While designing the tower, the data required are only the water flow rate (m3/hour), and the water inlet-outlet temperatures (°C). Wet bulb parameters are strictly analyzed by our experts.
As a result of engineering calculations, the heat transfer surface area and the air flow rate to be drawn by the fan are precisely calculated. The design of cooling towers with GRP main construction is carried out with extreme care.
Wet Bulb Temperatures Table
| City | Summer Dry (°C) | Summer Wet (°C) |
|---|---|---|
| Adana | 38 | 26 |
| Ankara | 35 | 20 |
| Bursa | 37 | 25 |
| İstanbul | 33 | 24 |
| İzmir | 37 | 24 |
What Should Be Considered in Cooling Tower Design?
1. Cooling Requirements: Exact heat load analysis.
2. Water Quality: Chemical and mineral analysis of water.
3. Environmental Conditions: Local wet bulb temperatures.
4. Site Location: Adequate space and wind dynamics.
5. Tower Type: Choosing counter-flow or cross-flow models.
6. Material Selection: Durable FRP application.
7. Airflow Design: Fan placement and blade pitch optimization.
8. Water Distribution: Equal water flow across fill media.
9. Energy Efficiency: Implementation of Variable Speed Drives (VSD).
10. Maintenance Access: Safe walkways and access doors.
11. Safety Features: Solid safety gratings and handrails.
12. Regulatory Compliance: CE and ISO standards.