Facility managers of public buildings are faced with ever more stringent legislation in order to minimize health risks such as legionella and toxic gases. Indoor Air Quality is monitored by testing the level of relative humidity and CO2 in the indoor air. In some cases, also the number of particles in the air is counted, to test for so-called ‘fine dust’.

• CO2. High levels of CO2 in schools have proven to lower the concentration level of the students
• Air Quality. In extreme cases and in high-care environments such as hospitals, poor Indoor Air Quality increase the level of nausea
• Fine Dust. High numbers of fine-dust particles will heavily impact asthmatic patients, and can trigger healthy people to have uncomfortable reactions.
• Fully Automated. Fully automated monitoring systems enable compliance with new legislation in an easy and cost-efficient manner and help to cut energy costs.

Controlling health risks in facilities

A healthy climate has a good balance in temperature, relative humidity and carbon dioxide. When this balance is tested and controlled properly, the high Indoor Air Quality results in lower health risks.

• Permanent monitoring – in an easy and cost-effective manner. Carrying out measurements manually is a labor-intensive and time-consuming activity. Using sensors throughout the building allows permanent monitoring of crucial parameters in an easy and cost-efficient manner. Fully automated, and always correct.
• Act before it’s too late – not after the fact. Periodical measurements can only provide information after the fact, when health risks and energy waste have already occurred. Our systems alert you instantly of any deviations via SMS or email, enabling immediate action.
• Permanent monitoring these critical parameters by means of wireless temperature, humidity and CO2 sensors offers immediate management information. Remote alerts can trigger proactive actions to ensure an optimal Indoor Air Quality and overall climate.