Barn cooling and humidity control.

In summer barns overheat quickly, especially with higher stocking density, poor airflow or buildings with high solar load. High temperatures cause heat stress, reduced animal welfare, lower activity, more restlessness and falling productivity. In dairy cows milk yield can fall, in poultry the risk of death rises, and in pigs heat heavily burdens the animals, especially in farrowing houses. Adiabatic cooling with a misting system helps lower the barn temperature and create more stable conditions for the animals.

The system disperses water as a very fine fog. As the tiny droplets evaporate they absorb heat from the air, so the temperature drops naturally. If correctly installed and controlled, the fog evaporates in the air without wetting animals, feed, litter or equipment. It is an efficient way to cool large agricultural buildings where conventional air conditioning is often impractical or uneconomical.

With correct design, no. The system must be positioned so the fog is dispersed in the right zone, at the right height and in the right amount. The aim is not to wet animals or surfaces but to create a fine fog that evaporates in the air and lowers the temperature. That is why the barn, airflow, building height, animal layout, feeders, lying areas and ventilation are assessed before installation.

For dairy cows heat stress is one of the main reasons for a drop in milk yield in summer. When animals are too hot they eat less, spend more energy cooling their bodies and struggle to maintain normal milk production. A misting system helps lower the temperature and improve cow comfort, so yield can stay more stable even in hot periods. With well-designed systems the investment can pay off quickly, especially where summer heat strongly affects milk production.

Yes. In bulls heat can cause restlessness, irritability and stressful behaviour. Controlled cooling helps create a calmer environment, which has a positive effect on the animals and on work in the barn. Besides cooling, the added humidity also helps on slatted floors, reducing excessive drying and caking of dirt. This eases maintenance and contributes to a tidier barn.

Poultry are very sensitive to heat stress. At high temperatures activity decreases, the organism is under more strain and in extreme conditions mortality can rise. A misting system helps lower the temperature in the building and improve conditions for the animals. Correct cooling can reduce the risk of heat stress, improve flock welfare and support more stable rearing on hot summer days.

Yes, especially in rooms where heat is the biggest problem. It is very useful in farrowing houses, where a comfortable environment for sows and piglets is needed. Pigs release heat less easily, so they are quickly burdened by heat. Correct cooling reduces heat stress, improves welfare and creates healthier conditions. The system must be adapted to individual zones, as sows and piglets can have different temperature needs.

Yes — with properly controlled cooling, restlessness, irritability and stressful behaviour often decrease. When the temperature is not too high and the air is more pleasant, animals rest and feed more easily and keep their natural behaviour. Less stress means better welfare, more stable health and better conditions for productivity.

Yes. A better microclimate benefits not only the animals but also the people working in the barn. Lower temperature, less dust, fewer insects and a fresher feel improve working conditions. Working in a hot, dusty barn is demanding, so the system can significantly contribute to greater safety, comfort and efficiency for workers.

The fine water fog binds to dust particles in the air, increases their mass and helps them settle faster. Dust in barns often comes from litter, feed, dry material, animal movement and work with equipment. By reducing airborne dust the air is cleaner, the respiratory load on animals and people is lower, and the environment is more pleasant for work and rearing.

Misting can help reduce the presence of insects or drive them away from the zones where the system operates. The fine fog, better air control and the option of periodic operation can create an environment that is less favourable to insects. This further adds to the comfort of animals and workers, especially in summer when insects are most troublesome in barns.

Yes. Besides cooling, the system can also be used to control relative humidity in enclosed agricultural buildings. This is useful where the air is too dry, where a lot of dust rises, or where more stable conditions must be maintained for animals, plants, feed or stored materials. The system can be controlled by humidity sensors, so it only operates when needed.

Yes. In greenhouses, controlling temperature and humidity is key for plant growth, crop quality and stable conditions. A misting system can help lower the temperature, raise relative humidity and reduce plant stress in hot periods. In greenhouses it is important to coordinate the system with ventilation, shading, irrigation and the type of plants.

Yes, the misting system can also be used for periodic disinfection of the building when it is properly designed for this and appropriate agents are used in line with the manufacturer's instructions and the requirements of the operation. This can be useful for better hygiene in barns, poultry buildings, pig farms and other agricultural spaces. During disinfection it is important to consider the safety of animals, people and equipment and the prescribed procedures.

Yes. Professional misting systems can be controlled automatically according to temperature, relative humidity, schedules, ventilation or the needs of the individual building. This means the system does not run by feel but according to the actual conditions in the barn. Automatic control prevents over-wetting, reduces water consumption and ensures a more even effect.

The effect depends on outdoor temperature, relative humidity, ventilation, barn size, mounting height, the number of nozzles and the control method. In hot, dry conditions the effect is greater; in very humid conditions it is smaller. That is why a site visit is important to assess on location what result can realistically be expected.

Yes. Adiabatic cooling uses significantly less energy than conventional cooling of large agricultural buildings, as it works with water, a high-pressure pump, nozzles and automation. The system is particularly sensible where larger areas, animals or work zones need cooling, rather than enclosing and air-conditioning the whole building.

In buildings where heat directly affects animal productivity the investment can pay off very quickly. For dairy cows the main effect is more stable milk yield in summer, for poultry a reduced risk of mortality from heat stress, and for pigs better conditions in critical rooms such as farrowing houses. The actual payback period depends on building size, animal numbers, summer losses and the chosen solution.

Before installation we check the size and height of the building, ventilation, animal layout, type of operation, feeders, lying areas, litter, existing equipment, water supply, water quality, electrical connection and the goal of the system. The goal can be cooling, humidity control, dust reduction, disinfection or a combination of effects. Based on the site visit the correct placement of nozzles, pump, filters, control and pipework is determined.

Every barn, greenhouse or agricultural building has different conditions. Height, ventilation, animal type, stocking density, heat load, dust, humidity and the way of working all differ. So a one-size-fits-all solution is not the best choice. A site visit assesses the actual situation and produces a system tailored to the farm's specific needs. This achieves a better effect, safer operation and better long-term value of the investment.

The system is suitable for dairy and bull barns, pig farms, poultry farms, farrowing houses, greenhouses, feed stores and other enclosed or semi-open agricultural buildings. It can be used for cooling, humidity control, dust reduction, microclimate improvement, supporting disinfection and better conditions for animals and people.

The main advantage is that one system can address several problems at once: heat stress, dry air, dust, insects, reduced animal welfare and harder working conditions for people. A properly designed system helps create a healthier, calmer and more productive environment for animals and a more pleasant one for work on the farm.

The first step is to request a site visit. During the visit the actual conditions, animal needs, existing ventilation, problem zones and installation options are checked. On this basis a professionally tailored proposal is prepared for the specific barn, farm, greenhouse or other agricultural building.