Microgold Thermoelectrolysis Electrocoagulation
Due to the collapse of the microbubbles, a transient high temperature is formed at a local location, and the polymer compound undergoes a melting reaction.
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Due to the collapse of the microbubbles, a transient high temperature is formed at a local location, and the polymer compound undergoes a melting reaction. For example, hydrocarbons are melted to form free radicals and free atoms: RH—R·+H· Non-polar, volatile solute vapors can also be directly thermally decomposed, such as CC14: CC14—CC13+C1· CC13—CC12+C1· Water vapor Dissociation produces strong oxides such as H202. The ozone added in the system further oxidizes the organic matter in the wastewater through these strong oxides. The reaction is as follows: CH30H+H202—HCO0H+H2O HCOOH+H2O—C02+H2O+H2 Decomposes, oxidizes into water-soluble or low-viscosity substances, carbon dioxide, and achieves the purpose of degradation.
When the microbubbles collapse, localized high-concentration free radicals such as ·OH, ·H, O·, etc., generate high-pressure and micro-jets, generate strong shearing force, and break the carbon bonds on the main chain of the macromolecule. , generating free radicals. Degradation is achieved due to the strong oxidative reaction of free radicals.
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