Catalytic thermal oxidation is an advanced method for eliminating VOCs and other gaseous pollutants. It uses a catalyst that enables compound oxidation at lower temperatures compared to conventional thermal oxidation, resulting in lower energy consumption. This system is ideal for applications where energy efficiency is a priority.
At BLUER MEDIOAMBIENTE, we offer customized catalytic oxidation solutions to ensure effective pollutant elimination with the lowest possible environmental impact.
The system consists of an oxidation chamber equipped with a catalytic bed, where contaminated gas is heated to a typical temperature between 250 and 450°C. At these temperatures, and in the presence of the catalyst, VOCs decompose without needing to reach the 750-850°C required in conventional thermal oxidation.
Key components include:
Catalytic thermal oxidation presents a very attractive combination of performance, energy efficiency, and operational simplicity:
This type of solution is ideal for industries such as pharmaceutical, fine chemicals, printing, plastics manufacturing, and other processes with stable and medium pollutant loads. At BLUER MEDIO AMBIENTE, we create custom designs based on the type of pollutant, operating conditions, applicable regulations, and the client’s energy objectives.
We focus on maximizing system lifespan, ensuring catalyst stability, and providing real-time operational efficiency monitoring tools.
