Drainpanel is a high-capacity modular system designed for the construction of detention tanks and infiltration basins for stormwater management in vehicular or pedestrian areas.
Manufactured from recycled polypropylene, it provides a 96% void ratio, ensuring maximum storage efficiency per unit of excavation.
Thanks to the module height (23 cm) and its layered assembly, Drainpanel enables the creation of very shallow basins, reducing excavation depth while optimizing installation time and costs. Each module offers a capacity of 250 liters, allowing large volumes to be achieved with a limited number of units.
The basin is wrapped with draining geotextile in infiltration systems and with an impermeable geomembrane in watertight systems.
A reliable and advanced solution for urban hydraulic invariance and sustainable stormwater management across residential, commercial, industrial, and infrastructure applications, contributing to the prevention of damage caused by extreme weather events.
The 96% void ratio maximizes water storage per cubic meter of excavation, reducing material handling and construction costs.
The 23 cm stackable module allows flexible configurations and the construction of shallow tanks starting from just 45 cm in height.
The system is installed through simple interlocking overlap, simplifying on-site operations.
Designed to withstand heavy loads, Drainpanel is suitable for installations beneath trafficked areas and parking lots.
The 16 hollow and perforated columns promote both vertical and horizontal water distribution, ensuring progressive filling and controlled release.
A 4-level assembly provides 963 liters of net volume with just over 1 m³ of gross volume, outperforming traditional gravel-based systems.
The stackable design allows transport of up to 500 m³ in a 40HC container and up to 600 m³ with a standard truck, reducing logistics costs.
Made from 100% recycled plastic, it helps reduce CO₂ emissions thanks to minimized excavation. Drainpanel is EPD-certified, ensuring transparency and environmental performance, and is ideal for CAM, LEED, and BREEAM projects.
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