Multi-Purpose Sports Hall: Antalya Industrial Park, Turkey
MULTI-PURPOSE AIR DISTRIBUTION TECHNOLOGY FOR MULTI-PURPOSE SPORTS FACILITIES
Newly built Antalya Industrial Park Sports Hall achieved perfect comfort, with no hot or cold spots with fabric air ducting technology.
- Antalya Industrial Park, Antalya, Turkey
Built in 2020 on the campus of Technical college, the new sports hall of Antalya Industrial Park hosts up to 450 spectators. The hall was designed primarily for the use of college students, and other clubs or institutions in the region.
The facility will be hosting various events where the number of visitors and athletes will vary. The multi-purpose sports center has a playground, a climbing wall, and an audience section, all of which have different air dispersion needs.
We delivered a tailored solution consisting of two different air dispersion systems. For the playground, by utilizing Combi 70 permeable fabric and JetFlow™ we provided the highest air comfort to athletes.
For the spectators' area, we used NozzFlow™, which distributes air at lower speeds than jet nozzles to provide high comfort for the audiences. The air volume is 36,000 m3/h dispersed at extremely low velocities, which prevents uncomfortable drafts.
Fabric air ducting technology eliminates condensation, prevents condensation from forming on the ducts, thus disables safety issues regarding water dripping on the climbing wall.
Type 8 All-in-One suspension system provides an aesthetical look and ensures that the duct stays open even when the air is off.
The combination of flow models and this type of permeable fabric provides an even air distribution without drafts, ensuring proper mixing in the whole area.
We delivered a tailored fabric air dispersion system for the needs of the Antalya Industrial Park Sports Hall and the unique specifications of its varying sub-zones. A custom FabricAir system creates ideal conditions regardless of the type of sport and number of individuals.
Fabric air dispersion technology prevents condensation on ducts while creating a comfortable environment and ensures optimal performance.
The precision throws from our directional flow models ensure that the air is delivered as needed in each zone, without drafts, and with an even dispersion to create a uniform environment.