Anions
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Think about how wonderful and clean the air smells outside after a thunderstorm. The reason for this condition is the air is full of anions created by the lightening. Anions clean the air of particulates, odor, bacterial, viruses, mold and much more. Anions are molecules that carry a charge, an extra electron. They occur naturally by the breaking waters along the shore and after a lightning storm, that makes most of us feel invigorated and refreshed. This is because the electrical storm has generated trillions of gloriously tranquilizing negative ions that ease tensions and leave us full of energy.
EyeOn® can be embedded in any material such as paint, polymers, fabrics and more.
EyeOn® produces a small plasma or electric field consisting primarily of electrons that ionize gas and liquid molecules entering the field, turning them into anions. The anions are the first step in the antimicrobial process and the basis for which commercial ionizers have been marketed and sold for years to clean the air of bacteria, mold, odor and much more.
Powered commercial anion generators have conducted antimicrobial activity tests for decades:
After exposing bacteria of escherichia, pseudomonas, klebsiella, staphylococci, streptococci, and candida to a negative ion atmosphere:
How exactly do the anions destroy bacteria, viruses, mold, etc?
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Think about how wonderful and clean the air smells outside after a thunderstorm. The reason for this condition is the air is full of anions created by the lightening. Anions clean the air of particulates, odor, bacterial, viruses, mold and much more. Anions are molecules that carry a charge, an extra electron. They occur naturally by the breaking waters along the shore and after a lightning storm, that makes most of us feel invigorated and refreshed. This is because the electrical storm has generated trillions of gloriously tranquilizing negative ions that ease tensions and leave us full of energy.
EyeOn® can be embedded in any material such as paint, polymers, fabrics and more.
EyeOn® produces a small plasma or electric field consisting primarily of electrons that ionize gas and liquid molecules entering the field, turning them into anions. The anions are the first step in the antimicrobial process and the basis for which commercial ionizers have been marketed and sold for years to clean the air of bacteria, mold, odor and much more.
Powered commercial anion generators have conducted antimicrobial activity tests for decades:
After exposing bacteria of escherichia, pseudomonas, klebsiella, staphylococci, streptococci, and candida to a negative ion atmosphere:
- Germ counts were reduced by 50% within 6 hours
- Reduced 70% within 24 hours.
- Negative ionization is a way of controlling disease. - Sulman, Israel
- Suppress bacteria growth
- Suppress mold growth
- Inhibit/retard Virus growth
- Inhibit fungi growth
How exactly do the anions destroy bacteria, viruses, mold, etc?
- Disrupts cell metabolism
- Inhibits cell division (reproduction)
- Prevents respiration by inhibiting transport functions in the cell wall
- Reacts with cell component to inhibit bacteria’s activity and ultimately results in the death and decomposition of bacteria
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Chemical Compounds Amenable to Treatment by Air Ionization
1. Carbon monoxide CO
2. Nitrogen Oxides NO, NO2
3. Ammonia NH3
4. Methane CH4
5. Ethane C2H6
6. Butane C4H10
7. Pentane C5H12
8. Hexane C6H14
9. Cyclohexane C6H12
10. Benzene C6H6
11. Toluene C7H8
12. Xylene (o-, m-, p-) C8H10
13. Trimethylbenzene, 1,2,4- C9H12
14. Ethylbenzene C15. Styrene C8H8
16. Naphthalene C10H8
17. Ethylene C2H4
18. Pinene C8H19
19. Formaldehyde CH2O
20. Acetaldehyde C2H4O
21. Methyl Alcohol CH4O
22. Methyl Ethyl Ketone C3H8O
23. Methylene Chloride CH2CL2
24. Trichloroethane (1,1,1-) C2H3CL3
25. Trichloroethane (1,1,2-) C2H3CL3
26. Carbon Tetrachloride CCl4
27. Tetrachloroethylene C2Cl4
28. Hexafluoroethane C2F6
29. FC-12B CClBrF2
30. CFC-113 C2Cl3F3
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2. Nitrogen Oxides NO, NO2
3. Ammonia NH3
4. Methane CH4
5. Ethane C2H6
6. Butane C4H10
7. Pentane C5H12
8. Hexane C6H14
9. Cyclohexane C6H12
10. Benzene C6H6
11. Toluene C7H8
12. Xylene (o-, m-, p-) C8H10
13. Trimethylbenzene, 1,2,4- C9H12
14. Ethylbenzene C15. Styrene C8H8
16. Naphthalene C10H8
17. Ethylene C2H4
18. Pinene C8H19
19. Formaldehyde CH2O
20. Acetaldehyde C2H4O
21. Methyl Alcohol CH4O
22. Methyl Ethyl Ketone C3H8O
23. Methylene Chloride CH2CL2
24. Trichloroethane (1,1,1-) C2H3CL3
25. Trichloroethane (1,1,2-) C2H3CL3
26. Carbon Tetrachloride CCl4
27. Tetrachloroethylene C2Cl4
28. Hexafluoroethane C2F6
29. FC-12B CClBrF2
30. CFC-113 C2Cl3F3
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