Innovations to reduce energy demand and emissions in health sciences facilities are proliferating. It may be better to repurpose and retrofit an existing building rather than build new.

A critical environment such as a health sciences building will often require 100% per cent outdoor air, with a full change over of internal air volume, up to 15 times per hour during normal operation.

A huge amount of air is expended by ventilation systems in heating, cooling, humidifying, dehumidifying, filtering, distributing, supplying and expelling air.

Drawdown Energy By 50%

Aircuity technology can now run most critical environments safely with just two air changes per hour on average.

[98% of the time air quality is clean. It’s only a small amount of time that you actually need to increase airflow to purge the lab and keep it clean.]


Aircuity’s technology saves energy while maintaining personnel safety in the indoor environment, so that it adheres to strict safety standards for air quality, thermal comfort and airflow.

Continuous monitoring of the lab environment provides data 24/7.

First Step – Assessment

Energy Analysis and ROI Tool

First used to evaluate energy & first cost impact of demand based control. Over last 5 years it has evolved into a general purpose lab energy savings & first cost impact analysis tool.

The Aircuity financial tool is recognised by the International Institute of Sustainable Laboratories I2SL.

The tool is unique in its focus on ventilation systems that dominate energy use in laboratories.

Send your project requirements to John Penny email support@viscon-systems.com.au

Aircuity’s multiplex sensor network