Dehumidification in ice rinks
Dehumidification in ice rinks often incurs high costs due to significant electricity consumption.
Customized dehumidification technology for ice rinks
The need for dehumidification varies significantly throughout the season, which means dehumidification systems are often dimensioned based on peak demand. This results in unnecessarily high energy consumption even during periods when the dehumidification demand is lower.
Our solution: With Airwatergreen dehumidifiers, it is possible to lower energy consumption because our units require less energy per kg of water extracted from the air. The dehumidifiers remain equally efficient even at low temperatures.
Our NEXT dehumidifier NEXT uniquely low energy consumption and can handle an air flow of up to 10,000 m3/h. It also has a turbo function that can double its capacity for a period of time to handle incoming humid air.
REX requires less than half the energy to remove the same amount of water from the air compared to traditional desiccant dehumidification. The airflow is 1,000 m3/h, and REX is equally efficient across all temperatures and humidity levels!
Product selection
The dehumidification requirement depends on the moisture load in the space, which can be estimated through calculation.
NEXT has uniquely low energy consumption and can reduce up to 500 kg of water per day with an air flow of up to 10,000 m3/h. The dehumidifier has the same capacity even at low temperatures, making it suitable for this type of installation.
In addition, there is a built-in turbo function that can double the capacity for a period to handle incoming humid air.
REX has an airflow capacity of 1,000 m3/h and is easy to position. If necessary, multiple units can be placed in various locations within the space depending on the moisture load. REX is equally efficient at low temperatures.
NEXT & REXcan be connected to existing monitoring systems via Modbus.
Do you have a moisture problem in your facility?
Tell us about your environment. We will help you understand the problem and find the right solution.