Quality improvement and purification series

(I) Product Overview​

The Photocatalytic Reactor integrates TiO₂ photocatalytic technology, electrochemical treatment technology, high-efficiency separation and purification technology, air-water isolation technology, self-sensing flow regulation technology, water supply safety protection technology, and flow monitoring technology. It utilizes light energy to initiate catalytic reactions: under illumination, electrons on the surface of the photocatalyst are excited, transitioning from the valence band to the conduction band, generating highly reactive free electrons and positive holes. These free electrons and holes can participate in various chemical reactions—such as oxidation, reduction, hydrolysis, and decomposition—enabling holographic purification, deodorization, and sterilization of incoming water.

The equipment is also equipped with an air-water isolation reactor and a self-sensing flow regulation device, providing a one-stop permanent solution to the challenges of separating municipal water from non-potable water and preventing municipal water contamination. The system can automatically adapt to changes in water demand while ensuring the safety of domestic water. Additionally, the device features a real-time online safety protection system and a flow monitoring system, ensuring that water volume and loss are measurable, analyzable, traceable, and capable of remote transmission.

By combining the operational characteristics, features, and safety requirements of smart water systems, the Photocatalytic Reactor offers powerful and comprehensive advantages, making it an ideal choice for low-carbon, energy-efficient water systems.

(II) Application Areas​

Primarily used for sterilization, algae inhibition, and deodorization treatment of rainwater, reclaimed water, air conditioning condensate, industrial circulating water, landscape water, swimming pool water, and water tanks.

(III) Product Features​

1. Integrates multiple reaction technologies into one system.
2. Wide range of applications, suitable for almost all types of water treatment.
3. Fully automated control, user-friendly operation.
4. Low investment and energy consumption.

Details