1. High technology content and introduction of advanced foreign technology.
2, module design, flexible and simple, easy to install, small footprint.
3. The discharge intensity is large, resulting in a large plasma density.
4. The synergistic effect of photons in the combined plasma is more degraded than conventional corona discharge and DDBD.
5, the air resistance is small, reducing the pressure drop loss. The power consumption is small.
6, suitable for most of the odorous waste gas and organic waste gas, the degradation rate is high.
7. The electrode is not in direct contact with the treated exhaust gas and has a long service life.
8. It is not suitable for high temperature and high humidity gas. It is not recommended for high wind volume.