Working principle and structure
The inflow enters the pool from the tangential direction, forming a vortex. The axial flow mixer controls the flow velocity and flow state of the water flow. The sand with a large central zone and dry attached organic matter moves away from each other under the shear force of the paddle mixing, relying on the self gravity and vortex effect of the sand to sink towards the central sand hopper The organic matter released by the brake overflows upwards with the axial water flow. The sand collected from the sand hopper is lifted by an air lift pump or sand pump, and the sand and sewage enter the sand water separator outside the tank Sand separation and discharge The sewage flows back to the grid well.

characteristic
1. Small footprint
2. The sand settling effect is minimally affected by water and changes.
3. Good sand water separation effect The separated sand has low moisture content and low organic matter content Just transport it.
4. The system controls the sand washing and discharging cycle, ensuring safe and reliable operation.
5. Easy to operate and simple to maintain Long lifespan.
6. The blower adopts a three blade Roots blower Low sound absorption.
7. Has little impact on the surrounding environment Good hygiene conditions.

Ordering Instructions
Please indicate the project and quantity of supporting equipment when placing an order It is recommended to use an air lift cyclone sedimentation tank as a priority.
2. Indicate the material used for the equipment body (carbon steel or stainless steel).
3. This system does not include pipelines, valves, and flow meters. Please indicate if necessary.
4. The flange of this equipment is manufactured according to GB9119-2000, PN0.6.
5. XLC180-XLC1080 can be used as a steel pool for overall supply When larger than XLC1080, it can be made into a concrete pool or welded into a steel pool on site. If a non-standard flow sedimentation tank is required, please provide the civil engineering drawing It can be designed separately according to user requirements.