PURE SCIENCE ADVANCED UV
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日期：2025-04-24 18:34
浏览次数：125
摘要：1. UVActivated carbon adsorption: Water is passed through the activated carbon layer, and the micropores of the activated carbon adsorb organic matter, thereby removing organic carbon from the water.
2. Biofilm reactor (MBR): Utilizing microorganisms in the MBR to degrade and remove organic substances in water.
3. Ozone oxidation: Introducing ozone gas into water and degrading organic matter into harmless substances through oxidation, thereby removing organic carbon from water.
4. Advanced ox
1. Activated carbon adsorption: Water is passed through the activated carbon layer, and the micropores of the activated carbon adsorb organic matter, thereby removing organic carbon from the water.
2. Biofilm reactor (MBR): Utilizing microorganisms in the MBR to degrade and remove organic substances in water.
3. Ozone oxidation: Introducing ozone gas into water and degrading organic matter into harmless substances through oxidation, thereby removing organic carbon from water.
4. UV Advanced oxidation: Utilizing high-energy chemical oxidants (such as persulfates, perchlorates, etc.) to partially or completely oxidize organic matter into inorganic substances under appropriate conditions, thereby removing organic carbon from water.
5. Ion exchange: Using ion exchange resin to adsorb and remove organic substances in water.
Suitable treatment processes need to be selected based on specific water quality and treatment requirements, and combined with other processes for joint treatment to ensure effective removal of organic carbon from water.
2. Biofilm reactor (MBR): Utilizing microorganisms in the MBR to degrade and remove organic substances in water.
3. Ozone oxidation: Introducing ozone gas into water and degrading organic matter into harmless substances through oxidation, thereby removing organic carbon from water.
4. UV Advanced oxidation: Utilizing high-energy chemical oxidants (such as persulfates, perchlorates, etc.) to partially or completely oxidize organic matter into inorganic substances under appropriate conditions, thereby removing organic carbon from water.
5. Ion exchange: Using ion exchange resin to adsorb and remove organic substances in water.
Suitable treatment processes need to be selected based on specific water quality and treatment requirements, and combined with other processes for joint treatment to ensure effective removal of organic carbon from water.