Honeycomb Molecular Sieve Industrial Chemicals Replace Honeycomb Activated Carbon

Honeycomb molecular sieve

Itroduction

The adsorbent material has stable ozone decomposition ability, and obviously improves the decomposition efficiency of plasma and photo-oxo to VOCs. The adsorbent material is firstly designed by the combination of silver and manganese to form a special structural effect, which can decompose ozone into active oxygen atoms, and then with VOCs. The molecular reaction forms carbon dioxide and water.

The material itself is non-flammable and can be safely used at 600 ℃ ambient temperature, hydrophobic products. With excellent desorption performance, desorption can be achieved in the environment of about 300 °C, the desorption time is short, the desorption is complete, and the secondary pollution is not produced.. It is the best material to desorbed. It is petroleum, smelting page23 replace honeycomb activated carbon. It can be desorbed at high temperature and suitable for: coating, printing, chemical, pharmaceutical, electronics, injection and other industries.. Product size can be customized to meet customer needs

Adsorption method

1,The space velocity of the zeolite honeycomb is 6000~10000h-1.

2,the bed layer placement mode, the line speed is controlled at 0.4-1m/s.

3,The concentration of adsorbed VOCS ranges from 1 to 1000 mg/m³ .

4,Corresponding VOCS types: alcohols, ethers, esters and benzenes.

5,Zeolite is a hydrophobic zeolite that can be used in a certain humidity environment, the recommended

humidity range is ≤80%.

6,The performance can be the best after adsorption and desorption.

Desorption method

1,The desorbed gas is 10-20% of the adsorbed gas, and the space velocity is 400~1000h-1.

2,the desorption temperature should be according to the gas properties, generally from 200 ℃~

340 ℃ temperature programmed (5 degrees per minute, this parameter needs to be adjusted by the root type of exhaust gas), desorption time is about 30 minutes, depending on the degree of desorption

completion, it takes a long time if it is to achieve 100% detachment.

3, After desorption, it can be adsorbed again after cooling to room temperature.