In hot and dry regions, both artificial and natural football fields can get scorching—sometimes 20–30°C hotter than the surrounding air. This spike in surface heat not only affects player performance and comfort but can also damage the turf. A high-pressure mist cooling system offers an effective, eco-friendly way to tackle this issue by rapidly reducing surface and air temperature before and during matches.
Why Use a Mist Cooling System for Football Turf?
Benefit | Description |
Reduces Surface Temperature | Lowers turf heat by 10–20°C using evaporative cooling. |
Enhances Player Safety | Prevents heat exhaustion, dehydration, and fatigue. |
Preserves Synthetic Turf | Minimizes UV and heat damage, extending turf life. |
Eco-Friendly Solution | Uses significantly less water than traditional sprinkler systems. |
Minimizes Match Disruptions | Keeps the field playable even during extreme heat conditions. |
How It Works
- High-pressure pump (700–1000 psi) delivers water to ultra-fine mist nozzles installed around the turf perimeter or in pop-up fixtures.
- The mist evaporates instantly, absorbing heat from the air and turf surface, reducing temperature through evaporative cooling.
- Can be automated with timers or temperature/humidity sensors.
Key Components of the System
Component | Specification |
High-Pressure Pump | 3–7 HP, stainless steel, 700–1000 psi. |
Mist Nozzles | Anti-drip brass or stainless steel, 10–15 micron droplet size. |
Tubing | High-pressure nylon or stainless steel piping. |
Water Filtration | 5-micron pre-filter + RO or soft water for optimal mist quality. |
Automation Options | Timer or sensor-based (temperature/humidity-triggered). |
Control Panel | Manual or PLC-based smart controller. |
System Layout Options
Perimeter Mounted Nozzles:
- Mounted on poles 2.5–3m high, spaced every 5–10 meters.
- Suitable for permanent turfs and large stadiums.
Pop-up Misting Fixtures (like pop-up sprinklers):
- Installed flush with turf and activated before games.
- Ideal for premium fields where aesthetics and mobility matter.
Mobile Fog Cannons (for temporary use):
- Moveable units for cooling during events or tournaments.
- Best for multi-purpose or shared turfs.
Estimated Water & Power Use
Turf Size | Water Use (L/hr) | Power Needed (HP) |
5-a-side (30×20m) | 100–150 | 2–3 HP |
7-a-side (50×30m) | 200–300 | 3–5 HP |
Full-size (100×60m) | 500–700 | 5–7 HP |
Installation Tips for Optimal Performance
- Use RO or softened water to prevent nozzle blockages and turf staining.
- Choose anti-drip nozzles to avoid puddling or water waste.
- Add wind sensors for better mist control in open or breezy stadiums.
- Combine with fan cooling or shaded benches for maximum player comfort.
Optional Features
- Remote or app-based system control
- Smart automation based on temperature and humidity
- Zonal misting for modular coverage
- Integration with turf lighting for evening use
Want a Custom System Recommendation?
Drop your details below and get a free custom layout with water/power usage estimates:
Need Info | Your Input |
Turf Type | Natural / Artificial |
Turf Size (L × W) | (e.g., 100m × 60m) |
Location / City | (for climate reference) |
Water Source | RO / Soft / Hard |
Power Supply | Single-phase / Three-phase |
Preferences | Mobile / Fixed / Pop-up; Auto? |
custom mist cooling system for your football turf:
1. Turf Information
Parameter | Details |
Turf Type | Natural / Artificial |
Turf Size (Length × Width in meters) | |
Usage | 5-a-side / 7-a-side / 11-a-side (full field) |
City / Location | |
Average Summer Temperature (°C) | (approx.) |
Surface Heat Concern? | Yes / No |
2.Utility Availability
Utility | Details |
Water Source | RO / Soft / Hard |
Water Flow Rate Available (LPM) | (if known) |
Power Supply | Single-phase / Three-phase |
Backup Power? | Yes / No3. |
3.Preferences
Feature | Required? |
Automated System (sensor-based or timer) | Yes / No |
Mobile / Permanent System | Mobile / Fixed poles / Pop-up nozzles |
Zone-wise Cooling | Yes / No |
Budget Level | Basic / Mid-range / Premium |
Once you provide this information, I’ll create:
- The recommended system type (pump, nozzles, layout)
- Estimated water & power usage
- A basic spray layout design
- Optional automation & add-on suggestions