GREENHOUSE HUMIDIFICATION AND FOGGING (FOG) SYSTEMS

For healthy plant development in greenhouses, not only irrigation and heating but also the ideal humidity level is critically important. During the hot summer months, Humidification and Fogging Systems are used to regulate the internal climate of greenhouses and prevent yield loss.

WHAT IS A GREENHOUSE HUMIDIFICATION SYSTEM?

Greenhouse Humidification Systems meet the increasing humidity demand as temperatures rise, preventing plants from going under stress. Thanks to this system, plants receive necessary moisture without getting wet, and the relative humidity of the environment is balanced.

Working Principle

• High-pressure fogging nozzles used in the system convert water into micron-sized droplets.
• These droplets are sprayed into the greenhouse, evaporate, and draw heat from the surrounding air.
• As a result, temperature drops of up to 15°C can be achieved inside the greenhouse.
• At the same time, the relative humidity is increased to create an ideal microclimate for the plants.

In fogging, evaporation of 1 kg of water absorbs approximately 600 kcal/h of heat, thus passively reducing the air temperature.

System Components.

• High-Pressure Fogging Pumps (70 – 120 bar)
• Fogging Nozzles
• Circulation Fans
• Ventilation Control Systems
• Climate Automation System (controllable via mobile devices and computers)

These components work integrated with climate control automation to create an automatic, controlled, and balanced climate inside the greenhouse.

Fogging (FOG) System

The fogging system is a passive climate control method aimed at cooling the greenhouse through evaporation. It works with high efficiency especially in dry climates.

• Based on the principle of Evaporative Cooling
• Provides rapid evaporation by micronizing water
• Does not leave water marks on leaves while cooling

Usage Areas

Offers the ability for quick response to rapidly changing weather conditions in the greenhouse environment. Thus, plants do not undergo stress and maximum yield is achieved.

• Glass and plastic-covered greenhouses
• Animal shelters
• Open area cooling systems (cafes, restaurants, social spaces, etc.)