Introduction to Capacitive Water Separation Processor

Capacitive water separation processorIt is a new type of physical water treatment equipment that usesCapacitive separation, electric field induced water separation, charge adsorption, and microelectrolysis effect, for circulating water or industrial waterScale removal, anti scaling, sterilization, turbidity reduction, and partial desalinationhandle. Equipment is usuallyBipolar electrode plate and capacitive fieldAs the core, by changing the distribution and energy state of ions in water, intervening in the scaling process, achieving chemical free, green and environmentally friendly water quality improvement.

Working principle of capacitive water separation processor

1. Capacitive field effectApply a specific voltage to cause Ca ² ⁺, Mg ² ⁺, Cl ⁻ ions in water to form an electric field and move in a directional manner near the electrode;

2. Ion enrichment and precipitationUnder specific conditions, some ions accumulate in the electrode area and precipitate inside the equipment, no longer scaling with the water flow;

3. Microelectrolysis reactionUnder the action of electrode micro electric field, the metabolic structure of bacteria is destroyed, which plays a role in killing bacteria and algae;

4. Desalination softening effectSome devices have weak desalination function, which can moderately reduce TDS in water.

Core functions and advantages of capacitive water separation processor

Applicable fields of capacitive water separation processor

• Industrial circulating cooling water system

• Central air conditioning system freezing/cooling water section

• Protection of heat exchanger and plate exchange system

• Food, electronics, pharmaceuticals and other places that require green descaling

• Environmentally friendly engineering projects that prohibit drug addition or have restricted discharge

Summary of Capacitive Water Separation Processor:

Capacitive water treatment device is a green water treatment equipment that integrates electric field control and ion selective precipitation, suitable for key application scenarios such as efficient descaling, sterilization, and improving circulating water quality.