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- Oxygen Generation System
Oxygen
Generation System
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Principles and comparison of oxygen generator
| Process | Advantages/Disadvantages |
|---|---|
| Genplus Electrolysis (Patented) | Supplying highly oxygenated water Application of highly advanced technology, compact in size, and efficient |
| Supplying highly oxygenated water Application of highly advanced technology, compact in size, and efficient |
Replacement of Zeolite module on required basis, Intended for lab use Noisy, difficult to manage, less durable |
| PSA (Pressure Swing Absorption) | Required to be in operation for 24 hours constantly. Less durable. Replacement of module on required basis Method of industrial oxygen Vulnerable to humidity |
Comparison of saturation method among highly concentrated oxygen saturation system
| Process | Principle of working | Oxygen saturation/hr | Advantages/Disadvantages |
|---|---|---|---|
| Genplus Saturation Method (GENPLUS O2Well) Patented | Application of nano-technology to gas in air-tight water tank and open tank to dissolve and generate highly concentrated oxygen water | 100 +ppm / 3-6hr |
Low facility maintenance cost Continuous production Available for household use Highly Competitive |
| Saturation in open tank | Oxygen dispersed in micro bubbles (Brower, E-Jector) | 40- ppm /24hr |
Impossible to dissolve 40+ ppm even by injection of large amount of oxygen |
| Pressurization Method (air-tight tank) |
Injection of hyperbaric oxygen by applying high pressure (using ultra high pressure tank) |
100+ ppm / 72hr |
High cost due to forced saturation Cannot be produced continuously Not available for household use. |
