- Multi-Functional Design
The Kidney Pond inhibits the excessive growth of algae and manages floods from peak storms
- The First of Its Kind
Dawson’s Landing is the first residential community in the world to integrate this technology
- Improved Living Experience
Decorative Water Features allow residents to enjoy the natural sounds and aromas of moving water
- Size of The Stormwater Kidney™ Pond
The total area The Stormwater Kidney™ Pond covers is just over 13 acres
STORMWATER KIDNEY™ POND IN CHESTERMERE, AB INNOVATES AND CONTRIBUTES TO THE ENVIRONMENT AND LIVING EXPERIENCE OF RESIDENTS, WHILE SIMULTANEOUSLY PUTTING DAWSON'S LANDING ON THE MAP
The team at Qualico Communities Calgary was faced with a challenge in the form of a zero-discharge requirement for Dawson’s Landing, meaning they would have to find an alternative draining method or wait 10 or more years for a regional ditch system to be constructed. Their search for an alternative led them to the groundbreaking Stormwater Kidney™ Pond.
The Stormwater Kidney™ Pond is a multi-functional innovation that holds stormwater, while concurrently managing any peak-storm floods and purifying water to reduce algae buildup. It will also add to the nature-driven lifestyle of the community and will fit in perfectly with the planned Eco-Park.
The Stormwater Kidney™ Pond is just over 13 acres large, and in being constructed turned Dawson’s Landing into the first residential community in the world with this technology.
Dawson's Landing, Calgary, AB
Qualico Communities Calgary is an award-winning developer that creates master-planned spaces with an intuitive sense of community. From premier lifestyle communities next to the Mickelson National Golf Club, to neighbourhoods with unparalleled views and home types, Qualico Communities offers some of the best communities in Alberta. Qualico Communities has experience and expertise in technology, design, and service, offering diverse land options and access to amenities residents are looking for.
100 - 5709 2 St. SE, Calgary, AB T2H 2W4