Molecular sieve concentration technology combines an adsorption and concentration unit with a thermal oxidation unit. This process is intended for handling large volumes of low-concentration organic waste gases. The gases are purified through molecular sieve adsorption and desorption, resulting in a concentrated, smaller air volume of organic waste gases. These concentrated gases are then directed to the RTO/RCO/CO devices for thermal oxidation. The released heat energy from this organic combustion can be effectively reused. The VOCs removal rate for this process is ≥95%, resulting in safer and more stable operation.

Scope of application: This treatment is suitable for handling organic waste gas with low concentration (concentration <500ppmVOCs) and large air volume (air volume >30000m³/h) using zeolite rotor concentration.

Catalytic combustion CO equipment utilizes a catalyst at a low temperature range of 280-400℃ to achieve complete combustion of combustibles. The process involves active oxygen in-depth oxidation. During catalytic combustion, the catalyst plays a crucial role in reducing activation energy and adsorbing reactant molecules on its surface to enhance the reaction rate and accelerate the process.

The product showcases the following features:

1. The operating temperature is lower than direct combustion, resulting in increased safety.

2.The fuel consumption is lower compared to TO, resulting in cost savings.

3.The processing efficiency is high, achieving up to 99% or more.

4.The process is highly safe, reacting at low temperatures and eliminating the danger of dust explosions.