, making it easy for microorganisms to multiply. Ozone is commonly used for air disinfection. Nevertheless, the long - term presence of high - concentration ozone can irritate the respiratory tracts of operators and affect their health. The ozone decomposition catalysts of MINSTRONG can rapidly and effectively decompose the residual ozone in the air. Their granular products have a large specific surface area, enabling full contact with ozone and accelerating the decomposition of ozone into oxygen. This brings the air quality in the workshop up to safety standards, creating a healthy working environment for the staff. At the same time, it also prevents the corrosion of food processing equipment by ozone, thus extending the equipment's service life.

2. Applications in Food Raw Material Treatment

Food raw materials may carry various microorganisms and impurities. Using ozonated water to clean and disinfect raw materials is a common practice. But if the residual ozone in the water after treatment is not removed, it may alter the taste and nutritional components of the raw materials. The column - shaped ozone decomposition catalysts of MINSTRONG are loaded into filtration equipment. When water flows through, ozone is decomposed rapidly. These catalysts have high mechanical strength and are not easily broken, ensuring stable ozone - decomposition performance under water flow impact. This ensures that food raw materials maintain their original quality after disinfection, providing high - quality raw materials for subsequent processing.

3. Applications in Food Preservation and Storage

During the food storage process, ozone can inhibit the growth of microorganisms and extend the food's shelf life. However, excessive ozone can cause food to oxidize and deteriorate. The powdered ozone decomposition catalysts of MINSTRONG can be evenly mixed into food packaging materials. When there is excess ozone inside the packaging, the catalyst quickly decomposes it, maintaining a suitable gas environment within the package. Moreover, the particle size of this powdered catalyst is uniform, and it does not affect the physical properties of the packaging materials, effectively safeguarding the freshness and quality of food during storage.

4.Customized Services to Meet Diverse Needs

The production processes and requirements of different enterprises in the food industry vary. MINSTRONG offers customized ozone decomposition catalyst services. For some large - scale food processing enterprises with complex production processes and special requirements for ozone decomposition efficiency and catalyst lifespan, the company can customize honeycomb - shaped ozone decomposition catalysts according to specific process and equipment parameters. These catalysts have good air permeability and high catalytic activity, meeting the need for rapid ozone decomposition in large - scale production and providing comprehensive and personalized solutions for food industry enterprises.

Thanks to their various specifications and customized services, the ozone decomposition catalysts produced by MINSTRONG play a crucial role in every key link of the food industry, effectively ensuring food quality and safety as well as the health of the production environment. With the continuous improvement of hygiene and quality requirements in the food industry, the ozone decomposition catalysts of MINSTRONG are bound to have an even broader application prospect.