Ozone Exhaust Gas Failing Environmental Standards? Choosing the Right Catalyst Solves the Problem?

Those involved in industrial production have likely encountered "ozone." For example, water treatment disinfection produces ozone, and processes like digital printing and corona discharge treatment also generate ozone exhaust gas. Although invisible and intangible, if released directly, it is harmful to employees' health and will fail environmental inspections – a truly troublesome problem.

To solve the ozone problem, a catalyst is a reliable method. Simply put, it converts ozone into harmless oxygen. When it comes to such catalysts, many people first think of CARULITE® 200. It's indeed very well-known in the industry and considered a "reliable" product.

CARULITE® 200: A Stable and Effective Ozone Treatment Solution

CARULITE® 200 maintains its strong position because of its "stable performance and versatility." Whether it's humid exhaust gas from water treatment, waste gas mixed with a small amount of ink from digital printing, or high-concentration ozone from corona discharge treatment, it can handle it. Most conveniently, it doesn't require additional heating and works at room temperature, eliminating the need for dedicated heating equipment and saving on electricity costs. With normal maintenance, it can last two to three years without frequent malfunctions that disrupt production, which is why many companies choose it. However, to be fair, the price of CARULITE® 200 is not low. For companies that use it long-term and in large quantities, the accumulated cost is a considerable expense. What everyone really wants is "effective treatment and peace of mind," and to achieve this effect, you don't necessarily have to choose the most expensive option – MINSLITE-B is a more cost-effective choice.

MINSLITE-B:  Comparable Performance, Lower Cost

Some might ask, will a cheaper catalyst compromise performance? There's absolutely no need to worry about that. MINSLITE-B is designed to deliver the same performance as CARULITE® 200: the ozone conversion rate can reach over 99%, matching CARULITE® 200; it also doesn't require heating and can operate at room temperature; it's directly compatible with applications such as water treatment, digital printing, and corona treatment, without requiring equipment modifications. Simply put, everything CARULITE® 200 can do, MINSLITE-B can do as well, with no compromise on treatment effectiveness.

Its biggest advantage is its "cost-effectiveness." While guaranteeing similar performance, lifespan, and stability to CARULITE® 200, MINSLITE-B has a significantly lower purchase cost. For businesses, switching to MINSLITE-B ensures environmental compliance, guarantees a safe working environment for employees, and saves a considerable amount of money in the long run – essentially "doing the same job for less money."

Choosing the Right Catalyst: Environmental Protection and Cost Savings

Ultimately, choosing an ozone decomposition catalyst boils down to two key points: first, whether it can effectively treat ozone, and second, whether it's cost-effective. If a company has a large budget and wants to choose the industry standard, CARULITE® 200 is indeed a safe choice; however, if they want to save costs while maintaining performance, MINSLITE-B is definitely the smarter choice.

With increasingly stringent environmental regulations and the importance of cost control, MINSLITE-B, a catalyst that offers "uncompromised performance at a more friendly price," perfectly meets the needs of businesses – allowing them to easily pass environmental inspections and save real money. Isn't this the "win-win" situation everyone wants?

author: Hazel
date: 2025-12-11