Hallenbad Einbeck

Textile-based ventilation has significantly improved the indoor climate at Hallenbad Einbeck by ensuring a more even and controlled air distribution. In general, in swimming pools, air quality is particularly challenged by high humidity, temperature differences and the presence of chlorine-containing by-products such as chloramines. These conditions place great demands on the ventilation solution.

With textile ducts, air is distributed uniformly over the entire residence zone via perforations or micro-nozzles, reducing drafts and cold zones. The smooth injection reduces the risk of condensation on glass sections and structures and at the same time contributes to a more stable temperature and moisture balance in the room.

A major improvement is the reduction of chlorine and odor nuisances. By precisely controlling air flows across the water surface and in the living zone, polluted air is removed more efficiently, providing a healthier and more comfortable environment for both guests and staff.

In addition, textile-based ventilation systems have proven more resistant to the corrosive environment of swimming pools compared to traditional steel ducts. It provides longer service life, lower maintenance costs and more stable operation. All this has been solved today at Hallenbad Einbeck and today you experience a significantly better indoor climate for both the visitors and the swimming pool staff.

Overall, textile-based ventilation has contributed to:

• Improved air quality
• Reduced condensation and moisture damage
• Less drag and better thermal comfort
• Lower energy consumption by optimised air distribution
• Increased service life of the ventilation system

The result is a healthier, more comfortable and more reliable indoor climate in the swimming pool.

‍