High strength, high flow drainage
Subsurface Drainage
The Atlantis Drainage Cell has become a standard for the construction and landscaping industry, because it represents a structurally strong system, with a highly effective drain, within a lightweight structure for subsurface drainage.
Atlantis Subsurface Drainage Solutions: Enhancing Water Management
Since its inception in 1986, Atlantis Drainage Cell has pioneered advanced sub-surface water management solutions. This innovative geo-composite is celebrated for its exceptional compressive strength, lightweight design, ease of installation, and cost-effectiveness compared to traditional methods. Instead of merely eliminating excess water, the Drainage Cell effectively regulates moisture levels while enhancing growing conditions with integrated water retention cups.
Crafted from high-quality recycled materials and subjected to rigorous quality control, Atlantis Drainage Cell is resistant to various ground chemicals, ensuring long-term durability without the risk of collapse or distortion. Over the years, Atlantis has expanded its product range to meet diverse urban development and sustainability needs. Architects, engineers, and landscape designers worldwide rely on Atlantis solutions to optimize water retention, manage stormwater runoff efficiently, and foster healthier urban ecosystems.
Atlantis Drainage Cell’s modular design facilitates scalable solutions tailored to specific project demands, whether for residential landscapes, commercial complexes, or large-scale infrastructure projects. Its versatility and seamless integration into existing urban environments make it a preferred choice for sustainable development initiatives globally.
With a steadfast commitment to environmental stewardship and technological innovation, Atlantis continues to lead in sub-surface water management. The Drainage Cell exemplifies their holistic approach to sustainable urban water solutions, supporting green building practices and bolstering urban infrastructure resilience against climate challenges.