Built for Strength and Stability
The Titan® tank system features a horizontal and vertical clipping system that ensures structural stability even under intense pressure. This design innovation provides the resilience needed to handle heavy-duty scenarios, setting the Titan® tank apart as a reliable solution for projects with stringent load-bearing requirements.
Versatile Applications
The Titan® tank isn’t just about strength – it’s a versatile powerhouse. Its modular design allows it to adapt seamlessly to a range of applications, including:
- Infiltration Tanks: Managing groundwater recharge.
- Stormwater Harvesting Tanks: Capturing and reusing rainwater sustainably.
- Detention Tanks (Attenuation): Regulating water flow to prevent flooding.
- Channels and Soak Wells: Efficiently managing water runoff.
- Leach Drains: Enhancing soil filtration.
Whether it’s water harvesting, stormwater management, or detention, the Titan® tank delivers consistent and high-performance results.
Heavy-Duty Performance
What sets the Titan® tank apart is its ability to withstand exceptionally high load-bearing scenarios. This makes it ideal for environments that demand robust infrastructure, such as:
- Truck Yards
- Airports and Runways
- Military Bases
- Industrial Facilities
- Fire Stations
Engineered for maximum durability, the Titan® tank combines strength and efficiency, ensuring long-term reliability even under the most demanding conditions.
Sustainable and Future-Ready
Like all Atlantis products, the Titan® tank is made from 100% recycled materials, contributing to sustainable building practices. Its modular and reusable design supports a circular economy, reducing environmental impact while delivering heavy-duty performance.
Choose the Atlantis Titan® Tank – Where Strength Meets Innovation
For projects requiring robust underground solutions with unmatched load-bearing capabilities, the Atlantis Titan® tank stands as the ultimate choice. Engineered for excellence, it’s the sustainable, reliable, and high-performance answer to the toughest challenges in construction and water management.