Honeycomb zeolite adsorption concentration desorption+catalytic combustion (CO)

Honeycomb zeolite adsorption concentration desorption+catalytic combustion (CO)

working principle

Zeolite molecular sieve is a hydrate of crystalline aluminosilicate metal salt. Due to its ability to adsorb molecules with smaller pore sizes into the pores and repel molecules with larger pore sizes outside the pores, it plays a role in screening molecules.
Zeolite molecular sieve adsorption technology utilizes zeolite molecular sieves that can be sieved as adsorbents. When organic waste gas passes through the adsorbent, it can effectively adsorb organic waste gas. The safety performance is extremely high, completely non flammable, with a smaller adsorption volume compared to activated carbon, an adsorption rate of up to 98%, and more complete regeneration. It can achieve the recycling of adsorbents, reduce treatment costs, and avoid secondary pollution such as hazardous waste.

System composition

The fixed bed zeolite molecular sieve adsorption+post-treatment device (freeze condensation method, RTO, RCO, CO, etc.) consists of a waste gas pretreatment system, a fixed bed zeolite molecular sieve adsorption system, a desorption system, a drying and cooling system, a post-treatment system (freeze condensation, RTO, RCO, CO, etc.), and an automatic control system.

Product Features

1. Zeolite molecular sieve has uniform pore channels and strong selective adsorption ability

2. Large specific surface area and adsorption capacity;

3. Strong adjustability, the same type of molecular sieve can be modified to change its pore size and surface properties;

4. Good stability, the porous structure of zeolite molecular sieve will not be damaged during heat treatment below 700 degrees Celsius and high-temperature hydrothermal treatment;

5. Pneumatic butterfly valve is used, with good sealing and fast response