Dust suppression system for industrial facilities
Reducing air dustiness, protecting equipment and personnel.
Protecting the environment, compliance with ESG standards, and enhancing the company's reputation.
Form for industrial facilities
To get a consultation on our systems, please fill out the form with your contact information — a specialist will contact you within 24 hours.
Do you know that PM10 dust in workplaces poses a serious danger to most industries?
PM2.5 and PM10 dust containing heavy metals at industrial facilities poses a great danger. This dust, generated during loading, unloading, and production operations, can cause severe harm to health and the environment, and lead to premature wear and tear of equipment.
Furthermore, a company may face lawsuits and fines.
PM2.5 and PM10 dust containing heavy metals at industrial facilities poses a great danger. This dust, generated during loading, unloading, and production operations, can cause severe harm to health and the environment, and lead to premature wear and tear of equipment.
Furthermore, a company may face lawsuits and fines.
The best way to prevent dust spread is to install a dust suppression and misting system.
How dust is formed:
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Coal miningCoal dust is the main cause of corrosion in all underground mines. It is formed during the crushing and grinding of coal, which causes a chemical reaction with the air and creates an oxidizing environment. This leads to the corrosion of steel structures such as conveyors, galleries, chutes, and so on. -
Cement industryHarmful dust is formed in cement production as a result of blasting, cutting, grinding, crushing, and drilling. Such dust (with a diameter of less than 10 microns) can cause cancer, bronchitis, and asthma, as the particles bypass the filters of the nasopharynx and penetrate deep into the lungs. Therefore, cement plants must be located away from residential areas and implement technologies that prevent the spread of dust. -
Glass productionGlass production and processing involve the release of silica, which causes silicosis — an incurable respiratory disease. Workers must wear protective masks when working with furnaces, grinding, and cutting glass. -
Stone cutting and grindingDuring stone cutting or grinding, dust particles are released, which are especially dangerous when they contain crystalline quartz (silica). Inhaling such dust leads to silicosis, an incurable disease. Wearing masks is mandatory. -
Woodworking industryWoodworking generates exposure to fine wood dust (less than 10 microns), which easily penetrates deep into the lungs. This can lead to pneumoconiosis and asthma in workers. -
Construction industryThe use of sandblasting equipment to remove paint from metal structures generates high concentrations of fine dust containing hazardous particles, such as iron oxide (rust). These particles easily penetrate the lungs and can cause diseases such as silicosis, emphysema, and bronchitis. Paint containing lead should be removed mechanically before sandblasting, as lead fumes and dust are extremely toxic.
The principle of operation of a high-pressure misting system
The main unit purifies water and supplies it under a pressure of 4–6 MPa. Through special nozzles, the water flow changes speed and distribution across the jet cross-section, causing large droplets to break up into tiny particles.
Under the influence of aerodynamic forces, these particles further split into countless droplets with a diameter of 10–20 microns, forming a “fine mist.” A single mist particle can absorb up to 60 dust particles, preventing their spread.
This mist remains suspended in the air, capturing dust particles and converting water from liquid to gaseous state, increasing air humidity and effectively purifying it.
The main unit purifies water and supplies it under a pressure of 4–6 MPa. Through special nozzles, the water flow changes speed and distribution across the jet cross-section, causing large droplets to break up into tiny particles.
Under the influence of aerodynamic forces, these particles further split into countless droplets with a diameter of 10–20 microns, forming a “fine mist.” A single mist particle can absorb up to 60 dust particles, preventing their spread.
This mist remains suspended in the air, capturing dust particles and converting water from liquid to gaseous state, increasing air humidity and effectively purifying it.
Composition of the misting system
Main components:
Main components:
- High-pressure compressor
- Next-generation nozzle with a built-in filtration system and a rotating head
- Filtration system: three-stage filtration or fine stainless-steel filtration
System — "Flying Eagle Dust Reduction"
Dust suppression, environmental control
The Flying Eagle system is widely used in raw material warehouses, factory workshops, road network areas, near stations and ports, coal mines, mining enterprises, as well as in enclosed production facilities.
The system supports configuration of up to 9 time intervals per day and can be controlled via a mobile device. It does not require constant operator presence.
The intelligent platform is equipped with notifications for filter replacement, oil changes, and other consumables.
The system supports configuration of up to 9 time intervals per day and can be controlled via a mobile device. It does not require constant operator presence.
The intelligent platform is equipped with notifications for filter replacement, oil changes, and other consumables.
According to test results and practical application, the Flying Eagle system can effectively reduce airborne dust concentration in an area by 80%–90%.
It generates a large number of micron-sized water droplets that adsorb dust particles in the air, providing a significant dust suppression effect, especially in large open spaces.
Depending on specific requirements, the system can be individually programmed and configured for different operating modes.
It generates a large number of micron-sized water droplets that adsorb dust particles in the air, providing a significant dust suppression effect, especially in large open spaces.
Depending on specific requirements, the system can be individually programmed and configured for different operating modes.
Advantages of misting systems
The misting system has proven itself as a reliable dust suppression method. Its advantages include:
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Ease of useThe droplet size of the mist is approximately 10–20 microns (0.01–0.02 mm), which is smaller than in most other methods — for example, with water cannons or sprinkling, which can actually raise dust back into the air. This reduces labor costs, as the system does not require constant personnel involvement — unlike traditional methods, where two people must operate each nozzle and simultaneously monitor the process. -
SafetyThe water used in the system is safe for people and the environment. The fine droplet size reduces splashing on workers or nearby objects. Compared to methods such as rough cleaning or mechanical sweeping, there is no eye irritation and no health risks, since operators do not come into contact with toxic substances (such as chlorine-based bleaches, ammonia, hydrochloric acid, boron minerals, etc.) that are sometimes used for dust suppression. -
DurabilityThe design of our systems allows them to operate continuously for several years with minimal maintenance costs, unlike mechanical systems. Stainless-steel nozzles with swivel joints ensure easy servicing. -
EfficiencyDust suppression through misting achieves results that are difficult to reach with other methods. The system reduces dust levels and creates comfortable working conditions. The effect becomes noticeable within just a few minutes or hours after activation (depending on weather conditions). -
Low water consumptionThe system provides optimal pressure across the entire spray height, allowing coverage of areas from 500 to 4,000 m². Water consumption is adjustable from 100 to 1,600 kg/h depending on the task. At the same time, hourly water usage can be as low as 2.5 liters per nozzle — significantly lower than that of standard systems. -
Minimal maintenance costsAfter installation, the system requires very little maintenance and has fewer components than most types of dust suppression equipment. There are no meshes, hoses, or complex fittings as in watering machines. -
Low operating costsMisting systems operate more economically than, for example, spraying with lime or water. The fine droplets do not wet or damage equipment, tools, or materials, allowing work to continue without delays. -
Unlimited scope of applicationThe systems can be used both indoors and outdoors, providing flexibility and minimizing work interruptions. -
Instant resultsWhile other methods may require up to 24 hours for the air to clear, with a misting system the results are visible in less than an hour. -
No residual contaminationUnlike chemical dust suppressants, the system leaves no residue that could damage equipment or cause malfunctions.
System installation
The installation of a misting system is a complex process that requires expertise. The best option is to turn to professionals. Our company has been designing and installing such systems for over 10 years, providing fast, efficient, and high-quality results for both private and commercial facilities.
The installation of a misting system is a complex process that requires expertise. The best option is to turn to professionals. Our company has been designing and installing such systems for over 10 years, providing fast, efficient, and high-quality results for both private and commercial facilities.
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Fill out the form to get a consultation.
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Contact the company
To receive a consultation on the systems, please fill out the form with your contact details — a specialist will contact you within 24 hours.