High pressure misting systems provide efficient and precise climate control for greenhouses by optimizing temperature and humidity levels

High pressure misting systems provide efficient and precise climate control for greenhouses by optimizing temperature and humidity levels.

High pressure misting systems are modern solutions based on evaporative cooling, used to reduce ambient temperature, control humidity, and suppress dust. These systems atomize water into micron sized droplets, enabling rapid evaporation and effective cooling without creating wet surfaces.

Thanks to their energy efficiency and environmentally friendly design, they are widely preferred across many industries.

Operating Principle
The system delivers water to the nozzles via a high pressure pump operating at 50–100 bar or higher. The nozzles atomize the water into droplets ranging from 5 to 20 microns and spray them into the environment.

These droplets:

• Evaporate rapidly in the air
• Absorb heat from the surroundings
• Significantly reduce the perceived temperature

Do not cause wetness when the system is properly designed

System Components

• High pressure pump
• Stainless steel or sapphire tip nozzles
• Multi stage filtration unit
• High pressure resistant piping and hoses
• Anti drip systems
• Automatic control unit and timer
• Temperature and humidity sensors optional

Advantages

• Reduces ambient temperature by up to 8–12 °C
• Does not create wetness
• Low water and energy consumption
• Quiet and aesthetically pleasing operation
• Modular and expandable structure
• Contributes to dust odor and pest control

Areas of Use
High pressure misting systems have a wide range of applications:

• Outdoor areas of cafés and restaurants
• Parks and gardens
• Greenhouses
• Animal barns and poultry houses
• Industrial outdoor areas
• Construction sites and dust suppression applications
• Warehouses and logistics areas

Design Considerations

• Nozzle micron size and spacing
• Pump capacity and pressure rating
• Water quality and filtration
• Wind and environmental conditions
• Humidity control and automation
• Maintenance and service accessibility
• Incorrect design can lead to dripping insufficient cooling and high operating costs.

Conclusion
High pressure misting systems provide effective economical and environmentally friendly cooling solutions for open and semi open spaces. Maximum efficiency is achieved through proper equipment selection and professional system design.

In the face of rising temperatures and increasing energy costs high pressure misting systems stand out as one of the most efficient alternatives among modern cooling technologies.