Energy-efficient dehumidification in all climates
With Airwatergreen products, you can lower your operating costs by avoiding moisture damage while also reducing unnecessary heating!
Dehumidification for water and wastewater
The infrastructure for drinking water and wastewater management is socially critical, featuring buildings located both above and below ground.
Infrastructure investments are substantial, and ongoing maintenance is costly, with moisture damage acting as a major cost driver. Pipes, buildings, instruments, and other equipment are exposed to corrosion and bacterial growth. In parts, this is a harsh environment!
Why choose Airwatergreen?
Our products are exceptionally well-suited as they consume minimal energy and remain equally efficient even at low temperatures—the typical operating temperatures found in water and wastewater facilities. This makes it possible to lower electricity consumption by reducing unnecessary heating while maintaining a proper climate by removing moisture from the air.
Airwatergreen products are very easy to install as they do not require any complex routing of ventilation ducts. Dry air and water are produced on-site.
It is also easy to connect all our products for remote monitoring.
The products are built for the harsh environments often found in water and wastewater facilities. With hundreds of installations, we possess extensive experience in creating successful installations within the water and wastewater sector.
Drinking Water
- Water treatment plants; Pipe galleries, filter rooms, polymer rooms, staff rooms, and other areas as well as storage rooms. All facing moisture challenges and cold surfaces that can generate condensation.
- Booster stations with cold pipe surfaces where dew point control is recommended
- Water reservoirs
Wastewater treatment
- Sewage treatment plants; Pipe galleries, filter rooms, surge shafts, staff rooms, and other areas as well as storage rooms. All with moisture challenges and a risk of mold and bacterial growth.
- Pumping stations; Above and below ground. With or without challenges from hydrogen sulfide.