Ozone catalytic oxidation technology is an efficient and environmentally friendly water treatment technology with the following characteristics:
1. Strong oxidizing property: As a strong oxidant, ozone has a strong oxidizing ability for organic matter. It can quickly oxidize organic matter into carbon dioxide and water, and the removal effect is remarkable. At the same time, ozone catalytic oxidation technology can also remove substances that are difficult to remove by other water treatment processes.
2. Fast reaction speed: Ozone catalytic oxidation technology has a complete reaction and fast speed, and can complete the oxidation process in a short time, thereby reducing the volume of the structure and reducing investment costs.
3. No secondary pollution: Ozone will be quickly converted into oxygen after the reaction, increasing the dissolved oxygen in the water, without producing sludge, and will not cause secondary pollution.
4. Efficient and environmentally friendly: In ozone catalytic oxidation technology, the introduction of catalysts can significantly reduce the oxidation selectivity, make the reaction more broadly applicable, and improve reaction efficiency. At the same time, this technology ultimately decomposes organic matter into carbon dioxide and water, without toxic or harmful intermediate products, and is safe and environmentally friendly.
5. Wide adaptability range of pH value: Ozone catalytic oxidation technology can be carried out under neutral or alkaline conditions, and has a wide adaptability range of pH value, making it easy for practical application.
6. Easy operation: The process flow of ozone catalytic oxidation technology is short, easy to operate, and easy to automatically control and manage.
7. Small footprint: The electricity and air used to prepare ozone do not need to be stored and transported. The ozonation device occupies a small footprint and is suitable for water treatment facilities of various sizes.
Technical Advantages
(1) Verify multiple practical solutions and flexibly design the layout structure of the packing layer to meet the customer's customized dosage requirements.
(2) The mass transfer and mixing reaction design concept inside the equipment ensures sufficient multi-phase reaction of water, gas and solid.
(3) The reactor material is SS316L or carbon steel lining anti-corrosion materials to ensure the service life of the reactor.
(4) Provide customers with the best multi-reactor layout and operation plan based on the customer's on-site layout conditions.
Typical Applications
High-efficiency sedimentation tank/filter tank-ozone catalytic reactor/tank-biological filter tank-water production or subsequent process
Wastewater treatment plant discharge tail water-ozone catalytic reactor/tank-artificial wetland
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