With over 23 years of experience in Civil Engineered storm water drainage systems, the Liber Grids team is passionate about providing a structurally designed storm water grid, adaptable to vast temperature differences and capable of managing anything the weather can throw at it.
From flash storms, to seasonal monsoons you can count on the Liber Grids quality and durability. With quality assurance accreditation, a patented design and locking system Liber Grids is safe from theft and movement created by any vehicle -nothing will shift Liber Grids.
Liber Grids offer a powerful solution for stormwater drainage, protecting communities and the environment from the dangers of flooding.
Why we Work
As climate change intensifies, extreme weather events are becoming more frequent and severe, bringing with them a dramatic increase in stormwater flooding. Cities and communities across the globe are struggling to manage the rising volume of water from heavier rainfall and unpredictable storms. Streets turn into rivers, infrastructure is overwhelmed, and lives are disrupted.
The Liber Grids team is driven by a deep passion to be part of the solution. That’s why we developed Liber Grids: a smart, sustainable approach to stormwater drainage.
Engineered for strength, durability, and high flow capacity, Liber Grids help control and redirect excess water, preventing floods before they happen.
Liber Grids isn’t just a product. It’s our commitment to building a safer, more resilient world
—one grid at a time.
How we Work
Vision
Changing stormwater design to increase system efficacy and ensuring the safety of communities, livelihoods and increased health. we want to make urban areas safe from storm water flooding.
To protect urban areas, highways, industrial areas and mines by managing stormwater flooding through expert stormwater system design.
Mission
Providing a quality engineered storm water inlet grid. Liber Grids enable efficient stormwater flow manipulation and control, preventing flooding in urban areas, highways, industrial areas and mines.
