KUSTOMFLO large diameter retention system for Montreal City Hall
- PRODUCTS : KUSTOMFLO, MANHOLES AND ACCESSORIES
- REALIZATION : 01/07/2024
Need for a new Retention System
The City of Montreal has undertaken a project to replace the water retention system near City Hall. The objective was to design a sustainable stormwater system, capable of addressing both current and future climate challenges. This system must efficiently manage large volumes of stormwater during periods of intense precipitation, while respecting the limited space available around the historic building.
Three major challenges marked this project
Retention Volume
The retention system needed to accommodate a large volume of stormwater to prevent flooding and comply with the environmental standards set by the City of Montreal.
Space Constraint
The Proximity to the historic building limited the possibilities of installing large-scale stormwater infrastructure, necessitating a solution specifically designed for the confined space.
Accessibility
To preserve the integrity of the building, the installation had to be done without the use of heavy equipment, requiring an infrastructure that was easy to handle and assemble on-site.
KUSTOMFLO large diameter HDPE pipe
In partnership with CEVECO inc., Soleno proposed a custom-made HDPE solution: a retention tank made from KUSTOMFLO pipes with a diameter of 1800 mm (70 in).
KUSTOMFLO pipes were the ideal choice for this project, thanks to their exceptional features:
At Soleno, we are committed to providing innovative infrastructure solutions that stand the test of time and address the challenges of aging infrastructure.
This project highlights the numerous advantages of KUSTOMFLO HDPE pipes for such applications:
How HDPE is Ready to Meet the Challenges of Aging Water Management Infrastructures Across North America
While High-Density Polyethylene (HDPE) structured wall pipes are not new to the infrastructure industry of today, the material is not widely adopted for large diameter applications, despite certain distinct advantages over other materials. But as infrastructure systems around the world age, the need for sustainable and cost-effective solutions is becoming increasingly critical.
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