The Cyclonic Sand Separator combines cyclone separation with filtration, primarily used for solid particles in groundwater, geothermal water, and other water sources, suitable for water source heat pump systems, air conditioning cooling water, cooling water systems, winter heating and cooling circulation systems, and industrial cooling water systems. Widely used in many industrial sectors such as chemicals, environmental protection, and food, it achieves significant results in water treatment such as sand removal, turbidity reduction, and solid-liquid separation.

I. Working Principle:

    The Cyclone Sand Separator is a new type of separation device made based on the screening principle of solid particles in the fluid during the sand removal process. It is further combined with a filtering unit. Under a certain pressure, as water flows through the separator, the centrifugal and centripetal forces act on the water of different densities, causing the lower density water to rise and be discharged through the outlet, while the denser sand is discharged from the bottom of the device. Individual small particles that float together with the water are then filtered by a graded filtering equipment to achieve the sand removal. Compared to current sand separators on the market, this device has added a filtering unit (filter precision can be selected by the user), featuring higher sand removal efficiency, space-saving installation, low leakage rate for individual tiny particles, and stable operating conditions.

II. Key Features:

   Non-energy-consuming, excellent sand removal, particularly suitable for self-supplied wells and deep well pumps with high sand content in groundwater. Easy to manage, simple to operate, reliable, and pollution-free for all.

Section 3: Equipment Specifications and Models

Note: Custom equipment designs outside the standard options are available upon customer request. Should there be any changes in equipment specifications due to product upgrades or replacements, no separate notice will be provided.

IV. Description:

During normal operation, the inlet and outlet valves must be opened, and the drain valve must be closed.

②When sand accumulates to a certain height in the storage cylinder, it should be drained. Open the drain valve during drainage until clear water flows out.

After waste discharge is completed, simply close the discharge valve.

④If the sand pressure is insufficient, close the valve at the water outlet.

5. Installation, Commissioning, and Maintenance:

   ① Equipment installation should be based on a level foundation, which can also be directly installed on the ground.

   ② Pipe installation and flow direction;

   ③ Can be used in parallel based on actual water treatment volume.

   ④ Can be串联used according to the actual processing accuracy.

   ⑤ Floor Plan Layout

   ⑥ The equipment requires no maintenance as it has no moving parts during operation. However, it is essential to maintain a stable entry load and apply even force to open and close the drain valve. Avoid causing accidental damage.

Six. Application Range: Cyclone Sand Separator

    Suitable for water source heat pump systems. Air conditioning cooling water, chilled water systems, winter heating and cooling circulation water systems, industrial cooling water systems. Widely used in many industrial sectors such as chemicals, environmental protection, and food, achieving significant results in water treatment such as sand removal, turbidity reduction, and solid-liquid separation.

Section 7: Selection Considerations for Cyclonic Sand Separators

    When selecting a swirl desander, prioritize larger model equipment, provided it meets the flow requirements, and use several units in parallel to replace the larger equipment within the system.