Integrated water purifiers are suitable for water purification in water supply projects using surface water sources such as rivers, lakes, reservoirs, and other water bodies, for recycled water use, and for the purification of industrial wastewater from coal mine tailings, coal washing, bathhouses, swimming pools, car washes, papermaking, dyeing and printing, electroplating, and other industrial processes.

Next, we introduce the performance advantages of the integrated water purifier:

In addition to managing the primary pump house and dosing system, the water purification unit itself has achieved automatic operation requirements through a series of processes including reaction, flocculation, sedimentation, sludge collection, sludge discharge, water collection, water distribution, filtration, backflushing, and effluent discharge. The on-duty staff only needs to perform regular water quality monitoring and testing, without the need for operation and management of the water purification unit.

2. A high concentration flocculation layer allows for ample collision and contact between impurity particles in raw water, increasing the likelihood of adsorption. This enables it to accommodate various raw water temperatures and turbidity levels, with a high rate of impurity particle removal. Under certain operating conditions, it also possesses algae-removing capabilities.

3. The rapid mud concentration chamber and adjustable automatic mud discharge system ensure timely removal of excess mud and impurities, thereby maintaining a stable removal rate of impurities.

4. The efficient flocculation and sedimentation effects ensure that the water quality of the clarified effluent remains in good condition.

5. The water collection system and water head design ensure more even and efficient water collection, not only enhancing the volume utilization coefficient but also yielding significant energy savings due to the smaller water head.

6. The water purification system automation ensures efficient filtration of the purification system (with the raw water turbidity less than 3000 mg/L, the filtered water turbidity can be maintained below 3 mg/L), and also allows for automatic backwashing without the need for additional equipment such as backwashing pumps or air compressors. This saves a significant amount of investment in infrastructure and daily operational, maintenance, and service costs.

7. The low self-consumption rate, approximately around 5%, plays a positive role in conserving limited water resources.

8. With a smaller footprint, it can save over 50% of space compared to conventional water purification structures. It stands at approximately 4.10 meters in height and can be installed both indoors and outdoors.

9. Easy to expand, renovate, reuse, and relocate or repurpose.