Ozone pollution presents critical environmental and health challenges, especially when excessive ozone accumulates in the air we breathe. While ozone in the upper atmosphere shields us from harmful radiation, ground-level ozone is harmful to health, highly corrosive to materials, and damaging to various types of infrastructure. DEAI CHEM has developed its advanced 4×8 mesh granular catalyst specifically to address ozone off-gas emissions across multiple industries, offering a reliable, cost-effective, and long-lasting solution.
Why Choose DEAI CHEM’s Ozone Destruction Catalyst?
DEAI CHEM’s 4×8 mesh granular catalyst is designed for applications that produce ozone as a by-product, such as ozone decomposition, water off-gas treatment, corona treatment in manufacturing, digital printing, and air filtration systems. Here’s a breakdown of the catalyst’s role across these applications:
1. Ozone Decomposition
DEAI CHEM’s 4×8 mesh granular catalysts are used to effectively destroy ozone emitted from various off-gas emissions, converting toxic ozone to oxygen.
2. Water Off-Gas Applications
In water and wastewater treatment, ozone is often used for its disinfecting and oxidizing properties. However, the leftover ozone requires safe conversion before it is discharged. DEAI CHEM’s catalyst provides an efficient means to convert this ozone back to oxygen through a catalytic process, with no chemical consumption of the catalyst itself. This feature not only extends the catalyst’s operational life—often several years—but also minimizes replacement costs, making it highly sustainable for long-term usage.
3. Corona Off-Gas Management
Corona treatment, commonly used in industries that require surface preparation, generates ozone as a by-product. DEAI CHEM’s catalyst is ideal for safely handling this ozone, breaking it down to oxygen at ambient temperatures without the need for expensive, energy-intensive thermal destruction. Unlike activated carbon, which can pose risks of carbon monoxide and carbon dioxide production, DEAI CHEM’s catalyst does not generate secondary pollutants, ensuring a safer work environment.
4. Digital Printing and Commercial Air Filters
In digital printing and certain commercial air purification systems, high levels of ozone can accumulate, leading to corrosion and potential safety hazards. DEAI CHEM’s catalyst offers a safe alternative to activated carbon by effectively converting ozone into oxygen without the risk of igniting or requiring constant replacement. It’s a particularly suitable choice for industries seeking low-maintenance, highly durable solutions for ozone management.
Key Advantages of DEAI CHEM’s Ozone Destruction Catalyst
– Long Catalyst Lifetime: The catalyst remains active and effective over an extended period, requiring less frequent replacement than traditional materials like activated carbon.
– Cost-Effective Solution: By reducing the need for thermal destruction and costly materials, DEAI CHEM’s catalyst offers a financially viable solution for facilities seeking efficient ozone management.
– Environmentally Friendly: The catalyst facilitates the conversion of ozone to oxygen without producing harmful by-products, making it a cleaner, safer choice for ozone emissions control.
DEAI CHEM’s 4×8 mesh granular catalyst has earned a solid reputation for its reliability and efficacy in ozone management across diverse applications. Whether in water treatment facilities, commercial printing, or air filtration, DEAI CHEM’s catalyst technology continues to set the standard for safe, efficient, and sustainable ozone destruction.