This technology combines various active radicals, UV waves, microbubbles generated by direct and indirect electrical energy, and underwater discharge to produce plasma on water surfaces or underwater.
Concept Diagram
Elimination of germs, viruses, and fungi through the combined effects of the electrical energy of underwater plasma discharge, active radicals, and UV waves
Decomposition of organic matter by radicals produced at the time of underwater discharge
Contact oxidation of radical ion bubbles (e.g., OH Radical, O3, H2O2, O-)
The microbubbles produced through vortex shear force and collision are used for floc formation, which is followed by the floatation of organic matter.
Characterstics
Environmentally friendly water treatment technologies
Water purification for all pollutants
Strong oxidizing material
Harmless to humans
Active radicals generated by plasma have 2,000 times the oxidizing potential (ability to sterilize, disinfect and decompose) of ozone (O3) and are more powerful than chlorine (Cl2) while being completely non-toxic and harmless to humans, allowing for environmentally friendly water treatment.
Capable of removing all types of pollutant from water
Most powerful oxidizing substance, capable of chemical decomposition and removal
Direct interaction with pollutants in air and water, reducing pollutants to harmless water (H2O) and carbon dioxide (CO2)
Characteristics of Underwater Plasma
Sustained sterilizing power
Inhibition of the propagation of microorganisms such as viruses and germs
Stronger sterilizing power after water contaminant treatment
Eco-friendly products
No use of chemicals
Prevention of secondary environmental pollution
High efficiency without electrification
Prevention of accidents involving electrical shock for improved safety
Use of low power (220 V); united power consumption: 70 W a month
Simple maintenance
Modularization of devices producing plasma
Simple module exchange in the event of a breakdown
