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EBO-AOPTM catalytic oxidation technology including EBO-O3TM¡¢EBO-FENTON®ºÍEBO-STM.
EBO-O3TM Reactor uses ozone to remove pollutants from water. This technology has the advantages of having high efficiency, a wide application range, and no secondary pollution, and can be widely used in various types of sewage treatment systems.
EBO-O3TM technology limits the bubble size to the micro-nano level through the micro-nano bubble generation technology, effectively solving the problem of low ozone utilization rate. In addition, EBO-AOPTM oxidation catalyst will occur ozone hydroxylation, enhancing the redox potential up to 2.8 V, at the same time being able to absorb organic compounds in catalyst surface, as is beneficial for the hydroxyl free radical oxidation.
With unique structure, and full automatic control, the reaction efficiency is close to the theoretical value; the reactor utilizes highly reactive free radical oxidation to decompose the degradation-resistant organic pollutants in water, as widely used in the deep treatment of wastewater.
EBO-STM Reactor produces highly oxidized sulfate radical (· SO4-) using a highly efficient catalyst EBO-AOP-catalyst developed by EBO environmental protection. The Redox potential can exceed 2.8v, which can degrade almost all organic compounds in the existing sewage. In addition, due to the use of heterogeneous catalysis, almost no sludge is generated in the process of pollutant degradation, which has an obvious advantage over traditional advanced oxidation.