1. Improvement of sedimentation efficiency
The inclined tube precipitator significantly improves the sedimentation efficiency of suspended matter by increasing the sedimentation area through the installation of an inclined tube structure in the sedimentation tank. This can precipitate the suspended particles in the wastewater in a shorter period of time, thus improving the solid-liquid separation effect.
2. Reduced footprint
Since the inclined tube precipitator can increase the sedimentation speed and efficiency, it can realize efficient sedimentation in a smaller space. For power plants that require large amounts of wastewater treatment, the inclined tube precipitator can significantly reduce the footprint of the sedimentation tank and optimize the use of space.
3. Improvement of water quality
Through the efficient sedimentation process, the inclined tube precipitator can effectively remove suspended solids and some organic matter in the wastewater, significantly improving the quality of the effluent. The treated wastewater meets the environmental discharge standards and can be safely discharged or further treated for reuse.
4. Reduce the subsequent treatment load
Inclined tube precipitator can remove a large number of suspended solids in the primary treatment stage, reducing the load of subsequent treatment processes, such as filtration, activated carbon adsorption and biological treatment. This not only improves the efficiency of the overall treatment system, but also extends the service life of the subsequent treatment equipment.
5. Handling a wide range of wastewater
There are many types of wastewater in power plants, including cooling water, boiler sewage water, desulfurization wastewater, etc. Inclined tube precipitator is suitable for treating many types of wastewater, has wide applicability, can flexibly respond to different wastewater treatment needs, to ensure the treatment effect.
6. Simple operation and maintenance
Inclined tube precipitator has a simple structure and is easy to operate and maintain. With high degree of automation, it can operate stably and reduce the cost of manual operation and maintenance. Regular cleaning and simple maintenance work can ensure the long-term stable operation of the equipment.