The cyclone desander operates using cyclone separation technology, which is an efficient and energy-saving separation technique. Based on the principles of ion settling and density difference, when the water flow enters the equipment tangentially from the inlet of the desander under a certain pressure, it rotates at high speed inside the equipment, generating a centrifugal field. Due to the different densities of the two solid-liquid states of sand and water, under the action of centrifugal force, centripetal buoyancy, and liquid drag, high-density solids or impurities are thrown around. As the lower part of the equipment is a conical structure, the tangential rotation speed of solids or impurities becomes faster and faster with the continuous reduction of the conical radius, and then deposits at the bottom of the equipment and is discharged with the discharge. The low-density liquid rises and is discharged through the outlet. This equipment can effectively remove small solid substances such as gravel, scale, and limestone, and separate and eliminate them from the system. Within a certain range and conditions, the higher the inlet pressure of the sand remover, the higher the sand removal rate.
Application areas of cyclone sand remover:
1. Mainly used for water quality with high sand content, it can effectively remove a large amount of sand and gravel from water;
2. Sand removal from river water, well water, coal washing water, industrial beneficiation, solid-liquid separation, liquid degassing, and separation of immiscible liquids;
3. The effect is significant in water supply systems, central air conditioning circulating cooling water, chilled water systems, industrial cooling circulating water systems, etc.
Product features of cyclone sand remover:
1. The pressure loss is stable and will not change with changes in water quality or operating time;
2. There are multiple interface options such as flanges and threads, which are convenient and practical;
3. The maximum single machine flow rate can reach 300m3/h. And it can be connected in parallel to form a larger flow model. 4. The position of the sand remover in the water treatment process;
4. Due to the advanced basic mechanism and structure of DQXL sand remover, when its particle size is 0.07mm, the sand removal efficiency is 50%; When the particle size is 0.3mm, the sand removal rate can reach 98%. It has the advantage of easy cleaning during device operation.