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Line 11: + + − − [[File:Screenshot 2025-08-19 144603.png|500px|thumb|right|Imbrium System's Sorbtive Media Vault further treats nutrients in stormwater after passing through a bioretention swale, before discharging into the local stormwater system.]]
→How is it being used?
*At the Sturgeon Meadows Stormwater Management Facility in Leamington, Ontario, Sorbtive Media<sup>TM</sup> was applied as a retrofit component to enhance pollutant removal withing an existing [[dry pond]] as part of a treatment train. A 30 cm layer was applied within retrofitted trenches in combination with washed stone and rip rap rock to manage the expected treatment flow.
*At the Sturgeon Meadows Stormwater Management Facility in Leamington, Ontario, Sorbtive Media<sup>TM</sup> was applied as a retrofit component to enhance pollutant removal withing an existing [[dry pond]] as part of a treatment train. A 30 cm layer was applied within retrofitted trenches in combination with washed stone and rip rap rock to manage the expected treatment flow.
[[File:Screenshot 2025-08-19 144603.png|500px|thumb|right|Imbrium System's Sorbtive Media Vault further treats nutrients in stormwater after passing through a bioretention swale, before discharging into the local stormwater system.]]
*The Rumble Pond Retrofit project in Richmond Hill, Ontario used Sorbtive Media<sup>TM</sup> in combination with [[permeable pavements|permeable interlocking pavers]] to enhance overall capacity of the pervious pavers.
*The Rumble Pond Retrofit project in Richmond Hill, Ontario used Sorbtive Media<sup>TM</sup> in combination with [[permeable pavements|permeable interlocking pavers]] to enhance overall capacity of the pervious pavers.
*A partnership between Credit Valley Conservation and the University of Guelph completed a project at the IMAX Corporation headquarters in which Sorbtive Media<sup>TM</sup> was used downstream of a [[bioretention]] cell to provide tertiary nutrient treatment. The bioretention cell with the Sorbtive Media Vault post-treatment had significantly lower TP and SRP compared to the simple bioretention cell and bioretention cell with Jellyfish prefilter. However, the highest maintenance expense for this project was associated with the Jellyfish Filters and the Sorbtive Media Vault (CVC, 2022)<ref>Credit Valley Conservation. 2022. IMAX Low Impact Development Feature
*A partnership between Credit Valley Conservation and the University of Guelph completed a project at the IMAX Corporation headquarters in which Sorbtive Media<sup>TM</sup> was used downstream of a [[bioretention]] cell to provide tertiary nutrient treatment. The bioretention cell with the Sorbtive Media Vault post-treatment had significantly lower TP and SRP compared to the simple bioretention cell and bioretention cell with Jellyfish prefilter. However, the highest maintenance expense for this project was associated with the Jellyfish Filters and the Sorbtive Media Vault (CVC, 2022)<ref>Credit Valley Conservation. 2022. IMAX Low Impact Development Feature