Solutions

Built for buildings where ventilation is the expensive part.

Clever Air Care has the greatest impact where occupancy is high, operating hours are long, and outdoor air is being conditioned in large volumes to hold CO₂ down.

Building types

Offices

Dense meeting rooms and peak-hour occupancy driving oversized ventilation.

Hotels

Guests pay for comfort — savings cannot come from running the system less.

Schools & universities

CO₂ levels affect concentration; Frisse Scholen sets clear IAQ expectations.

Theatres & cinemas

Very high occupancy in short bursts, with large ventilation swings.

Shopping centres

Long operating hours and large conditioned volumes.

Public & healthcare buildings

Strict air-quality requirements alongside energy-performance obligations.

What changes in your building

01

Air quality people notice

CO₂ is controlled continuously rather than diluted on a schedule, so meeting rooms, auditoria and guest floors stay comfortable through peak occupancy.

MeasuredClass A indoor air quality maintained at TEMA Fine Food.
02

Lower ventilation energy demand

Less outdoor air means less heating, less cooling and less fan power — the three loads that dominate ventilation energy in high-occupancy buildings.

EXTRACTED MEASUREMENTUp to 15% lower total building energy use.
03

Upgrade the building you already have

The system is added to an existing air-handling unit in the technical room. No new ductwork through occupied floors, no full HVAC replacement.

MeasuredRetrofitted into a live air-handling unit at SPIE, Elsloo.
04

Regenerative, not consumable

The CO₂ filter regenerates continuously during operation instead of being replaced — so there's no consumable to stock, swap, or dispose of. In a typical office building, running roughly 260 cycles per year, that's a filter-life economic period of over 11 years — with only a 5% drop in performance across the entire span.

LaboratoryDesigned for continuous duty without filter-media replacement.

Answers by role

Building owner / asset manager

“Why should I spend money on this?”

Ventilation energy is one of the few HVAC loads you can reduce without touching tenant comfort. The assessment quantifies the reduction for your building and documents it against a measured baseline, so the case is defensible rather than promotional.

Facility manager

“Will this work with my existing building?”

The system is installed in the technical room into an existing air-handling unit, planned around your operating schedule. The filter is regenerative, so it adds no consumable to your maintenance regime.

HVAC engineer / consultant

“Does the engineering make sense?”

CO₂ separation with a regenerative sorbent stage, sensor-driven outdoor-air trim against a CO₂ setpoint, and a hard fresh-air floor of 24 m³/person/hour. Setpoints and status are exposed to the BMS.

Sustainability / energy manager

“Can the impact be measured and defended?”

Pre- and post-installation measurement of CO₂, airflow and HVAC energy. Published figures carry an explicit evidence level so modelled and measured results are never conflated.

CFO / decision maker

“What is the financial value, and what do I do next?”

Lower ventilation-related operating cost, and a route to improving building energy performance without a full HVAC replacement. The next step is a building assessment, at no obligation.

Next step

Find out what your building could save

A building assessment shows whether maxairea Clever Air Care product suits your property, what outdoor-air reduction is realistic, and what the installation involves — before you commit to anything.

A free assessment shows whether Maxairea suits your building, what outdoor-air reduction is realistic, and what installation involves — before you commit.