Applications for ozone
Ozonul în uz rezidențial
Procesarea alimentelor cu ozon
Ozonul în medicină
Tratarea apei cu ozon
Ozone for residential use
Air conditioning
Air conditioning systems in homes, offices, hotels, restaurants, or cars require maintenance to ensure their efficiency and proper operation. The biggest maintenance issue involves periodically cleaning the ducts to remove organic matter and microbes from the air conditioning system. Microbial growth causes corrosion, prevents efficient heat exchange, and can quickly clog the cooling system if left unchecked, and the main problem is the strong, unbearable odor caused by bacteria.
A chemical treatment approach is not an effective solution to this problem.
Advances in technology have led to the development of a much more powerful weapon in the fight against microbes: ozone.
Ozone has an oxidation power 1.52 times greater than chlorine, making it the most powerful commercial oxidizing agent available. Our ozone generators can destroy microorganisms and organic matter that enter the cooling system.
Drinking water
Water treatment plants find water contaminated with microorganisms such as Giardia and Cryptosporidium in both surface and groundwater sources. Ozone is part of current treatment methods for the safe production of clean, potable water.
Ozone takes over where chlorine disinfection fails.
The use of ozone in drinking water production plays a variety of roles:
- It is used as an oxidizing agent to replace chlorine or other chemicals in this process.
- It reduces the use of chemicals.
- It oxidizes iron and manganese.
- It oxidizes hydrogen, sulfur, or other sulfur compounds.
- It removes color from the water.
- It disinfects against Giardia and Cryptosporidium.
- It improves filtration efficiency.
- It removes micropollutants, such as pharmaceuticals and personal care products, from the water.
Pools
When you swim in a pool, water can get into your mouth.
If the water is not safe to drink, it can cause eye, skin, and respiratory tract infections.
Worse still, it can lead to typhoid, cholera, syphilis, and dysentery. Meanwhile, the water can be contaminated by germs and microbes brought in by swimmers, so disinfection equipment must be installed.
The traditional method of disinfection uses chlorine-based disinfectants, which include chlorine (liquid chlorine), mercuric chloride, mercuric chloride dioxide, and chloramine. However, this method irritates the eyes and respiratory system, corrodes pool equipment and pipes, and requires careful management; otherwise, accidents can occur. If you come into contact with water containing chlorine, your hair and skin may become dry. Worse still, chlorine byproducts can be carcinogenic and pose a significant risk to human health.
Ozone eliminates odors
Kills mold
Are you dealing with serious mold and mold spore problems in your home, basement, restaurant, or hotel?
Standard cleaning methods aren’t enough when it comes to treating mold-infested areas.
Ozone saturates the entire surface and reaches areas that are inaccessible by hand to neutralize mold spores directly at their source.
Ozone generators are an invaluable tool if you want to completely sterilize spaces affected by mold and spores.
Dampness and humidity are often factors that cause mold, and it is important to reduce these levels before treatment.
Gasoline and diesel
Have you been transporting gasoline and, due to carelessness, spilled it on the seat or in the trunk?
Do you have an unpleasant odor in your car due to a fuel system leak or exhaust fumes?
Did you just accidentally spill gasoline in your garage?
Do you have a garage or auto repair shop where there is a strong smell of diesel?
Thoroughly wash the area with water (especially steam) and baking soda, then treat it with ozone.
Old furniture
Do you have old furniture that you want to keep, but it smells musty and stale?
Did water just spill on the furniture?
Did you leave the window open and rain got on the furniture?
Did a child urinate on the furniture? Ozone can eliminate mold spores that have penetrated the material.
WC
Are you having sewer problems, and does your home have a strong, unbearable toilet odor?
Has the sewer backed up, and now you don’t know what to do?
Has the odor seeped into the walls?
Smoke and Fire
Does your home smell like smoke, fire, or soot?
Do you have a problem with charred residue or the smell of burnt plastic?
Is there a persistent smell of cigarette smoke in your home?
Did you just leave a pot on the stove, and now it’s burned to a crisp, leaving a strong burnt smell?
Similar problems can also occur in restaurants and hotels.
Ozone is the solution.
Rotten meat
Rotting meat in a building produces a terrible odor that is easily eliminated with ozone.
If blood from the meat has spilled onto the floor or carpet, or if your refrigerator or freezer has lost power, ozone will eliminate all strong odors.
Thoroughly clean the affected area, treat it with ozone, and enjoy perfectly breathable air.
Cooked food
Strong, unpleasant cooking odors can come from food burning, spoiling, or simply being left out for too long. This can be a problem when you’re trying to sell your home.
The issue of strong cooking odors is also faced by cafeterias, restaurants, and hospitals.
The list of odors is long:
- from the stove, oven, or refrigerator
- from spoiled milk
- from the toaster
- from oil
- from steak or ham
- from cheese or eggs
- from garlic
- from food scraps.
Ozone treatment will reliably and effectively eliminate all types of cooking odors. Deodorizing cooking odors with ozone is a guaranteed solution.
Solution: thoroughly clean the area where odors persist, then perform an ozone treatment. The result is fresh, breathable air.
Pets
Do you have pets and notice an unpleasant, lingering odor in your home—such as the smell of feces, urine, or vomit?
If you’re dealing with one or more odors from your current pets or from a pet that previously lived in the home you just bought, ozone is what can eliminate those odors and create a comfortable living environment that’s suitable for you and all your guests.
Cigarette
For homeowners with smokers in the house, the smell of tobacco isn’t exactly pleasant.
In these smoking homes, there is that heavy smell of cigarette smoke and tar.
Ozone oxidizes all the odors that make homeowners cringe and leaves the home with fresh air.
Owners of bars, restaurants, clubs, or hotels face the same major problem: cigarette smoke.
With our ozone machines, this cigarette smell is completely eliminated.
Human body
Body odor emanates from the skin and clings to fabrics, clothing, carpets, sofas, chairs, blankets, and beds, leaving a strong odor.
Ozone treatment resolves all these issues related to unpleasant body odor.
Rugs and carpets
Does your carpet or rug have a musty, stale, or moldy smell?
Has a large amount of liquid been spilled on it?
Clean the carpet and treat it with our ozone generators, and we guarantee you’ll get rid of these problems.
Walls
Do you have mold on your wooden, drywall, or concrete walls?
Have you experienced flooding and now mold has appeared?
Do you smell a foul odor coming from the walls?
First, try to remove the moisture, apply a mold-killing treatment, and then use ozone generators.
We guarantee that the mold will be eliminated.
Car, Boat
The smell of nicotine in a vehicle can be irritating and hard for non-smokers to tolerate.
The smell of smoke, the engine, the car’s upholstery, and the air conditioning system (where millions of microbes accumulate, causing a strong odor over time, even if we replace the pollen filter) are eliminated by our ozone generators.
Professional car washes can be the ideal customers for our ozone machines.
Hospitals, Daycare Centers
Hospitals and daycare centers can be breeding grounds for germs, viruses, and bacteria.
Strong odors linger.
Musty smells caused by spilled milk, diapers, sick people sneezing and spreading active microbes into the air, smelly trash cans, mold, cooked food, etc.
Use our ozone generators, and we guarantee you’ll get rid of all the problems listed above.
Office, Hotel
Hotel owners are among the customers who use ozone the most.
Use our ozone generators and you’ll get rid of odors from:
- cigarette smoke and tar
- musty and stale
- human body odors
- cooked food
- air conditioning
- mold in the ventilation system
- pets.
House, basement, attic
Because ozone is a powerful oxidizing agent, it can permanently eliminate odors.
Ozone generators are extremely effective at reducing odors and mold in homes, basements, or attics and restoring clean, fresh air. With ozone machines, you can thoroughly sanitize all rooms, eliminating organic odors.
Unpleasant "skunk" odors can be guaranteed to be eliminated by our devices.
Odors from:
- cigarette smoke and tar
- cooked food and food scraps
- musty and stale smells
- pets
- the human body
- air conditioning
- mold
can be removed by ozone.
Food processing with ozone
Food storage
Use of ozone in storage facilities for:
- potatoes
- water
- vegetables
- citrus fruits
- meat
- fish
- seafood
- all fruits, vegetables, and meat
Benefits:
- destroys pathogens
- extends product shelf life
- controls and eliminates microbes
- maintains room hygiene by inhibiting pathogens
- eliminates mold in cold storage areas
- controls odors.
Ice and fish storage
Ozone can be dissolved in water, which is then frozen.
This process traps the ozone in the ice, creating ozonated ice. This ozonated ice can be used to store fish and keep products fresh for a longer period of time.
Much of the fish is brought in from the ocean by fishing vessels, which can remain at sea for many weeks. To maintain high-quality fish products, ozonated ice is typically used on these vessels. Ozonated ice can also be used for storing fish at fish farms or directly on store shelves.
Mushroom cultivation
Ozone kills bacteria, mold, and other microorganisms.
Through ozone air treatment in the growing environment:
- bacterial contamination is reduced
- pests are reduced
- diseases are reduced
- the resistance of mushrooms to pests is increased
- the yield of finished products is improved
- costs are reduced
After such treatment, mushrooms grow noticeably better.
Ozonated tap water completely replaces pesticides for mushroom disinfection and avoids chemical contamination.
Timely harvesting of mushrooms is a prerequisite for ensuring their quality, and after ozone disinfection, they must be placed in storage.
Once the ozone treatment has been performed, it maintains the mushrooms’ extended freshness and ensures they remain on the shelf for a longer period of time.
Processing of meat and seafood
Chlorine has been used as a disinfectant in the seafood and fish industry, despite its limited effectiveness in killing bacteria.
The use of ozone in aquaculture is effective in reducing water consumption by increasing water reuse, reducing disease in hatcheries, and reducing bacteria and viruses.
Ozone can be dissolved in water to provide an aqueous ozone solution, which is stable, safe, and easy to control. This ozone-containing water can replace chlorine and serves as an antimicrobial agent for:
- preparing fish and seafood
- cleaning work surfaces
- sterilizing slicing or processing machines, cutting tables, knives, and all equipment used in processing areas
- odor control following fish processing.
Fruit and vegetable processing
Fruits and vegetables can harbor bacteria and mold that shorten their shelf life and can cause serious health problems.
Simply rinsing them does not adequately sanitize them against mold and bacteria.
Spraying water with ozone thoroughly sanitizes fruits and vegetables.
Products treated with ozone have a longer shelf life, and spoilage does not occur during transit or on the shelf. Product spoilage can be reduced by up to 50%, leading to higher profits.
Egg processing
Benefits of ozone for egg processing:
- destroys E. coli
- destroys Listeria
- destroys Salmonella
- eliminates egg odor, as it is the most powerful oxidizing agent on the market
- destroys pathogens instantly
- no chemicals are used
- no chemical residues remain
- it is natural and allows for the use of ozone in organic food production.
Meat processing
Ozone destroys pathogens.
Advantages of ozone for meat processing:
- the most powerful oxidant available
- environmentally friendly
- instantly destroys pathogens
- 3,000 times more powerful than chlorine
- leaves no chemical residues
Ozone is particularly well-suited for the food industry, due to its ability to disinfect microorganisms without chemicals and can be used in meat processing and storage.
Total inactivation of pathogens:
- Salmonella
- E. coli O157:H7
- Listeria
- Micrococcus aureus
- Clostridium botulinum
Benefits of ozone:
- improves the taste and appearance of meat
- reduces the number of microorganisms and ensures a longer shelf life
- destroys pathogens instantly
- no chemicals are used
- there are no chemical residues
- it is natural and allows for the use of ozone in organic food production.
Wine bottling
A major problem in the wine industry is cross-contamination between wine batches and the presence of wild yeast (Brettanomyces), which spoils the wine by imparting a harsh aroma.
In the past, standard sanitation practices included the use of chlorinated cleaning solutions to sanitize wine equipment, followed by a rinse with citric acid to neutralize the chlorine. Chlorinated solutions could not be used in barrels due to their chemical properties and oak retention.
The use of ozonated water has already been adopted by the wine industry. Ozone offers several advantages over other alternatives, including higher-quality sanitization, time and energy savings, and reduced use of chemicals that can have serious harmful effects.
Typical applications for ozone in the wine industry include the following:
- barrel cleaning
- sanitizing surfaces and equipment
- tank cleaning
- cleaning transfer and processing lines (Clean-in-Place: CIP).
Ozone improves the condition of barrels by preventing the buildup of organic matter that shortens their lifespan and delays the need for replacement.
A wide range of surfaces and equipment are typically disinfected with ozonated water to control unwanted microbes and prevent contamination:
- harvesters
- crushers
- conveyors
- bottles
- bottling equipment
- stainless steel tanks that may remain empty for a week or more after initial sanitization
- transfer pipes: CIP, which involves cleaning and disinfecting pump systems, pipes, tanks, hoses, filters, bottling lines, etc.
Detergents, pressurized hot water, steam, and chemicals leave residues, consume energy, and pose safety concerns.
Ozone is an integral part of sanitation in the food processing industry and is a natural choice for wine processing equipment.
Water bottling
Ozone is used in a variety of drinking water treatment applications and acts quickly and effectively.
Ozone is superior to any other disinfection method due to its high oxidation state and allows for lower operating costs; it reverts to oxygen, so no taste or odor remains after use, and it destroys bacteria instantly.
The International Bottled Water Association (IBWA) recommends a residual ozone level between 0.2 and 0.4 ppm. This ensures disinfection of both the water and the bottle.
In practice, ozone technology is used in one form or another at every stage of bottled water production. From the bottle and cap washing processes through to final filling. A low concentration of ozone is dissolved in the water just before bottling to disinfect the water, the bottle, and the cap without leaving a residual disinfectant that can cause an unpleasant taste or odor. Disinfecting the water and the container extends the shelf life.
Final bottling with spring water requires strict control of ozone concentration to ensure a balance between sanitation and bromate formation. The ozone dose and contact time must be sufficient to inactivate bacteria, viruses, and parasites that may be present in the product during bottling.
Strict control of ozone dosing must be maintained until final bottling, and variables affecting dissolved ozone concentration—including water temperature, flow rate, ozone generator power, and the effective mass transfer of the hydraulic system over time—must be monitored.
Ozone dosing in a water line includes the following:
- An integrated ozone system designed to deliver approximately 0.5 kg of ozone at water flow rates of up to 120 liters per minute. The ozone mass transfer is provided via a Venturi injector, a recirculation pump, and a specially designed and configured stainless steel contact tank. The control system integrates ozone generation and mass transfer with ozone sensors, flow sensors, monitored and controlled pressure, ambient ozone detectors, and valve position indicators. The entire process is easy to control and monitor via an intuitive display.
- Four process pumps: one mounted on the integrated ozone generator, one for water, another directly into the storage vessel (transferring spring water to the inlet of the anti-slip tank), and another at the outlet of the contact tower for the filling equipment.
- Dissolved ozone sensors monitor the ozone concentration at the outlet of the storage tank.
Ozone water treatment
Fish Farming
Fish hatcheries and fish farms are playing an increasingly important role in meeting global demand for fish. To efficiently meet this demand, fish farms must employ industrial-scale farming techniques. Of course, as fish density increases, so does the risk of infection through waterborne transmission of bacteria and viruses.
Ozone is an ideal disinfectant for fish farming and aquaculture due to its ability to kill bacteria and viruses without leaving residues. Ozone is an effective treatment that:
- oxidizes organic matter, such as fish excrement
- inactivates bacteria and viruses
- destabilizes colloidal particles
- disinfects the water.
Furthermore, any excess ozone breaks down into oxygen and poses no health risk to the fish or to those who consume it later.
The solution is ozone.
Cooling tower
Cooling towers (air conditioning) require extensive maintenance to maintain their efficiency and proper operation. Most maintenance tasks involve periodic cleaning of the pipes, which can be attributed to a single issue: organic matter and microbes in the cooling tower. Microbial growth causes corrosion, prevents efficient heat or cold exchange, and can quickly clog the system if left unchecked.
A chemical treatment approach is not an effective solution for these problems.
Advances in technology have led to the development of a much more powerful weapon in the fight against corrosion and microbes: ozone.
Ozone has an oxidation power 1.52 times greater than chlorine, making it the most powerful oxidizing agent commercially available. Our ozone generators can destroy microorganisms and organic matter that enter the water, animal feed, and the cooling system. The use of hazardous chemicals is eliminated. Flushing procedures are eliminated. Maintenance is kept to a minimum.
Laundromats
Ozone replaces many of the chemicals used; less water is needed for rinsing laundry, which automatically reduces electricity costs.
When washing with ozone, it is not necessary to heat the water.
Benefits:
- it reduces all bacteria and viruses on bedding or clothing
- disease contamination is reduced
- less water is needed for rinsing
- fewer chemicals are used in the washing process
Common applications of ozone:
- hotels – water and electricity savings
- hospitals – to reduce cross-contamination of diseases and infections, for patient health and lower costs.
Ozone can be injected directly into the water or at the supply hose.
Treatment for industrial wastewater
There is no easy solution for treating industrial wastewater. Wastewater contains a wealth of toxins, both solid and soluble, which can be highly resistant to biodegradation and aeration. Furthermore, the levels of these toxins fluctuate constantly and continuously.
Fortunately, technology has produced a new weapon, ozone, which has the ability to neutralize toxic compounds such as ammonia, cyanide, and absorbable organic halogens, and which removes organic matter from the water.
By applying the advanced oxidation process with ozone system technologies, these systems can even remove compounds that are incredibly resistant to oxidation. Most of our wastewater treatment systems are so effective that the treated water can be designated as potable.
Cost analysis indicates that ozone treatment systems can reach the “pay-back” point within a few years of installation. Now you have a powerful ally: ozone.
Wastewater treatment
The use of ozone for wastewater disinfection is on the rise due to strict regulations regarding fecal coliforms and other pathogens. Because of the costs associated with chemicals, ozone is becoming a more cost-effective solution for wastewater disinfection. Ozone can be produced by ozone generators using oxygen from the ambient air. Only electricity is required for operation.
When water is heavily contaminated with pathogens, the initial solution is to add chemicals. Adding multiple chemicals to a wastewater stream for disinfection may seem like an easy solution at first; however, in many cases, these chemicals must then be removed from the water. For example, when chlorine is used to reduce E. coli, the chlorine must be removed before the wastewater is discharged.
Ozone, being the most powerful oxidant available, quickly kills bacteria. In fact, ozone as a disinfectant is ten times more powerful than chlorine. Its use produces no waste or byproducts.
Using ozone for wastewater disinfection offers many advantages in terms of cost savings, space savings, labor savings, and clean water.
Benefits of ozone:
- It destroys all pathogens, including bacteria and viruses
- It destroys fungi and mold
- Leaves no residual traces
- No chemicals are needed for rinsing
- Requires no chemical storage
- It is clean, safe, and reliable, using less space and fewer chemical treatment equipment and storage systems.
- Ensures good water clarity.
Secondary benefits of ozone:
- Color removal. While ozone is primarily used for disinfection, a secondary effect is the removal of color from the water stream.
- Oxidation of odors in the water. By removing these compounds, odor control can be achieved during the disinfection process.
- Removal of micropollutants from water. The use of ozone for wastewater disinfection can provide secondary benefits, namely the removal and elimination of micropollutants.
- Suspended solids can be removed or reduced with the use of ozone. Ozone is commonly used to remove suspended solids from drinking water.
These effects can also be achieved in wastewater treatment using ozone.
Cleaning of Industrial Facilities (CIP)
Clean-in-Place (CIP) is a method for cleaning the internal surfaces of pipes, vessels, tanks, valves, pumps, and process equipment without disassembly. The standard cleaning process consists of several cycles of washing with detergents, caustic soda, and disinfectants, followed by rinsing.
The use of ozone in industrial systems offers many advantages for the food and beverage industry. Ozone is an environmentally friendly disinfectant that leaves no residual traces after the disinfection process. Ozone is a powerful disinfectant, and its use can eliminate or reduce the need for hot water cycles, as well as associated costs. These savings, combined with savings on chemicals (chlorine), have made ozone a cost-saving measure.
Ozone is widely used in the beverage industry for product disinfection, bottle disinfection, bottle filling, and CIP systems.
Advantages of ozone in industrial facilities:
- it destroys all pathogens, including bacteria and viruses
- it destroys fungi and mold
- it leaves no residues that could alter the flavor of a beverage or other product
- it can replace hot water cycles to reduce energy costs
- it replaces chlorine (storage, handling, toxic substance).
Ozone is the most powerful oxidant on the market and can be used in the following industries:
- wine
- beer
- bottled water
- milk
Furthermore, cleaning their industrial facilities with ozone can lead to significantly lower costs.
Food washing and processing
Surface sanitization
Globally, food safety is already a top priority.
Keeping food free of pathogens and reducing the potential for cross-contamination is crucial, which is why surface hygiene is equally important.
Microbes can attach themselves to a surface and continue to grow in layers upon layers. New layers of microbes can provide nutrients and protection against sanitization to existing layers of microbes. These layers of microbes can continue to grow and become more resistant to sanitization over time if drains are not sanitized regularly. This resistance is most common in cracks, crevices, and corners of food processing equipment that are sanitized only periodically.
A common disinfectant in the food processing industry is chlorine. Chlorine is mixed with water to be used as a disinfectant. Some microorganisms, such as E. coli and Giardia, can develop resistance to chlorine over time. This can make chlorine less effective.
One drawback of chlorine is the harsh effect it can have on metal and wooden equipment. Steel components are corroded by chlorinated water, which shortens the equipment’s lifespan. Wooden wine barrels are also affected by concentrated chemicals. Winemakers take great care to select high-quality wooden barrels; however, this wood can become damaged or altered and no longer serve its original purpose.
Ozone can be dissolved in water just like other chemicals.
Aqueous ozone can be safely sprayed throughout facilities. Equipment, walls, floors, drains, tanks, pipes, shelves, knives, and tables can be sprayed with aqueous ozone. Closed pipes can also be disinfected with ozone.
Advantages: surfaces are sanitized, and microbes, bacteria, viruses, fungi, and spores are destroyed. No further sanitization is required after ozone treatment. No rinsing is necessary because ozone leaves no residue on the surface. This can reduce cleaning time and water usage.
Ozone is a powerful disinfectant that leaves no residue on the surfaces of equipment or materials. This limits ozone’s corrosive potential and provides a gentler disinfection process than many of the chemicals currently in use. Ozone provides excellent sanitization results without harmful effects on metal or wood in machinery.
Ozone can be used throughout the day during processing to sterilize processing equipment and is an effective disinfectant in many applications.
Ozone has a bright future in surface sanitization.
Drinking Water Disinfection
Many homeowners get their water from a well, which often tastes and smells bad, or from a municipal water system, where the water isn’t fully disinfected and therefore isn’t recommended for drinking.
This water contains soluble iron, manganese, and sulfur. Once the water is brought to the surface, these elements begin to oxidize upon contact with the air. This oxidation causes many problems. Rust or black stains on bathtubs or sinks, as well as unpleasant odors and bad tastes, are the most obvious.
When ozone is applied to the water, these elements are instantly oxidized, and the water is filtered.
This oxidizing property of ozone is particularly beneficial when treating bacteria in water. Ozone is the most powerful oxidizing agent available commercially—1.52 times more powerful than chlorine. The effect is the instant destruction of viruses, bacteria, and microorganisms. Ozone can kill these pathogens 3,000 times faster than chlorine used in conventional water treatment plants.
After ozonation by our ozone generators and subsequent filtration, the water is as clean and refreshing as bottled water.
If your washing machine and dishwasher use ozonated water, you’ll no longer have rust stains. It’s amazing!
Ozone in industrial applications
Agriculture
Ozone has a wide range of applications in agriculture.
For example, ozone can be used to destroy pathogens and extend the shelf life of products in storage facilities:
- potatoes
- water
- vegetables
- citrus fruits
- meat
- fish and seafood
- all fruits, vegetables, and meat.
Other benefits of using an ozone generator in agriculture:
- it controls and eliminates microbes.
- It maintains room hygiene by inhibiting pathogens
- It eliminates mold in cold storage areas
- It controls odors.
You can completely replace pesticides for vegetable disinfection by using tap water ozonated through an ozone generator.
You can reduce product spoilage by up to 50% by using ozone.
The hospitality industry
Restaurants, bars, and hotels can easily install an ozone system in their ventilation systems to eliminate stubborn cigarette smoke or kitchen odors.
The ozone system destroys pathogens, thereby reducing the risk of airborne disease transmission.
Ozonation can eliminate a wide range of odors:
- cigarette smoke and tar
- cooked food and food scrap
- musty and stale odors
- chlorine
- pets
- human body odor
- air conditioning
- mold in the ventilation system
- and pet dander
The medical industry
Those in the medical or pharmaceutical industries can use ozone generators for their benefits.
Ozone therapy, also known as ozone-oxygen therapy, is an alternative medical treatment and encompasses a variety of practices based on the administration of ozone via injection or orally, with the aim of treating numerous diseases by killing the microorganisms responsible for them.
Hospitals and pharmacies can use ozonation equipment to eliminate unpleasant odors and destroy microbes.
Ozone sterilizes and disinfects.
Food industry
Ozone is particularly well-suited for the food industry due to its ability to disinfect microorganisms without the use of chemicals, and it can be used in meat processing and storage.
Complete inactivation of pathogens:
- Salmonella
- E. coli O157:H7
- Listeria
- Micrococcus aureus
- Clostridium botulinum
The benefits of using ozone in the food industry are numerous:
- it reduces the number of microorganisms and ensures a longer shelf life
- it destroys pathogens instantly
- no chemicals are used
- No chemical residues
- It is natural and allows for the use of ozone in organic food production.
Ozone removes iron and manganese
Removing iron and manganese from drinking water systems is one of the most common uses for ozone. Iron and manganese are easily oxidized by ozone through a rapid oxidation reaction.
Ozone is the most powerful oxidizing agent on the market.
Indoor air
Because ozone is a powerful oxidizing agent, it can permanently eliminate odors.
Ozone generators are extremely effective at reducing odors and mold in homes, basements, restaurants, and hotels, restoring clean, neutral air. With ozone machines, you can completely sanitize all rooms, eliminating organic odors. Unpleasant “skunk” odors can be guaranteed to be eliminated by our devices.
The smell of cigarettes, cooked food and food scraps, musty odors, old odors, toilet odors, pet odors, human body odors, and the smell from air conditioning can all be removed by ozone.
If cleaning companies use ozone for cleaning, why not use our devices yourself at no extra cost?
Ozone advantages:
- it is the most powerful oxidizing agent available for odor treatment
- It breaks down into oxygen after reacting with odors
- It’s a green technology!
- It’s the most powerful commercial oxidizing agent available
- It kills pathogens
- It’s molecular and penetrates cracks and crevices that cannot be reached with traditional cleaning methods.
Restoration after fires and floods
Restoring buildings after fire damage is a challenge due to the lingering odor that permeates every corner.
Sometimes, before a fire is extinguished, it affects only a small area of an office building or home. What follows are the difficult tasks of restoring the building to its original condition. After a fire, certain structures must be rebuilt and the smoke odor must be eliminated—an extremely difficult task unless ozone treatment is applied.
Ozone completely eliminates any smoke residue and odor, leaving the air fresh (if the structure is made of wood and drywall, these materials are replaced).
The odor is eliminated even if you left a pot of food on the stove and it burned completely.
Ozone can be applied in hotel rooms and vehicles with equally good results.
Have you just experienced flooding and are dealing with serious mold and mold spores in your home, basement, or restaurant?
Conventional cleaning methods are insufficient when it comes to remediating mold-affected areas.
Ozone saturates the entire surface and reaches areas inaccessible by hand to neutralize mold spores directly at their source.
Ozone generators are an invaluable tool if you want to completely sterilize spaces affected by mold and spores.
Moisture and humidity are often factors that cause mold, and it is important to reduce these levels before treatment.
Restaurant, Bar, and Hotel
Restaurants, bars, and hotels have become a battleground between smokers and nonsmokers.
An equally significant problem is the smell of cooking. Owners and customers are caught in the middle. Our ozone air systems are easy to install in existing ventilation and smoke extraction systems, eliminating kitchen odors and other pollutants that can linger. In addition, the system will destroy pathogens, reducing the risk of airborne disease transmission. Smokers can enjoy their post-dinner pleasures, and non-smokers will leave without heavy, lingering odors on their clothes. Everyone is happy.
For homeowners and smokers, tobacco is a joy, but the smell of stale smoke is not. Neither are mold or bacterial odors.
Rinse water
Mixing water with ozone produces ozonated water, or rinse water, which is reused… reused… reused.
In most industrial processes, rinse water is used only once and then discarded. This results in high water costs. Ozone oxidizes organic matter, destroys bacteria, and reduces pesticides. Once broken down, ozone reverts to harmless oxygen. Our water treatment systems use this powerful oxidant to clean rinse water, allowing it to be recycled and reused repeatedly.
Applications:
- Ozone-enriched rinse water kills any fungi, mold, and bacteria present on animal hides
- Apple processing
- Vegetable processing
- Industrial surface cleaning
- Equipment cleaning
The result is an extended shelf life.
Odor removal
Ozone can be safely used to significantly reduce or even eliminate odors caused by industrial processes. A properly implemented ozone solution will neutralize and remove odors, creating a better working environment.
Applications:
- industrial wastewater treatment
- odors from kitchens, restaurants, hotels, and hospitals
- animal husbandry
- food storage
- industrial and commercial spaces
- movie theaters (odor elimination in theater auditoriums).
Ozone advantages:
- eliminates odors
- destroys pathogens
- fast
- safe and environmentally friendly
- no chemical residues
- Improves air quality.
Other industries
Ozone generators can be used in many industries that we haven’t listed on our website.
Use an ozone generator wherever you need to:
- Eliminate unpleasant odors
- Sterilize and disinfect
- Destroy bacteria
- Use the most powerful oxidizing agent available
- Maintain a clean and healthy environment
Ozone and pathogens
Giardia
Giardia (Giardia lamblia or Giardia intestinalis) is a parasitic protozoan that lives in the small intestine of humans, particularly children. It is transmitted through dirty hands, contaminated food, and unwashed fruits and vegetables.
The disease caused by Giardia is called giardiasis. It involves diarrhea, abdominal pain and bloating, eye infections, bronchitis, eczema, and heart disease.
It frequently occurs due to soil and water contamination and is one of the leading causes of diarrhea worldwide.
Bacteria
Bacteria are ubiquitous single-celled prokaryotic microorganisms.
With their great metabolic diversity, they are able to obtain the necessary nutrients from almost anything; ranging from the simplest chemical substances—even inorganic ones—to the most complex organic compounds, they demonstrate remarkable diversity and unprecedented adaptability.
Ozone is more powerful:
- 25 times more potent than HOCl (hypochlorous acid)
- 2,500 times more potent than OCl (hypochlorite)
- 5,000 times more potent than NH₂Cl (chloramine).
Furthermore, ozone is at least ten times more potent than chlorine as a disinfectant.
Chlorine reacts with meat to form extremely toxic and carcinogenic compounds called THMs, or trihalomethanes. THMs have been implicated as carcinogens in kidney, bladder, and colon cancer.
Listeria
Listeria is a common term referring to a specific strain of a bacterial species. Consuming food contaminated with this bacterial strain can lead to a serious infection. This disease can be fatal and poses a greater risk to those with weakened immune systems.
Listeria is found in soil (fruits and vegetables), in all types of meat, dairy, and egg products.
Foods at higher risk include undercooked foods, unpasteurized milk, and raw vegetables.
Ozone can be used to reduce or eliminate L. Listeria on food products.
The most common method of using ozone to reduce the pathogen is by dissolving ozone in water. Aqueous ozone is very stable, safe, and easy to administer.
E. coli
Escherichia coli (E. coli) is a bacterium found in the intestines of animals and humans. Certain strains of E. coli are dangerous and can cause illness and food poisoning. One of the most dangerous strains of E. coli is O157:H7. This strain of E. coli can be life-threatening and can be found on many vegetables, meat, and even in tap water.
Chlorine-based antimicrobial treatment is relatively easy to use as an oxidizing agent and is effective against a variety of pathogens. However, the use of chlorine is becoming increasingly difficult to justify as the potentially harmful side effects of chlorine are becoming more numerous and evident. This is also the case with other antimicrobial interventions, such as methyl bromide, chlorine dioxide, and sodium hypochlorite.
One antimicrobial intervention that is both effective and safe is ozone.
The use of ozone is gaining popularity in drinking water, food processing, and sanitation.
Studies and research have been conducted, and ozone has proven to be a successful antimicrobial agent in reducing E. coli O157:H7.
Ozone levels of 2.0 ppm are commonly used to reduce E. coli O157:H7. Only a few seconds of contact between aqueous ozone and the pathogen is required for inactivation.
Ozone in medicine
Ozone therapy
Ozone therapy, also known as ozone-oxygen therapy, is an alternative medical treatment that encompasses a variety of practices based on the administration of ozone via injection (intravenous, intramuscular, or intra-articular) or orally (ozonated water, ozonated oil, or similar products) with the aim of treating numerous diseases by killing the microorganisms causing them.