CULTEC Stormwater Detention & Infiltration Systems
Efficient Underground Solutions for Stormwater Control
We offer the CULTEC stormwater detention and infiltration systems—engineered to manage stormwater runoff efficiently and sustainably. These systems don’t just store water—they help you control it, reuse it, or safely return it to the environment.
What Do CULTEC Systems Do?
First, these systems capture excess stormwater runoff from roofs, driveways, parking lots, and other hard surfaces. Then, the water is stored underground in specialized chambers. From there, it is either gradually absorbed into the surrounding soil (infiltration) or directed into a storm sewer or collection system (detention). As a result, they significantly reduce surface flooding and minimize runoff-related damage.
Why Choose CULTEC?
Unlike traditional surface basins, CULTEC systems use durable High-Density Polyethylene (HDPE) chambers installed below ground. Because they’re underground, they save surface space for development, parking, or green areas. Furthermore, HDPE is resistant to corrosion, chemicals, and harsh environmental conditions—delivering long-term performance with minimal maintenance.
These chambers are modular, so you can design the layout to match your site’s exact size, shape, and soil conditions. That means more flexibility during installation and easier compliance with local stormwater regulations.
Key Benefits You Can Expect:
- Immediate stormwater collection and underground storage
- Infiltration options for groundwater recharge
- Controlled discharge to reduce strain on public infrastructure
- Strong, durable HDPE material resists wear and corrosion
- Space-saving underground design frees up usable land
- Flexible layout options to suit any project footprint
Choose Smart. Choose Sustainable.
By installing a CULTEC stormwater system from Devron Ltd., you actively reduce environmental impact, manage runoff effectively, and protect your site from costly flooding. Most importantly, you’re choosing a smart, sustainable solution that meets today’s building standards—while preparing for tomorrow’s challenges.