Basically, ozone is a gas and has been used for various purposes. Uses such as treating bottled or municipal water are some of the application of this compound. It is also used to preserve food mostly in cold stores. In the current days, another innovation of its use has been made. This invention involves cleaning and ozone sanitation where the gas is effective in eliminating viruses, bacteria, biofilms, and protozoa.
Because of the oxidization action of the gas, none of these elements can develop resistance to the sanitization process. This is because this gas does not act on microorganisms as a systemic poison and instead destroys the microorganisms by oxidation. In most cases, this gas is produced on-site by generators through electric charges that create the gas from oxygen.
Subsequently, the gas can be channeled in water to achieve ozonation. Ozonized water is used for bathing, misting, rinsing, or spraying. The gas, nevertheless, lasts only a short duration before it degenerates to ordinary oxygen. When the process is used in cleaning, it offers perfect disinfection compared to chlorine sanitization and is environment-friendly.
This gas normally offers better sanitization means as it is able to kill microbes effectively. It is also produced at the point of application and this eliminates the need of hiring employees in order to mix, handle or dispose of the remains as witnessed in other dangerous, poisonous and harsh chemicals that are used as sanitizers. The gas will also decompose back to oxygen state after application eliminating residual formations and elements.
A number of techniques are applied to the ozone-enriched hygiene processes. This gas, when premixed in water, is usually sprayed directly on floors, walls, and drains. Also, wettable equipment may be used. Other ways of use include centralized and mobile systems that have low-pressure, drop-down and hand-held sprinklers. Consequently, using ozonized water for sanitation eliminates any biofilm accumulation. The resultant overspill of water are usually very clean.
There are a number of benefits attributed to the use of this sanitation processes. To begin with, the gas is a very powerful oxidizer and disinfectant. It is suggested that the gas is almost two hundred times stronger compared to chlorine and offers a very effective way of destroying pathogens, organic contaminants, and various other inorganic materials like oils, cosmetics, and suntan lotions.
The processes are as well effective in destroying resilient microorganisms that have developed resistance to chlorine over time. On the other hand, the processes are safe and result in no chemical damages. People, equipment, and even pets are never adversely affected by the inherent power in this disinfecting agent. The product never irritates the skin, eyes, hair, or nails and will not cause damages to the hardscapes, fittings, covers, and other equipment.
Using these processes will as well save you money. Sterilization processes that utilize this agent are normally cost-effective. This owes to the fact that there is no subsequent need for purchasing chemicals to be used and other costs pertaining to storage, management as well as disposal of the chemicals. It can as well be mixed in cold waters hence saves users of any costs in having water heated. In consequence, this sanitation process offers a perfect way of saving money.
Because of the oxidization action of the gas, none of these elements can develop resistance to the sanitization process. This is because this gas does not act on microorganisms as a systemic poison and instead destroys the microorganisms by oxidation. In most cases, this gas is produced on-site by generators through electric charges that create the gas from oxygen.
Subsequently, the gas can be channeled in water to achieve ozonation. Ozonized water is used for bathing, misting, rinsing, or spraying. The gas, nevertheless, lasts only a short duration before it degenerates to ordinary oxygen. When the process is used in cleaning, it offers perfect disinfection compared to chlorine sanitization and is environment-friendly.
This gas normally offers better sanitization means as it is able to kill microbes effectively. It is also produced at the point of application and this eliminates the need of hiring employees in order to mix, handle or dispose of the remains as witnessed in other dangerous, poisonous and harsh chemicals that are used as sanitizers. The gas will also decompose back to oxygen state after application eliminating residual formations and elements.
A number of techniques are applied to the ozone-enriched hygiene processes. This gas, when premixed in water, is usually sprayed directly on floors, walls, and drains. Also, wettable equipment may be used. Other ways of use include centralized and mobile systems that have low-pressure, drop-down and hand-held sprinklers. Consequently, using ozonized water for sanitation eliminates any biofilm accumulation. The resultant overspill of water are usually very clean.
There are a number of benefits attributed to the use of this sanitation processes. To begin with, the gas is a very powerful oxidizer and disinfectant. It is suggested that the gas is almost two hundred times stronger compared to chlorine and offers a very effective way of destroying pathogens, organic contaminants, and various other inorganic materials like oils, cosmetics, and suntan lotions.
The processes are as well effective in destroying resilient microorganisms that have developed resistance to chlorine over time. On the other hand, the processes are safe and result in no chemical damages. People, equipment, and even pets are never adversely affected by the inherent power in this disinfecting agent. The product never irritates the skin, eyes, hair, or nails and will not cause damages to the hardscapes, fittings, covers, and other equipment.
Using these processes will as well save you money. Sterilization processes that utilize this agent are normally cost-effective. This owes to the fact that there is no subsequent need for purchasing chemicals to be used and other costs pertaining to storage, management as well as disposal of the chemicals. It can as well be mixed in cold waters hence saves users of any costs in having water heated. In consequence, this sanitation process offers a perfect way of saving money.
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