FAQs

When you maintain optimal vapor-pressure deficit (VPD), your plants experience less stress, enjoy better nutrient uptake, and develop roots faster. This helps you produce more and better quality plants.

MeeFog high-pressure fogging system works in any greenhouse, from small propagation houses to large commercial facilities that need precise humidity and temperature control. Please reach out to our sales team for a detailed quote.

Our lab humidifiers use a fraction of the energy required by steam systems. The adiabatic process adds humidity while providing evaporative cooling, reducing chiller load. For facilities focused on energy reduction, this dual effect supports sustainability objectives, lowers utility costs, and extends HVAC system life.

Yes, you can install our lab humidification systems in new buildings or retrofit them into existing HVAC systems. The fog manifolds mount directly inside air handling units or ducts, requiring minimal space. It’s highly flexible and a suitable upgrade for labs looking to improve humidity control without major mechanical changes.

Our lab humidifier systems are designed for low maintenance. The pumps operate with clean, filtered water, and stainless-steel components resist corrosion.

Routine visual checks, filter changes, and periodic nozzle inspections are typically all that is needed. The modular design also means easy servicing without system downtime, which is a plus for facilities operating around the clock.

MeeFog lab humidification systems use advanced high-pressure pumps and fine nozzles to create ultra-fine droplets that evaporate. This design provides accurate humidity control with rapid response to changes in outdoor air temperature or ventilation rates.

Each system can modulate output to maintain consistent levels within tight tolerances, keeping humidity in the ideal 40–60% range for sensitive lab environments.

Upstream systems manage unevaporated water with a fog droplet eliminator or waterproof filters, preventing bulk moisture carryover into the filtration section. A drain water flow of ~10–20% can also be routed back to a raw water tank (in applicable designs).

MeeFog Nozzles create droplets less than 10 micrometers, about one-tenth the diameter of a human hair. The small size promotes fast evaporation and uniform cooling before the air enters the compressor.

The gas turbine inlet air cooling system helps reduce NOx emissions by up to 30% and lowers CO2 output per kilowatt of energy produced.