Meeting the Challenges of Synthetic Turf Sports Fields
Synthetic turf sports fields provide a durable, all-weather surface perfect for urban, high-use areas. However, managing heat and water efficiently is crucial for player safety and field availability. Synthetic turf can reach extreme temperatures in direct sunlight, while heavy rainfall can easily overwhelm traditional drainage systems, leading to surface flooding and costly downtime.
Hoensoey Cells offer an advanced, eco-friendly drainage and cooling solution. Through innovative underground water storage and efficient drainage capabilities, Hoensoey enhances synthetic turf fields, making them safer and more sustainable.
Advanced Drainage Solutions for Synthetic Turf Fields
Efficient drainage is essential in maintaining synthetic turf, particularly in regions prone to heavy rainfall. Hoensoey Cells address this need with a unique honeycomb-like, geocellular structure that directs water efficiently across the surface and into a below-ground storage layer. This setup prevents surface pooling, enabling quick recovery after storms and allowing continuous play in wet conditions.
A key advantage of Hoensoey is its shallow construction depth, which minimizes excavation needs and simplifies installation. This is especially useful in urban areas with intricate underground utilities. Additionally, Hoensoey’s modular design allows the drainage system to be adapted for fields of varying sizes and layouts, supporting field durability and versatility for community sports facilities and large stadiums alike.
Cooling Synthetic Turf Through Underground Water Storage
Beyond drainage, Hoensoey’s system addresses synthetic turf’s high-temperature challenges. Traditional synthetic turf can reach over 70°C under intense sunlight, posing health risks for players. By storing water below the turf, Hoensoey Cells create a natural evaporative cooling effect. Water rises through the honeycomb structure by capillary action, mimicking the cooling effect of natural grass through soil moisture.
Field studies on Hoensoey-equipped turf demonstrate that temperatures remain around 37°C on hot days, significantly cooler than standard synthetic turf. This cooling capability not only enhances player safety but also contributes to reducing urban heat island effects, which is essential for densely populated areas.
Diagram: Hoensoey Athletic Field Drainage and Cooling System
This diagram illustrates a cross-sectional view of an athletic field equipped with Hoensoey Cells for optimized drainage and cooling. The layered structure from top to bottom includes:
- Synthetic Turf Layer: A durable, weather-resistant artificial grass surface designed for diverse sports applications.
- Infill Layer: Located directly under the turf, this layer (sand or rubber granules) adds cushioning, enhances traction, and contributes to player safety.
- Filter Fabric Layer: Acting as a filtration barrier, this layer prevents infill materials from clogging the drainage system while allowing water to pass through.
- Hoensoey Cells Drainage Layer: The core drainage system composed of high-strength, honeycomb-like Hoensoey Cells. This layer captures and stores rainwater, facilitating efficient drainage and natural cooling through capillary action, keeping the field playable and comfortable year-round.
The Hoensoey system’s multi-layered design showcases how synthetic turf fields can achieve optimal conditions for play by managing water and maintaining surface temperatures, thus supporting sustainable and resilient athletic field environments.
Sustainable Water Management with Hoensoey Systems
Hoensoey’s drainage solutions promote sustainable water use. The system captures rainwater within its geocellular structure, storing it for irrigation and cooling, thereby reducing reliance on municipal water supplies and alleviating pressure on urban drainage networks. This captured water can be reused on-site, supporting a sustainable, closed-loop water system.
Additionally, the system’s design supports groundwater recharge and helps mitigate water scarcity, making Hoensoey an environmentally friendly option. With components made from durable recycled materials, the system also aligns with eco-friendly construction practices, contributing to the sustainable management of synthetic turf sports fields.
Real-World Applications: Hoensoey in Action
Hoensoey’s drainage and cooling systems have been implemented globally in a variety of sports facilities. For instance, GIO Stadium Canberra in Australia and Stade de la Source in France utilize Hoensoey’s modular system to improve field temperature management and drainage across different climates. These projects showcase Hoensoey’s adaptability and effectiveness in various environmental conditions, ensuring high-performance fields that are playable year-round.
A Comprehensive Solution for Modern Synthetic Turf Fields
Hoensoey Cells provide a transformative approach to managing synthetic turf sports fields, addressing challenges related to extreme temperatures, water drainage, and sustainable water use. By integrating an effective drainage system, underground water storage, and natural cooling, Hoensoey ensures that synthetic turf fields perform more like natural grass. This solution offers a safe and comfortable playing environment for athletes while promoting a climate-resilient, eco-friendly infrastructure suitable for urban areas. For facility managers and urban planners, Hoensoey is an ideal choice for meeting modern sports field demands sustainably.