We develop and manufacture innovative air purifiers, which don’t only filter but also provide a complete decomposition of harmful fumes, gases, bacteria, viruses, spores of fungi into harmless components of air, such as carbon dioxide and water. With regard to each client, we perform the selection of nodes and modules to solve a specific problem
Air protection from industrial pollution and air purification are vital components of the set of global challenges in nature conservation. Every year, over a thousand tons of harmful gaseous substances are emitted into the atmosphere.
Air tech
Membrane cleaning
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Adsorption
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Water filtration
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Oxide catalysis
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Electrostatic cleaning
The ionization of the polluting particles in the air flow with the following settlement/deposition of particles with the help of the electromagnetic field and their assembly in the device chamber
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Ozonation
Environmentally friendly and safe purification technology based on the use of ozone, which decomposes almost all harmful organic emissions.
Photocatalysis
Substances oxidation on the catalyst surface under the influence of gentle ultraviolet radiation of range A (with a wave lenght up to 400 nanometres)
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Technologies used for air purification
Membrane cleaning
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Adsorption
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Water filtration
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Oxide catalysis
Decarbonization based on MOF
The technology is a mixture of oxides and dioxides. Dioxides are used to convert CO into carbon dioxide, protect the environment, clean exhaust-gases, etc.
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Electrostatic cleaning
The ionization of the polluting particles in the air flow with the following settlement/deposition of particles with the help of the electromagnetic field and their assembly in the device chamber
Ozonation
Environmentally friendly and safe purification technology based on the use of ozone, which decomposes almost all harmful organic emissions.
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Technologies used for air purification
Membrane cleaning
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Adsorption
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Water filtration
The technology is designed for integrated purification of industrial pollutants emissions, smoke, grease, suspended particles and toxic organic compounds.
Oxide catalysis
The technology is a mixture of oxides and dioxides. Dioxides are used to convert CO into carbon dioxide, protect the environment, clean exhaust-gases, etc.
Electrostatic cleaning
The ionization of the polluting particles in the air flow with the following settlement/deposition of particles with the help of the electromagnetic field and their assembly in the device chamber
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
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Technologies used for air purification
Membrane cleaning
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
Adsorption
The technology enables us to perform purification under high temperature and allows us to provide reusability of the released gases and substances.
Water filtration
The technology is designed for integrated purification of industrial pollutants emissions, smoke, grease, suspended particles and toxic organic compounds.
Oxide catalysis
The technology is a mixture of oxides and dioxides. Dioxides are used to convert CO into carbon dioxide, protect the environment, clean exhaust-gases, etc.
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
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Technologies used for air purification
Membrane cleaning
The technology enables us to perform purification under high temperature and allows us to provide reusability of the released gases and substances.
Adsorption
The technology enables us to perform purification under high temperature and allows us to provide reusability of the released gases and substances.
Water filtration
The technology is designed for integrated purification of industrial pollutants emissions, smoke, grease, suspended particles and toxic organic compounds.
Decarbonization based on MOF
We develop and manufacture innovative air purifiers that provide not only filtration, but also complete decomposition of harmful vapors
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Technologies used for air purification
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Membrane cleaning
The technology enables us to perform purification under high temperature and allows us to provide reusability of the released gases and substances.
Adsorption
The technology enables us to perform purification under high temperature and allows us to provide reusability of the released gases and substances.
Decarbonization based on MOF
The adsorbent for capturing, concentration and storage of CO2, which consists of a carrier with its oligomers containing amino groups, where metal-organic framework (MOFs) structure is used.
Technologies used for air purification
Membrane cleaning
The technology enables us to perform purification under high temperature and allows us to provide reusability of the released gases and substances.
Decarbonization based on MOF
The adsorbent for capturing, concentration and storage of CO2, which consists of a carrier with its oligomers containing amino groups, where metal-organic framework (MOFs) structure is used.
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Technologies used for air purification
Decarbonization based on MOF
The adsorbent for capturing, concentration and storage of CO2, which consists of a carrier with its oligomers containing amino groups, where metal-organic framework (MOFs) structure is used.
Photocatalysis
Substances oxidation on the catalyst surface under the influence of gentle ultraviolet radiation of range A (with a wave lenght up to 400 nanometres)
Along with the development of the industry, there is a constant increase in air pollution. Enterprises emit thousands of tons of dust, chemical compounds, and heavy metals into the air. If we calculate it, then for each inhabitant there are approximately 200 kilograms of "dirt" sprayed into the surrounding air — this is soot, sulfur dioxide, ammonia, carbon monoxide, benzpyrene, formaldehyde, nitrogen dioxide, hydrogen sulfide and other substances. As a rule, industrial enterprises are not equipped or not sufficiently equipped with efficient treatment plants.
Purification of combined-cycle emissions from industrial enterprises;
Cleaning the air of the working area;
Elimination of odors and bacteria in refrigerators and display cases;
Neutralization of emissions in spray booths;
Purification of air in offices and everyday life;
Purification of air from viruses and bacteria in public places (train stations, airports, schools, cinemas, cafes, etc.);
Poultry farming: ecological and sanitary treatment, odor removal, improvement of feed quality;
Fish sector: reduction of bacteria in the product, odor removal, extension of shelf life, sanitization of work areas;
Meat: Reduced microbial levels, least weight loss, extended shelf life;
Cereals: control of major insect and fungal diseases that cause the formation of carcinogenic mycotoxins;
Cheese aging: control of the growth of yeasts, bacteria and fungi that lead to the formation of molds and mycotoxins.
Purifies the air from organic impurities: alkanes (methane, isobutane), alkenes, methylacetylene-allene fraction (a mixture of allene and methylacetylene), acetaldehyde, as well as polymer pyrolysis products, toluene, isopropyl alcohol, ethyl alcohol, butanone-2, acetone, petroleum ether, ethyl acetatebenzene, xylene, toluene, ethyl acetate, formaldehyde, phenol, petrol, acetone and all others;
Purifies the air from odors (including urine, feces, tobacco smoke);
Purifies the air from the exhaust-gases of cars and products of combustion of gas stoves;
Purifies the air from bacteria (E.coli ATCC 25 922, S. aureus ATCC 25 923, P. aeruginosa ATCC 27 853, C. albicans ATCC 10 231, P. mirabilis ATCC 14 153), viruses, fungi, mold, allergens (anti-allergenic and anti-asmatic effect);
Purifies the air from the fumes of synthetic building materials (styrenes, phenols, formaldehydes, etc.) found in laminate, chipboard, fiberboard, siding, varnishes, paints, etc.
Installation options:
For exhaust ventilation (cleaning of emissions into the atmosphere);
For supply ventilation (cleaning the air from the street from harmful substances and bacteria);
Purification of the air of the working area in the administrative building and industrial premises.
Air ozonation is an environmentally friendly and safe purification technology based on the use of ozone gas. Ozone is a natural lowerful oxidizing agent, which in the process of decay eliminates microbes, bacteria, unpleasant odors and turns into ordinary atmospheric oxygen. Ozone is 1000 times more powerful than any chemical agent.
Ozone purification technology is able to quickly and completely disinfect indoor air, as well as walls, ceilings, furniture and other items without the use of chemical disinfectants.
As a result of ozonation, the concentration of toxic substances and pathogenic microflora decreases, odors are eliminated, people feel better, and morbidity decreases.
Air deodorization, including the elimination of long-stubborn odors;
Disinfection and sanitation of indoor air: removal of viruses, bacteria and microbes;
Removal of rot, mold;
Increasing the shelf life of agricultural and food products;
Demercurization (elimination of mercury vapor) of premises;
Removal of harmful toxic compounds in the air;
Getting rid of flies, cockroaches and other harmful insects;
Repelling and extermination of rodents.
Installation options:
For exhaust ventilation (cleaning of emissions into the atmosphere);
For supply ventilation (purifying the air from the street from harmful substances and bacteria);
Purification of the air of the working area in the administrative building and industrial premises.
Air purification systems in public catering places
For places of public catering, the problem of food smells and smoke that are thrown into a residential area is often relevant. Complaints from residents and close attention from supervisory authorities can make it impossible for the institution to work, as well as make it difficult to obtain a positive assessment of project documentation.
The only solution is to eliminate the very essence of the problem — to clean the exhaust air from smoke and unwanted smell.
The system makes it possible to equate the exhaust air of the kitchen with domestic emissions and exhaust air at ground floor level without causing inconvenience to people living or working in the neighborhood.
According to the norms in the premises for finishing confectionery products, the supply ventilation system must be carried out with an anti-dust and bactericidal (disinfecting) filter, which ensures the supply of clean air in this room. At the same time, in mechanical supply ventilation systems, it is recommended to provide for the purification of the supplied outside air. Also, according to the standards, the content of harmful substances in the air of industrial premises of shops or public catering enterprises should not exceed the maximum permissible concentration (MPC) of harmful substances. They may include dust of flour, sugar and other fine particles that enter the workshop air from the production area and can settle on the lungs of the enterprise personnel. For a comprehensive solution of these problems, an air disinfection and purification unit is built into the supply ventilation channel, which allows you to simultaneously meet all the requirements of the standards in terms of cleaning and disinfecting the air of confectionery shops.
Restaurants, cafes, canteens and other catering establishments often face the problem of food odors and smoke that are felt in the hall. To improve the quality of service and customer loyalty, it is necessary to properly organize smoke cleaning and ventilation in the restaurant hall.
Cleaning the air from odors and smoke in the restaurant hall can be organized using compact autonomous air purifiers. This solution is optimal in cases where the ventilation system of the restaurant does not provide for the possibility of integrating odor and smoke traps into it. If smoke filters are already placed in the ventilation of a cafe or restaurant, then compact air purifiers will increase their efficiency and increase the air exchange rate. This will create a comfortable environment and attract visitors.
Integrated air purification systems in livestock and poultry
About 100 types of microorganisms are noted in the atmospheric air, mostly non-pathogenic, highly resistant to drying, ultraviolet rays and other adverse environmental conditions. Pathogenic and conditionally pathogenic bacteria are quite rare. With an average speed of movement and high humidity, as well as clouds, bacteria larger than 5 microns in the direction of the wind can spread for tens of kilometers (30 km or more). This also applies to spore-bearing and other resistant pathogens of infectious diseases of farm animals that pose a threat to livestock farms and poultry farms. The concentration of a large number of animals in limited areas creates conditions for an increase in bacterial contamination. Studies have shown that the number of microorganisms in indoor air is 50−100 or more times greater than in atmospheric air. There is evidence that indicates a strong correlation between the health status of animals and the level of micro-organisms in the environment.
Сultivation and production of poultry meat;
Production of meat products from poultry;
Cultivation and production of cattle and pig farms;
Meat processing plants;
Dairy plants;
Butter and cheese production;
Confectionery factories;
Bactericidal cleaning during drying and drying of meat products and fish.
Official WHO statistics indicate that indoor air is up to 5 times dirtier than outdoor air. In addition to outdoor urban pollutants, our home is contaminated by the following pollutants: emissions from repairs (paint, glue), furniture, household appliances, aerosols, food, chemical emissions from detergents and cleaning products, undermaintained air conditioners, etc. If you live far from the city in nature, then you can simply ventilate your house more often. But what if you live in the city, and what’s the solution for the hot climate? According to statistics, we spend up to 90% of our time indoors! 90% of the time we poison ourselves with every breath!
We developed — iCLIMATE, an intelligent integrated air purification system, which turns the air at your home (office, hotel, etc.) into an ideal elixir of health comparable to the one of the Alpine mountains!
iCLIMATE is a complex integrated system that combines several technologies to create an ideal living environment. The system is designed to provide, maintain and control the following indoor parameters:
Purification from all volatile compounds of air pollution;
Cleaning from dust and solid suspended particles;
Purification from bacteria and viruses;
Odor removal;
Control and maintenance of a minimum level of carbon dioxide;
Control and maintenance of oxygen levels;
Control and maintenance of ideal humidity;
Control and maintenance of the ideal temperature.
iCLIMATE compared to a standard ventilation and air conditioning system has the following advantages:
Reduces all air pollutants (97 to 99%);
Reduces odors (97%);
Reduces bacteria and viruses (99%);
Maintains a stable temperature;
Maintains stable humidity;
Maintains ideal and stable CO2 and O2 values;
Saves energy (up to 40%).
The system does not only prevent the invasion of airborne pollutants. Proper maintaining of all the above parameters of the air directly affects the health of residents. An ideal microclimate, comparable to a pure mountain atmosphere, is created in the room. Therefore, the following health parameters are improved:
A good and sound sleep;
Reduction in fatigue;
Respiratory ease;
Improvement in psychological well-being.
All these factors enhance our nerve system and immunity and improve overall well-being. We can create air therapy inside your home!
The iCLIMATE system can be supplemented with the following modules:
Atmospheric Water Generator — reduces humidity in the air. Recommended in places with a humid climate and lack of drinking (clean) water;
Water filtration and mineralization system — we purify water and mineralize it. Additionally, it has a positive effect on health: improving the functioning of the gastrointestinal tract, improving skin and hair;
A system of solar modules for generating electricity and thermal collectors for heating water and air.
The system can be applied to residential, public, work, medical and other premises.
A modern city is a complex organism, penetrated by transport arteries. The problem of almost all large (and not only) cities is smog and exhaust gases, which are its components. Industrial emissions, car exhaust gases, chemical emissions, tiny particles from wheels and brake pads, and other components directly affect the environment and our health.
Our company together with our partner EXEL AIR TECH have developed various systems for air purification in cities and industrial zones: EXEL ACTIVE — is a stationary air purification system for installation in areas of increased urban pollution (traffic jams, intersections, parking lots, industrial zones, seaports, etc.).
EXEL ADAM — is a mobile system for installation on public transport for mobile air purification on city streets due to aerodynamics.