The combined inclined plate wastewater precipitator is developed by our company using the shallow sedimentation theory of dispersed particles, absorbing foreign advanced technology of multi-layer, multi-grid and inclined plate precipitation, and combining various sewage components, usage and discharge requirements. The new water treatment equipment is suitable for wastewater and sewage treatment projects in metallurgy, municipal engineering, machinery, chemical industry, electric power, building materials and other industries. It has high treatment efficiency, small footprint, low energy consumption, low investment, convenient operation and management, and safety., reliability, etc.
There are two types of combined Tilted plate separator, countercurrent and crossflow, which can be selected by users according to different situations. For the sewage treatment of converter flue gas purification in steelmaking plants, due to the high content of suspended solids in the sewage and the large temperature change range, in order to eliminate the influence of the density flow caused by the temperature change, it is ideal to use a cross-flow combined Tilted plate separator. If a new process consisting of automatic dry powder dosing flocculant device (electromagnetic agglomerator) - Tilted plate separator - screw conveyor - compressed air lifting - dehydrator is used to treat the above sewage, the treated sewage will be suspended The content of sludge can be less than 30-100ml/l, and the moisture content of sludge is less than 25-30%. It is an ideal water treatment process and water treatment equipment. 2, Model and its meaning The
maximum processing capacity (m³/H)
Tilted plate separator Code name
of the water flow form of the precipitator
 (N means counter flow; H means cross flow)
3. Specifications and performance parameters
Combined Tilted plate separator Technical performance table

Description:
1. For general industrial wastewater treatment, both countercurrent and cross-flow Tilted plate separators can be used.
2. The water treatment capacity listed in the table is the treatment capacity of a single unit. When the required treatment capacity exceeds the above requirements, multiple units can be used in combination.
3. The specifications listed in the table are commonly used, and other specifications can also be changed separately according to user requirements.