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Specifications
Model number |
EL 114 |
Power |
AC 220V 50 / 60Hz |
Water Pressure |
0.3 - 6.5 kg / cm² |
Water Output |
8 l / min |
Water Temperature range |
5 - 40ºC |
Operating Temperature |
5 - 40ºC |
Dimensions |
180 x 62 x 110 |
Ozone Concentration |
0.3ppm |
Ozonated Water
For prevention, a major benefit can be derived from regularly drinking ozonated water. Research has shown that water whose bond angle is 101º is 'dead' water, bereft of life-giving energy.
- When water is distilled the bond angle expands to 120º upon evaporation, but collapses to 101º upon condensation, and is therefore dead.
- A bond angle of 103º corresponds to average water.
- A bond angle of 106º produces activated, energized water.
- The highest energy obtainable in liquid water is a bond angle of l09.5º, and this is attainable only ozonating water at 4ºC
Ozonating water removes all contaminants and energizes the water until the bond angle reaches 109.5º.
Ozone as a Detoxifier
When dissolved in water, ozone produces a solution that can be used to sanitize and disinfect. Ozonated water acts many times faster on bacteria than chemicals, simply breaking it down to leave nothing behind except sterile water.
At low levels, ozonated water can provide
1. Clean drinking and swimming water.
2. Clean water for stock
3. Clean water for horticulture.
At stronger levels, ozonated water can provide
1. Disinfectant washes for plants and equipment.
2. Activated irrigation water, for densely grown crops like mushrooms.
3. Disinfectant washes for fruit and vegetables.
4. Disinfectant washes for meat, fish and poultry.
Water Purification
Ozone Water Purification - The most effective method know to eliminate toxins in the water.
Water purification is the process of removing contaminants from a raw water source. The goal is to produce water for a specific purpose; most water is purified for human consumption (drinking water). Water purification may also be designed for a variety of other purposes and water purified to meet the requirements of medical, pharmacology, chemical and industrial applications.
Advantages and Disadvantages
| Technology |
Ozone |
UV |
Chlorine dioxide |
Chlorine gas |
| Environmentally friendly |
+ |
++ |
± |
-- |
| Byproducts |
+ |
++ |
± |
-- |
| Effectivity |
++ |
+ |
++ |
- |
| Operational costs |
+ |
++ |
+ |
++ |
| Fluids |
++ |
+ |
++ |
± |
| Surfaces |
++ |
++ |
- |
-- |
Applications
Technology |
Applications |
Ozone disinfection |
Pharmaceutical industry, drinking water, process water, ultra pure water and surface disinfectant |
Ultra violet |
Process water, drinking water, ozone breakdown, ultra pure water and surface disinfectant |
Chlorine dioxide |
Drinking water, disinfection of pipes |
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