Central air monitoring for universities

Air change is essential to the health and safety of everyone across your campus. Energy efficiency is critical to your bottom line. Having both at the same time has always been a challenging tradeoff. Until now.

Capture energy savings across campus

A differential CO2 based demand-controlled ventilation strategy has proven to cancel sensor drift and save upwards of 20% of ventilation energy.

Safely reduce air change rates in labs

Leveraging real-time data from chemical and air-quality sensors, our solution ensures peak airflow when it’s necessary and conserves energy when it's not. Safely reduce lab air change rates to as low as 2 ACH.

Stay ahead of the latest standards

Measure and verify contaminant levels—whether in a laboratory, classroom, or other space on campus. It's the easiest way to align with ASHRAE and ANSI guidelines for energy savings and support broader sustainability goals.

Commonly Sensed Points

NH₃
CO₂
CO
DP
CH₂O
NO₂
PM2.5
R-410a, R-32, R-454B
TVOC
TVOC (PID)

Demand-Based Control for Critical Environments

For dynamic control in critical environments, AntrumX provides true differential measurement—enabling laboratories to optimize ACH for both safety and energy savings.

Chemical-Monitored Exhaust

AntrumX supports ANSI Z9.5 guidance by minimizing bypass air and optimizing fan stack velocity—using real-time data to deliver safe, information-based dilution ventilation.

CO2-Based DCV

Ideal for demand-controlled ventilation, AntrumX replaces 16 space-mounted sensors with a single sensor—delivering reliable data, better control, and a healthier, more sustainable indoor environment.

Centralized Dewpoint Monitoring

Ideal for chilled-beam applications, AntrumX continuously monitors space dewpoint in active and passive beam systems to help prevent condensation—aligned with ASHRAE Beam Application Design Guide recommendations.