Ozone Used In…

Ozone is used safely in the world for over 30 years

Public Areas

Water Applications

Food Processing

Chimney Deodourisation

Our Devices are Used In

Public Areas

Frequency of use in hotel rooms and other public areas, human diversity, external factors, and microbiological loads on human health through air threaten human health. These loads form a more homogeneous mixture and become chronic with means of air circulation such as air conditioning etc. It creates a hygiene problem in the rooms and areas of use and poses a health risk for new customers.

The use of cigarettes by the guests in the hotel rooms, the smell of the customers’ skin, permanent deodorant and perfume, distorts the fresh smell of the hotel rooms and creates unpleasant elements for the next customer.

It is possible to resolve these problems in hotel rooms with portable or fixed ozone generators and create a permanent solution. The inadequacy of chemical substances because of leaving residues and requiring consumables make ozone generators highly usable.

Ozone generators help prevent chronic and infectious diseases by disinfecting the air and the instruments that provide air circulation, as well as increasing the rate of oxygen in the environment and providing a more livable environmental area. In addition, the ozone generator destroys all substances and organisms that cause bad odor in the environment and provides a cleaner and more habitable space.

The most important rule in hospitals and consulting rooms is disinfection. Disinfection of the environment and the tools has effect as important as medical intervention.

Fixed or mobile ozone generators in hospitals and consulting rooms provide disinfection of the whole environment and don’t leave any residue compared to other disinfection methods and it is more effective and reaches at all the points as it is in gas form.

As ozone gas is the most effective disinfectant in disinfection and sterilization, it provides a safer environment and minimizes the risk of disease transmission without any chemical consumption.

Application dosages and relevant information to determine your ozone generator model please contact us to select your device.

Because of the number of people goes in and out and because of closed windows in the intensely used vehicles such as cars, minibuses, buses, etc. there is the problem of odour, viruses and bacteria.

In addition to many disturbing odours in the vehicle, there are microbiological loads that threaten human health through the air from external factors and people. These loads create a more homogeneous mixture and become chronic with the means of providing air circulation in air conditioning etc. The smell of cigarettes, especially in smoking vehicles, is one of the biggest problems. Other than this, unintentional accidents (spill of any product like water, coffee etc) become sources of smell and causes both vehicle users and passengers to feel uncomfortable.

After ozone gas vehicle cleaning applications, many odours like smoking, sweat, moisture, mold, animal, meat, milk are eliminated and disinfection of air conditioning filters and air conditioning ducts in the vehicle are provided also. In this way, viruses, bacteria, Spores, fungi and yeasts that can easily live in inaccessible sections such as air conditioning filters especially in winter are destroyed and a healthier journey is offered.

As it does not leave any chemical residue, it is the most effective disinfection method.

Ozone generators help to prevent chronic and infectious diseases by providing disinfection of the air and means of air circulation, as well as providing a more livable environment area by increasing the rate of oxygen in the environment. In addition, the ozone generator destroys all the substances and organisms that cause bad smell in the environment, providing a fresher, cleaner vehicle.

There are often odor problems and hygiene problems, especially in places such as sinks and toilets, which are areas of public use. Many chemicals and many odor conditioners are used for disinfection purposes, although these types of materials do not have a clear and lasting result causing serious costs are paid due to consumables.

Ozone generators do not leave chemical residue, there is no consumable material for any filling and they are very effective compared to the other chemicals used for hygiene.

The ozone generator completes the disinfection process by being applied in fixed or mobile form, without making any changes to the existing sinks. It completes its process by destroying all micro-organisms and substances that cause odor in the environment.

In many gyms and changing cabins, smell of the human body such as sweat, foot odor causes discomfort.

In order to solve this problem, smell conditioners are used that cause worse odors. At the same time, it is observed that people with asthma, respiratory infection, pharyngitis are more disturbed as the odor conditioners are chemical. Fixed or mobile ozone generators applied can prevent the problem of smell and also provide disinfection to improve the quality of life.

In raising our children who are our most valuable jewels, as healthy, happy, skilled, educated individuals with knowledgeable behaviors sterile and healthy environments are of great importance as well as education processes.

As with the main problem of common living areas, the problem of education areas is the problem of intensive use, disinfection and bad smell due to the excess number of people.

Many diseases that can be transmitted through the air like Cold (common cold), Influenza, Tuberculosis, strep throat (streptococcal angina), chicken pox, measles, rubella, mumps, whooping cough, diphtheria (croup), Meningitis are prevented by providing continuity of disinfection. Bad odors are prevented also.

For this purpose, the areas that can be disinfected with ozone gas in nurseries and kindergartens are schools, classrooms, changing cabins, dining halls, shoelaces, corridors, sinks and W.C. s.

The devices are being used as mobile or fixed. The application dosages and relevant information to determine your ozone generator model please contact us for correct device.

Cafes and restaurants that are essential to cities and entertain thousands of people every day. Although the smell shortage in cafes and restaurants has decreased compared to the past with the implementation of smoking ban in closed areas in our country, the application areas of ozone gas related to hygiene are more.

It is possible to apply ozone gas at many points from disinfection of common areas in restaurants and cafes, to disinfection of kitchens, tools and equipment, vegetables and fruits, cold air rooms, toilets.

Ozone gas is a much safer disinfectant than conventional chemical methods because it does not damage the product, human or equipment, and does not leave any chemical residue. Reducing the costs of chemical disinfection of restaurants and cafes provides an economical solution.

Water Applications

Ozone gas is used as an effective method in pool applications without continuous operating expense being known to be the most effective oxidant and not leaving chemical residue.

Ozone gas breaks down and kills the cell wall of all microorganisms in the pool. It does not make any changes in the taste of the water, as no chemical is used in the pool and people around it isn’t been subjected to harmful effects of chemicals.

Ozone gas is applied fully automatic and continuously and prevent the formation of all bacteria, fungi, mold and yeasts in pool sterilization. It oxidizes the organic and inorganic compounds found in water, making the water clearer and softer.

Ozone system in Pool disinfection has become a legal necessity in many countries as well as in our country in the legal legislation.

Ozone system is easily installed in the existing engine room without many changes is carried out by authorized services.

In practice, it is necessary to realize the appropriate system at the appropriate dosage with the appropriate control systems by taking engineering service. Otherwise, incorrect applications will create negative effects besides the fact that the ozone system does not work correctly.

Information about application dosages will be provided so please contact us for choosing right device for you.

Ozone is a substance with antimicrobial properties that is used in aquaculture processing plants, especially in the water industry. Since it is the most effective and non-residue disinfectant, it plays an active role in many disinfection processes. It is a very useful compound in preventing diseases caused by microorganisms such as bacteria and mold.

Today, water dispensers seem to be a sterile environment when viewed from the outside, but there is a bacterial growth due to internal and external reasons. Water dispensers often used in public use areas are also at risk of carrying infectious disease.

Disinfection of dispensers is ignored due to the frequency of use in water dispensers, or disinfection with chemicals is provided. Chemical substances have been proven to t threaten health and cause permanent damage, and their use is prohibited in many countries. Disinfection with ozone system is seen to be 52% more effective compared to chlorine. 99.9% disinfection is provided with mobile ozone system for disinfection of dispensers.

There are visible or invisible impurities, health-disrupting bacteria, viruses, microorganisms are found in water dispenser and water tanks. Unwanted particles that can be visible like dirt, dust, bacteria etc. should be removed from the environment by mechanical cleaning before disinfecting the system with ozone gas, the strongest disinfectant in nature that does not leave any residue.

98% of the water tanks were found to be threatening to public health. Physical and chemical contamination occurs in water tanks that are not cleaned and disinfected for a long time and microorganisms in the water increase their activity.

As a result of this situation, diseases such as typhoid, cholera, dysentery, stomach and eye infection occur in the warehouses. Water can be drunk safely by disinfecting water by using ozone in water tanks.

Application dosages and relevant information to determine your ozone generator model, please contact us for choosing the right device for you.

The use of ozone gas in the aquaculture sector has become widespread with the declaration of safe use by international organizations.

The use of ozone gas in the sector is very effective at disinfection, and transportation operations in aquarium and marine products, seafood processing, critical tools and equipment.

Ozone gas usage in Aquarium and Marine Products

Ozone gas is a highly reliable gas that increases water quality in fish farming, provides rapid growth and development, reduces mortality rate, destroys harmful organic matter for fish, disinfects water and enriches oxygen.

Ozone application can increase up to 15% of TOC (Total Organic Carbon) in water, reduce water turbidity with the level of nitrite in water and remove it by providing oxidation of solids in water.

COD (Chemical Oxygen Demand), TOC and color change rates are very efficient due to the increased ozone dose.

Although nitrite is toxic to fish, nitrate is non-toxic. Ozone gas oxidizes nitrite to nitrate. Thus, in a way, taking on the task of nitrobacters reduce the concentration of nitrite in the water, which is toxic to fish.

The ozone dose to be applied in fish farming depends on factors such as number of fish in the environment, size of fish, amount of water, sweetness-salinity ratio of water, pH and temperature.

Until recently, various chemicals were used in the agricultural sector. However, the fact that these chemicals leave residue in water, plants, and soil, distort the biological balance of the soil and water together, caused the widespread use of the ozone system.

The FDA (World Health Organization) and USDA (United States Department of Agriculture) approved ozone in 2000 for both irrigation and ventilation is an international document on its reliability in the agricultural sector.

Ozone gas is one of the most effective disinfectants in today’s world. In addition, the lack of chemical residue, increased oxygen ratio in water and soil, provides the healthiest growth of the soil and the product.

Ozone gas is used in safely and effectively for disinfection of regions in agriculture, in application of soil agriculture, in application of landless agriculture, seed production, seedling production, greenhouse floriculture, germination rooms, mushroom cultivation, etc.

Ozone gas usage in Landless Agriculture

Very high levels of damp air form a comfortable environment in greenhouses for bacteria and similar creatures to live.

The water used in landless agriculture is very important for the survival of plants and crops, for its quality. After the irrigation water is filtered, it is possible to provide continuous disinfection of the system by ozonizing the system. The system is fully automatic and the application is completed with appropriate mixing methods in gas/liquid form. The user completes the disinfection process by entering only the process values.

Ozone gas usage in Fogging Line

Application of ozone gas in liquid/gas form with appropriate mixing systems is made in fogging lines used for humidification in greenhouses. The water leading to the fogging line with continuous media and line disinfection is provided automatically at the ozone values determined by the user.

Ozone gas usage in Seed Growing

In seed growing, one of the most important factors in obtaining healthy and efficient seeds is the necessity of the seed not to contain any harmful organisms.

Ozone is applied in liquid/gas form in disinfection of water used in seed production, in packaging and in gas form in ambient disinfection with fully automatic system and makes disinfection continuous.

Ozone gas usage in Seedling Cultivation

Microbial loads that may occur in the environment where the seedling is cultivated affect seedling production and crop. A very good and continuous disinfection is provided by the use of ozonized water with a fully automatic system in the form of dripping or springing in seedling cultivation.

Again, ozone gas is used effectively in disinfection of viols where seedlings are placed.

Ozone gas usage in Greenhouse Floriculture

In the floriculture industry, the use of ozone gas is quite common. Temperature, humidity, disease and the formation of ethylene gas negatively affect the flowers in the tanks.

The use of ozone gas is the most ideal method to extend the life of cut flowers in storage. In addition to prolong the life time of the flowers, ozone gas destroys the microorganisms in the environment, prevents any disease from spreading to other flowers, destroys ethylene gas formed in the environment. It forms a secure storage environment for flowers, where many species can be stored.

The process is implemented in gas form with fully automated systems.

Ozone gas usage in Germination Rooms

During the germination of the plant in germination rooms, disinfection processes are applied continuously by applying ozone gas to the ambient air in gaseous form with a fully automatic system against the pests that may arise and in the form of liquid/gas while the greenhouse area is empty.

Ozone gas usage in Mushroom Cultivation

As fungi itself is fungus, it is sensitive to the chemicals used to destroy diseases.

Ozone gas in gas/liquid form is approved for safe use in foods. It is used safely for cleaning inside of the growing rooms and crop. Ozone gas is much easier and safer than the use of chemicals. High concentration of ozone gas in liquid/gas form is used as an effective disinfectant in mushroom growing rooms before filling. It also destroys airborne microorganisms and diseased spores during disinfection of empty tanks in gas form. When ozone gas has finished its function, transforms into oxygen and supports the product.

Industrial kitchens experience odor and disinfection problems caused by very intensive use, variety of food, excessive number of employees and lack of adequate air circulation. These scents become permanent after a while and threaten the hygiene of the kitchen and its natural smell.

It is now possible to solve these problems with mobile or fixed ozone generators that do not leave chemical residue. Thus, ozone gas not only prevents the smell problem, but also achieves the hygiene of the kitchen to become continuous. In addition, as ozone generators don’t require in any consumable, it economically precedes the other disinfection methods.

In the exhaust chimneys of industrial kitchens, both chimney cleaning and deodorization are provided by the usage of ozone gas.

Application dosages and relevant information to determine your ozone generator model will be provided by your process practitioner company with ozone gas engineering solutions.

Ozone gas has been used for many years for the removal of COD, color removal and total life removal in the treatment waters of industrial plants. In addition to biological or chemical treatment, the ozone system to be applied ensures that the waste water is brought into compliance with legal standards and even the waste water is recovered.

It is possible to solve these problems by industrial ozone generators that do not leave chemical residues. Thus, water disinfection and COD removal are provided as well as the smell problem is prevented. In addition, as no consumables are used in ozone generators, they are financially more economical than other disinfection methods.

Application dosages and relevant information to determine your ozone generator model will be provided by your process practitioner company with ozone gas engineering solutions.

The importance of hygiene in food preparation centers is one of the most important factors in the formation of production and product quality. Disinfection with chemical substances to remain residue on the product causes the quality of the product to decrease.

In many parts of food production points, sterilization is provided with ozone gas, and hygiene is possible to be done with a continuous and non-residual method.

Product Disinfection

For removal of pesticide (agrochemical residue) found on vegetables and fruits, washing with ozonized water keeps hygienic conditions and makes it possible for presentation of a high quality, healthy food to the consumer as it is fully effective and does not leave any residue. Besides a healthy production, it is possible to extend the shelf life up to 2 times as long as bacteria, mold, fungi are prevented in vegetables and fruits where ozonised water or ozone is applied as gas. Thus, it will profit from storage time.

Ozone gas usage in textile and subsidiary industries has been continued in the sector for many years with the effect of academic research. In addition to the material contribution brought by being an alternative to the usage of chemicals in the sector leaving no negative residue to the environment, it has a higher oxidation power and effect compared to chemicals.

If we look at the use of ozone applications in the sector and its subsidiary industry, it is used effectively in color bleaching and effect creating on yarn or fabric, repainting and effect processing in denim products as well as in decolonization of waste water, which is also considered a problem in the sector.

Ozone gas usage in Color Bleaching Process on Yarn or Fabric

As ozone is an oxidative substance and an active source of oxygen, it has provided an alternative for the cotton fabrics and products from the pre-finishing stages of bleaching processes in sodium hypochlorite, sodium chlorite and hydrogen peroxide. Ozone is advantageous in textile finishing processes in terms of not releasing waste material compared to other bleach chemicals, not being harmful to the environment and being effective at low temperatures.

Ozone-reinforced washing and bleaching saves energy and water, reduces the use of washing chemicals, reduces washing repeats and shortens processing times.

Ozone gas usage on Denim Fabric

Today, ozone is commonly used to eliminate the problem of back staining, which is one of the problems that occurs during washing of denim products and is often encountered. During the washing of Denim products, accessories such as pockets and labels are contaminated with indigo dyestuff during the process and indigo dyestuff during the process collapses on the product, causing the white weft yarns to be contaminated and the appearance of the product to be distorted. Back staining problem can be solved effectively with ozone gas in dry environment in rotary dyeing machines in a short process for 5-10 minutes. Also bleaching operations with ozone are very important to eliminate the toxic chemicals that cause trouble in the washing sector and to use them instead of sodium hypochlorite and similar chemicals. In addition, giving effect to denim products with ozone is also advantageous in terms of cost.

Ozone is the most powerful disinfectant known and has a very high oxidation power. High oxidation power is fully effective in the elimination of bacteria. The application of ozone to water for between 4 and 10 minutes is sufficient for disinfection. It has also been widely used safely for a long time due to its lack of chemical residue, low cost and low operating expenses.

In 1982, the FDA (World Health Organization) issued a GRAS (Generally Reliable Declaration) for the use of ozone gas in bottled water and declared that ozone is safe.

Viruses are very small in size so that they form parasitic biological clusters. Viruses are not able to be kept with bacteria filters. Depending on the state of the water, 0.1 to 0.5 mg/lt of ozone is sufficient to kill the bacteria at a rate of 99.99%.

In addition, ozone gas oxidizes substances such as iron, manganese, arsenic in water that are extremely dangerous for human health due to its very strong oxidation structure.

Installation is provided in the appropriate mixture and ozone control system according to the properties flow rate and heavy metal ratio of the water to be ozonized. The system is running with full automatic control and disinfection is becoming continuous. The system operates with full automatic control and disinfection is becoming continuous.

The ozone system in potable and domestic water has become a legal necessity in many countries as well as it takes place in the legal legislation in our country.

The most effective and healthiest method in drinking and using water is ozone-enriched air method.

Food Processing

It has been revealed that ozone application increases storage quality in meats causing a decrease in number of aerobic, mesophilic bacteria, coliform bacteria and sulfite-reducing anaerobic bacteria and extends shelf life of red meat. If carcasses are showered with ozonized water, it was determined that the total number of total aerobic living results in a better numerical decrease than the classical washing method.

The use of ozone 10-20 µg/liter in the tanks has been shown to extend the storage time of the carcasses to 30-40%. In another study, the effect of ozone on microorganisms on the surface of the meat was determined to prevent the development of several genera of Enterobacteriaceae family in meats stored at 2.5-6°C and at 92-95% relative humidity. Also, when bovine carcasses were continuously ozonised for 9 days at 1.6°C and 95% relative humidity (0.03 ppm), it was revealed that ozone prevented microbial development on the carcass surface. In another study it was found that ozone stops microbial development on the surface in the refrigerated beef for several days, improves organoleptic quality and reduces the formation of volatile nitrogen compounds.

Even if ozone gas is used in low concentration and contact time is short, it has antimicrobial effect against bacteria, mold, yeast, parasites and viruses.

It is also understood that when ozonization period is extended and PH and temperature are reduced, ozone facilitates lipid oxidation but does not change its organoleptic characteristic, does not cause color loss on the carcass and does not produce unwanted odor, and extends shelf life.

Ozone gas applications in poultry sector are increasing every day in the world and in our country.

When it comes to food, in growing the product it is very important not to disrupt the disinfection chain to the consumer.

Ozone gas is widely used in egg hatcheries, drinking water in coops, disinfecting coops during term changes, production areas, chiller units and process water disinfection.

Among the biggest advantages of ozone are, a more healthy poultry chick growth, not having a carcinogenic effect compared to other disinfectants, not leaving a residue on the chicken, being much more effective than chlorine, provide savings in water and electricity usage in the industry, destroying salmonella, e-coli bacteria creating major problems completely, extending the shelf life of the product.

Ozone application in production farms provides the animals to be fed to become more healthy and to become much less ill. Concordantly, necessity to give far less drugs and vaccines play a major role in providing convenience, financial advantage and a healthier, more qualified product for the manufacturer.

Since ozone gas is a natural disinfectant that does not leave any residue, it does not pose the risk of chemical residues caused by chemicals such as formaldehyde, methanol, paracetic acid, chlorine.

Ozone plays an important role in prolonging the shelf life of eggs and reducing their microbiological distress. When the eggs lose moisture due to the air-permeable shell, the puckering begins, so that they need about 90% moisture in the storage areas. 90% humidity, as known, causes the bacteria to multiply comfortably and lead to mold. Mold and bacteria development can be eliminated up to 8 – 9 months at 0 degrees with high humidity. Storing the product in this way of causes the egg to remain healthy, fresh and in high quality and provides the manufacturer a great financial advantage.

Ozone gas applications in poultry sector are increasing every day in the world and in our country.

When it comes to food, in growing the product it is very important not to disrupt the disinfection chain to the consumer.

Ozone gas is widely used in egg hatcheries, drinking water in coops, disinfecting coops during term changes, production areas, chiller units and process water disinfection.

Among the biggest advantages of ozone are, a more healthy poultry chick growth, not having a carcinogenic effect compared to other disinfectants, not leaving a residue on the chicken, being much more effective than chlorine, provide savings in water and electricity usage in the industry, destroying salmonella, e-coli bacteria creating major problems completely, extending the shelf life of the product.

Ozone application in production farms provides the animals to be fed to become more healthy and to become much less ill. Eventually, necessity to give far less drugs and vaccines play a major role in providing convenience, financial advantage and a healthier, more qualified product for the manufacturer.

Since ozone gas is a natural disinfectant that does not leave any residue, it does not pose the risk of chemical residues caused by chemicals such as formaldehyde, methanol, paracetic acid, chlorine.

Ozone plays an important role in prolonging the shelf life of eggs and reducing their microbiological distress. When the eggs lose moisture due to the air-permeable shell, the puckering begins, so that they need about 90% moisture in the storage areas. 90% humidity, as known, causes the bacteria to multiply comfortably and lead to mold. Mold and bacteria development can be eliminated up to 8 – 9 months at 0 degrees with high humidity. Storing the product in this way of causes the egg to remain healthy, fresh and in high quality and provides the manufacturer a great financial advantage.

Flour sector has a very important place in terms of exports of our country. Due to the regulations and standards required for international trade, the use of ozone gas, which is an environmental and natural disinfectant, in the flour sector is becoming more and more widespread.

Ozone gas not only reduces the microbial load that may occur on flour due to raw material, it also destroys mold and yeast that may occur in the mill. Therefore, it provides bacterial cleaning in flour and also provides disinfection inside the mill.

Besides its disinfectant property, ozone gas can provide oxidation in flours. With oxidation, the yellowish color is lost and whitening occurs in flours, the maturation time of the dough is shortened, resistance against elongation and pulling is increased, the pore structure in bread is improved and voluminous of the bread is ensured.

Ozone gas is also extremely effective against pests such as weevil and flour lice.

Today, there are oxidant additives such as ascorbic acid (vitamin C) and glucose oxidase for breadstuff, and these chemical products also oxidize flours.

But;

1) Ozone is much more effective than these chemical oxidants.

2) Both bleaching methods and chemical oxidants leave chemical residue on the product.

3) Although it varies according to usage and purchase prices, the duration of meeting the initial investment cost compared to the chemical consumption of ozone generators is between 8 months and 20 months.

The importance of hygiene in cold storage of vegetables and fruits is one of the most important factors in the formation of product quality and shelf life. Disinfection with chemical substances to remain residue on the product causes the quality of the product to decrease. Chemical residue risk is particularly critical for companies that export fruits and vegetables.

In many parts of fruit and vegetable stores, sterilization is provided with ozone gas and hygiene is possible with a continuous and non-residual method.

Product Disinfection

In removal of pesticide (agrochemical residue) found on vegetables and fruits, washing with ozonized water is fully effective and does not leave any residue, keeps hygienic conditions and makes it possible for the presentation of a high quality, healthy food to the consumer. Besides a healthy production, it is possible to extend the shelf life up to 2 times as long as bacteria, mold, fungi are prevented in vegetables and fruits where ozonized water or ozone is applied as gas. Thus, it will profit from storage time.

Environmental Disinfection

It is possible to provide disinfection of the environment with ozone gas. Due to the fact that it is in the form of gas according to chemicals, we can count the important advantages of not leaving any residue and not having any consumables together with the provision of disinfection of the whole environment.

Disinfection is vital in order to ensure the continuity of product quality in wine and alcoholic beverage production facilities. Especially wine requires a very delicate production process. Microbiological problems, such as Botrytis Cinerea in particular, damage both the product and the final product, causing tons of products to be wasted every year.

In particular, ozone gas used in CIP cleaning replaces many disinfectants such as chlorine, paresetic acid and caustic soda. Due to its aggressive nature, ozone gas, which is very effective in cleaning barrels, filters, tanks, pipes and bottling lines, increases the quality of the product due to its lack of chemical residues. 99.9% disinfection is provided on the lines applied with ozonized water between 1.00 and 5.00 PPM without any disassembly process in the equipment. As ozone is an environmental and natural gas, there is no need to perform a cleaning process again after CIP cleaning.

In scientific studies, it has been proven that higher disinfection is provided in the lines washed with ozonised water compared to the lines washed with other chemical methods.

According to the estimations of silo producer companies, approximately 10% of the grain produced in the world is lost during storage for various reasons. The storage conditions of the product should be well known and controlled so that the stored products can be protected without loss of value in terms of quality and quantity or with the least possible loss during the storage period.

During long storage periods, significant grain losses occur when the storage conditions reach to an appropriate temperature and humidity for insect and mite activity. In addition, respiratory and mold activity increase due to the local temperature and humidity increases.

Insect activity is low enough to be absent at 5°C temperature and approximately in 10% water content, it may be high enough to damage the whole product while the temperature is 21°C and in 13% water content.

Researches have proved that when ozone gas is applied, the insects cannot develop in silos at the larval stage, the insects that have become adults before application cannot reproduce anymore and these creatures can be destroyed if application is made in appropriate PPM.

Classic insect control systems leave chemical residue on the product. Thanks to its oxidant properties, ozone gas not only controls the reproduction in the silos, it destroys the agricultural residue on the product, the pesticide residue, and prevents the microbiological load that may occur in the silo.

The use of ozone gas in the aquaculture sector has been widely used with the declaration of safe use by international organizations. The use of ozone gas in the sector, Aquarium and marine products, seafood processing, disinfection of critical tools and equipment, and transportation operations are very effective.

Ozone gas usage in Aquarium and Marine Products

Ozone gas is a highly reliable gas that increases water quality in fish farming, provides rapid growth and development, reduces mortality rate, destroys harmful organic matter for fish, disinfects water and enriches oxygen. Ozone application can increase up to 15% of TOC (Total Organic Carbon) in water, reduce water turbidity with the level of nitrite in water and remove it by providing oxidation of solids in water. COD (Chemical Oxygen Demand), TOC and color change rates are very efficient due to the increased ozone dose. Although nitrite is toxic to fish, nitrate is non-toxic. Ozone gas oxidizes nitrite to nitrate. Thus, in a way, taking on the task of nitrobacterias reduce the concentration of nitrite in the water, which is toxic to fish. The ozone dose to be applied in fish farming depends on factors such as number of fish in the environment, size of fish, amount of water, sweetness-salinity ratio of water, pH and temperature.

Ozone Gas Usage in Marine Processing

It is widely used because it does not leave chemical residue on the product compared to other disinfection methods, extends the shelf life of the product, being much more ethyl, it provides material advantage. Application is applied in gas/liquid form during the processing of the product. Information about application dosages will be provided by your process practitioner company with ozone gas engineering solutions.

Ozone Gas Usage in Disinfection of Tools

Ozone gas is applied in the form of gas/liquid on the product in the washing of tools and cases used in the processing of the products. Application is applied to instruments in gas/liquid form. Information about application dosages will be provided by your process practitioner company with ozone gas engineering solutions.

Ozone Gas Usage in Transportation of Marine Products

The use of ozone gas in the transportation of products is preferred because of the environmental and material contribution of ozone gas, which does not leave chemical residues in the disinfection chain, and which is much more effective. The application is applied in gas form during and before transportation. Information about application dosages will be provided by your process practitioner company with ozone gas engineering solutions.

Chimney Deodourisation

In textile sector, related to the requirement of both cost and fashion of the moment, lycra and polyester material usage increased with the flue gas coming out of ram chimneys began to create a problem of intense smell. Ozone gas, which can be used for odor removal in Ram chimneys, can depress the odor amount to 1,000 KB, which is the legal limit. Ozone gas, which can be used without the use of electrostatic filter – scrubber system or heat exchanger in ram chimneys, without requiring any revision and without any risk of fire, provides the exact solution for odor removal.

Due to the improvement of the existing environmental conditions and legal requirements, ozone gas is used very effectively in deodorization. Having an ease of use and a faster effect than the other methods of deodorization, being economically advantageous are the reasons for choosing ozone gas.

Deodorization of textile rams chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

C)Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.

We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.

Ozone gas, which is used in rubber production plants to remove the odor caused by the process especially in banbury mixers, is being used more and more widely in Turkey and around the world. Ozone gas is used much more actively for deodorization of rubber plants’ industrial chimneys in Turkey as they’re close to the living areas, is an economical being easy to install and an extremely effective method of deodorization.

Due to the improvement of the existing environmental conditions and legal requirements, ozone gas is used very effectively in deodorization. Having an ease of use and a faster effect than the other methods of deodorization, being economically advantageous are the reasons for choosing ozone gas.

Deodorization of rubber plant chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

c) Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.

We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.

Due to the improvement of the existing environmental conditions and legal requirements, ozone gas is used very effectively in deodorization. Having an ease of use and a faster effect than the other methods of deodorization, being economically advantageous are the reasons for choosing ozone gas.

Deodorization of yeast factory chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

c) Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.

We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.

Chicken rendering chimneys are one of the first coming sources of discomforting subject of smell in Turkey and in the world. Ozone gas usage in deodorization increases day by day due to the density of volatile organic substances that cause odor in rendering chimneys. Feed mills, pet food factories and feed additive manufacturing plants are the ones where the odor of rendering is experienced intensively. Although scrubber – washing methods for deodorization are used extensively in rendering chimneys, the exact solution is obtained by ozone gas.

In rendering chimneys, ozone gas is given to scrubber water or directly into the flue in gas phase, or it can be applied using both systems.

Due to the improvement of the existing environmental conditions and legal requirements, ozone gas is used very effectively in deodorization. Having an ease of use and a faster effect than the other methods of deodorization, being economically advantageous are the reasons for choosing ozone gas.

Deodorization of Chicken rendering chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

c) Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.

We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.

Styrene monomer, which has a Solvent property, has its own properties. First one is its characteristic related to odor. The chemical styrene monomer, which is in liquid form, has a colorless appearance.

Styrene is used in many industries such as composite production, mining, car part production, insulation material production. Since exposure to high concentrations of styrene gas in the working environment creates effects such as eye burning, headache, fatigue, burning on the skin, many factories and factories collect this gas from the working environment through ventilation channels.

The exhausted styrene gas causes odor complaints especially in factories located close to the living area. Ozone gas is used very actively to remove the smell of styrene gas. With the application of ozone gas in the chimneys or exhaust ducts where styrene gas is excreted, styrene odor can be drawn below the legal odor limit of 1000 KB.

Deodorization of Chicken rendering chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

c) Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.

We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.

Fish feed process chimneys are one of the first sources of disturbance related to the subject of smell in Turkey and in the world. In fish feed process chimneys, the use of ozone gas in deodorization increases day by day, especially due to the concentration of volatile organic substances that cause odor. Feed mills, pet food factories and feed additive manufacturing plants are the factories where the odor of rendering is experienced intensively. Although methods such as scrubber – washing are used extensively for odor removal in fish feed chimneys, the exact solution is obtained by ozone gas.

In rendering chimneys, ozone gas is given to scrubber water or directly into the flue in gas phase, or it can be applied using both systems.

Due to the improvement of the existing environmental conditions and legal requirements, ozone gas is used very effectively in deodorization. Having an ease of use and a faster effect than the other methods of deodorization, being economically advantageous are the reasons for choosing ozone gas.

Deodorization of fish feed chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

c) Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.

We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.

Coffee-chocolate and biscuit factory chimneys, which at first glance appear to be areas where there will not be any shortage of smell, are extremely difficult points in the smell field. The smell of coffee-chocolate and biscuit does not seem like a group of smells to be disturbed at first sight, but since most of these factories work 7/24 and the processes require intensive burning, the smell value of many chocolate-biscuit and coffee factories is higher than that of fish feed, rendering and chemical production plants.

In chocolate-biscuit and coffee process chimneys, ozone gas is given to scrubber water, directly into the flue in the gas phase or can be applied using both systems.

Due to the improvement of the existing environmental conditions and legal requirements, ozone gas is used very effectively in deodorization. Having an ease of use and a faster effect than the other methods of deodorization, being economically advantageous are the reasons for choosing ozone gas.

Deodorization of coffee-chocolate and biscuit factory chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

c) Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.
We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.

H2S is a toxic gas found mainly in underground organic mines, natural gas sources, drilling sites, Hot Springs, biogas plants, breweries and sewerage systems. The smell of this gas, which is colorless and flammable, is expressed as rotten eggs or boiled beans.

In particular, it is possible to neutralize H2S gas released from industrial chimneys by ozone gas.

This reaction can be summarized as follows:

03 + H2S => SO2 + H2O

The smell of SO2 gas is felt 1000 times less than H2S gas, so ozone gas is used very effectively in the removal of H2S odor.

Deodorization of geothermal energy and biogas plant chimneys by ozone gas;

a) No need for consumables

b) No harm to the environment

c) Opposing the chemical methods, without impairing emission values and harming the environment

d) No need breaking and revision on the chimney

Ozone gas application in deodorization is applied safely and effectively in industrial chimneys.

Ozone gas Applications in Deodorization

Ozone gas is one of the most powerful oxidizers known. In industrial applications, ozone gas is applied to the outlet chimney of the factory or application section which causes odor by the appropriate processing method. Application is given in gas format with local or static effect.

The accuracy of the application is tested by taking measurement reports before and after the application by official or accredited institutions. Application dosages and methods ozone gas engineering solutions will be provided by your process practitioner company.

According to the regulation of “The control of Odor-Forming Emissions” published in the official gazette on July 19,2013, it’s been expected that during the business activity which is the subject of the complaint that the samples received from its source/sources according to national/international standards of at least three odorous gas that represent business/property’s odor emissions’ geometric average measured olfactometrically should be under the limit of 1,000 KB.

We produce an odor map of the company as a result of the R & D studies that will be performed exclusively for each industry and process, and provide appropriate prescribing services for this map. Our company gives commitment of reducing the odor measured in industrial chimneys below the limit of 1000 KB.