Ozone Preparation TRIZ Cases
- Ozone Feed Gas Pretreatment Using Low-Temperature Methane Oxidation
Catalytic methane oxidation at moderate temperature cleans ozone feed gas, cutting energy use while improving ozone generation efficiency.
- Ozone Generation via UV Photolysis for Moisture-Phobic Sterilization
A photochemical ozone generation method using ultraviolet light irradiation to produce active gas without humidification.
- Ozone Generator Baffle Airflow for UV Lamp Cooling
Baffles disperse air across parallel ultraviolet lamps, preventing localized overheating while maintaining optimal ozone conversion efficiency.
- Piezoelectric Transformer Ozone Generation Miniaturization
Replacing electromagnetic transformers with a piezoelectric unit eliminates bulky insulating layers, enabling compact portable ozone generators.
- Ozone Generator UV Lamp Spring Mounting
Ultraviolet lamps generate ozone to eliminate contaminants while spring mounts isolate components, preventing vibration damage during operation.
- Cold-Plasma Ozone Generator Using Ultra-Short Pulses
Ultra-short electrical pulses drive a cold-plasma ozone generator to eliminate arcs and UV radiation while maintaining stable operation.
- Resin Surface Hydrophilization via High-Concentration Ozone
High-concentration ozone gas modifies resin surfaces to improve wettability, resolving uniformity trade-offs in traditional plasma treatments.
- Humate Extraction via Ozone Mechano-Chemical Reactor
Solid alkali dry treatment in a ball mill replaces wet chemical methods, cutting wastewater generation while raising water-soluble humic acid yields.
- Gas Reconditioning for Ozonolysis Safety
Caustic scrubbers remove organic compounds from recirculated ozone gas to prevent equipment fouling and explosion hazards in fatty acid production.
- Resin Film Hydrophilic Modification via Ozone-Hydrocarbon Reaction
A resin film modification apparatus supplies ozone and unsaturated hydrocarbon gas to generate oxygen radicals for surface treatment.