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Citygreen’s Stratavault offers a cohesive solution that connects stormwater management with landscape tree design. Instead of stormwater immediately entering the city infrastructure and depleting the valuable water resource by taking it out of area, our Stratashield product directs the stormwater into the Stratavault matrix.
This innovative system allows trees and soil to utilize the water, effectively cleansing it of contaminants before permitting the cleaner excess water to enter the pit’s base chamber. This design enables the recycling of water for on-site irrigation & a slower release back into the city’s infrastructure during periods of lower demand.
“By planning projects to direct stormwater runoff into soil cells rather than any form of cage or pond, developers would be able to meet any soil volume or stormwater management goals in one easy way versus having to look into several different forms of management”

“The advantage of using Stratavault over a standard containment tank on a site would be primarily the full-season use of on-site stormwater versus the storm catchment at high rain events.”
The utilization of the soil vault as a dedicated area for tree root growth, in conjunction with its stormwater containment capabilities, presents a holistic approach to site design. By allowing trees to establish healthy roots within the vault, the system enhances overall tree stability and longevity. Simultaneously, the stormwater containment function ensures that excess water is effectively managed, reducing the risk of flooding and preserving the quality of water resources within the surrounding environment.
Additionally, Nolan Halonen, Landscape Architectural Technologist from Ground Cubed Landscape Architects highlighted the following reasons Stratavault was chosen for this project:
- 100% Recycled Plastic: Stratavault modules are made out of 100% recycled polymer plastic. No virgin plastics are used, leading to a more sustainable outcome.
- Workability: The structural workability of Stratavault when factoring in the engineering requirements of parking lots and drive lanes exceeded that of other options
- Void space: Stratavaults 90% void space meant that they were able to achieve the soil volume and stormwater retention requirements with less units

