IC card solvent recovery unit

5. The fuel consumption volume is low, as compared with the direct combustion system.

4. Almost no thermal NOx created. ( The combustion temperature is between 200 and 350.)

3. The catalytic reaction decomposes VOC into carbon dioxide and water.

2. It is also possible to reduce fuel consumption of the combustion system by using concentrator. ( The heat from the catalytic combustion is recycled to regenerate the wheel for concentration.)

1. In combination with concentrator and catalytic combustion system, the total system becomes compact, and it is possible to reduce overall cost and to save the space for installation.

6. Attention must be paid to catalytic poison.

 Features

Purification Efficiency ( concentrator): >92%

System Purification Efficiency (system): >90%

Catalytic Combustion: Type CU-100

Concentrator: Type SCA-3350-45 B

 Selection

      On the other hands, VOC exhausted gas is concentrated up to 2,000 ppm with 6,000 Nm3/h air volume and is decomposed by catalytic combustion system. This system can achieve the high efficiency at less expensive initial and running cost.

     The gas is 25,200 Nm3/h and has 550 ppm solvents. A VOC abatement system is required to prevent air pollution to the global environment and complaints of unpleasant odor from local residents. If catalytic combustion is used alone, the equipment become extremely large, the combustion efficiency is low and the initial cost and running costs are significantly high.

The VOC concentration with catalytic combustion system installed in a new facility that manufactures magnetic cards (telephone card, etc). The coating lines within this process generate toluene; MEK and MIBK adopt this system.

Maintenance is easier
High coefficient of recovery