Experience the efficiency
of NEXT dehumidifiers
Try NEXT in your business and discover how it can help you save energy and reduce moisture-related problems.
Benefits of testing NEXT
- Energy savings of up to 70%.
Reduce your operating costs with our patented technology.
- Quick and easy installation
NEXT installs without fuss and is ready to use straight away.
- Real-time assessment of your needs
Get data and insights on moisture management in your premises.
Book a consultation with our expert
We’d be happy to tell you more about NEXT and how we have successfully helped other customers with their moisture challenges.
We want to understand your specific needs and discuss possible solutions that fit your business.
Fill in your contact details and we will contact you to find a time that fits your schedule for a call.
Case study: Brewing industry
Production and storage of beer, Spain
"The results were so positive that the production plant will be equipped with 7 NEXT dehumidifiers by the end of 2024."
Background
For a large part of the year, humid air enters the refrigerated premises used for the production and storage of beer at the various stages of production. Moisture condenses on cold surfaces and can lead to corrosion, mold and even slipping accidents.
Therefore, it is good to remove the water from the air with a dehumidifier that works efficiently at the low temperatures of a cold store where the cold surfaces are kept at 3-4°C.
Airwatergreen approach
A test was carried out with 2 NEXT to assess the moisture load in the premises. How much moisture was generated inside the premises and how much moisture penetrates from outside.
This is to assess the actual capacity needs.
result
Based on this verification, additional NEXT machines were installed for a total of 7, distributed on the two premises. The NEXT machines are controlled based on data from external dew point sensors and now maintain an optimal climate to avoid condensation on the cold surfaces of the tanks.
Previously, a number of desiccant dehumidifiers were used, which meant very high energy consumption. In the production room, condensation on the cold surfaces can now be avoided at a drastically lower energy consumption.
