同燎大学 Tongji University Figure 11-8 Schematic detail of the generation of ozone Heat removal High-voltage electrode Feed gas Dielectric containing O2 (绝缘体) Generator discharge Corona gas containing 03 discharge gap High-voltage AC power source Ground electrode Heat removal
Tongji University High-voltage electrode Generator discharge gas containing O3 Figure 11-8 Schematic detail of the generation of ozone (绝缘体)
同©大学 Tongji University Ozone Contact Reactor The concentration of ozone generated from either air or pure oxygen is so low that the transfer efficiency to the liquid phase is an extremely important economic consideration.For this reason,deep and covered contact chambers are normally used. A schematic process flow diagram of a typical ozone disinfection system is shown on Fig.11-9
Tongji University Ozone Contact Reactor The concentration of ozone generated from either air or pure oxygen is so low that the transfer efficiency to the liquid phase is an extremely important economic consideration. For this reason, deep and covered contact chambers are normally used. A schematic process flow diagram of a typical ozone disinfection system is shown on Fig.11-9
同©大学 Tongji University Figure 11-9 Typical flow diagram for the application of ozone for disinfection Off-gas to thermal Liquid oxygen Ozone contact destruction unit storage tank reactor Vaporization unit Liquid to Treated be treated effluent Ozone diffuser Ozone generators
Tongji University Figure 11-9 Typical flow diagram for the application of ozone for disinfection
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Tongji University
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Tongji University