FAQs

Medical device facilities and other ESD-sensitive environments require stable humidity to prevent static discharge and protect sensitive equipment. MeeFog lab humidifiers use high-pressure fogging to maintain optimal humidity levels. This is critical for regulatory compliance, production consistency, and safe operation of sensitive electronics in your labs and manufacturing facilities.

Labs often operate with 100% outside air, creating a large humidification demand for accurate results and safe handling of sensitive materials. Without proper humidity control, labs face issues such as electrostatic discharge (ESD), compromised experiments, and poor indoor air quality.

MeeFog lab humidification systems offer precise, energy-efficient humidification while lowering HVAC energy consumption, making them perfect for such environments. Proper humidification, often within the 40–60% range, is critical for maintaining research integrity and lab safety.

Yes. Because MeeFog systems dramatically reduce energy consumption and support indoor air quality standards, they contribute to LEED points and align with campus sustainability initiatives. Iowa State University’s use of MeeFog in its LEED Gold-certified Hach Hall is a prime example of how fog humidification supports green building goals.

MeeFog systems help maintain the recommended 40–55% RH to protect books, paper, and bindings from drying, cracking, or degrading. At the same time, stable humidity reduces static buildup and supports better air quality, making libraries and archives healthier environments for staff and visitors.

Traditional steam humidifiers require large amounts of electricity or natural gas to boil water, driving up utility bills. MeeFog avoids boiling water entirely, instead using adiabatic fog humidification. On average, MeeFog uses 1/10th the energy of steam systems, making it the more sustainable choice for universities and schools focused on energy efficiency and environmental responsibility.

Hach Hall, the first LEED Gold-certified chemistry building in the U.S., needed an efficient way to humidify labs served by 100% outside air. MeeFog was chosen because it improved indoor air quality in winter, cut energy costs, and integrated seamlessly with Johnson Controls Metasys automation. The system cost $107,000 annually, saving $30,000 compared to a gas boiler system, while also ensuring 100% availability with a backup pump.

MeeFog systems consume a fraction of the energy required by steam humidifiers. Instead of using electricity or gas to boil water, MeeFog relies on a small high-pressure pump and a low-grade heat source (like a hot water loop) to create fine fog droplets that evaporate efficiently. This design allows schools and universities to cut energy costs by 50–80%compared to steam systems while meeting indoor air quality requirements.

Universities and libraries include diverse environments such as classrooms, lecture halls, study areas, and archives—each of which benefits from stable humidity. Stable humidity in educational environments helps maintain comfort, concentration, and health for students and staff. Low humidity can increase virus transmission, cause discomfort and fatigue, and damage books, paper, and archives. The recommended relative humidity (RH) range is 40–55%, which supports both wellness and preservation of valuable collections.

Most facilities see payback within 1–3 years due to energy savings, reduced maintenance, and elimination of steam boilers. The NC Museum of Art’s installation not only delivered measurable savings but also simplified their HVAC system, proving that MeeFog provides both financial and operational ROI.