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Imbrium's Sorbtive Media<sup>TM</sup> webpage provides links to technical specificationss and design help, along with highlights of multiple projects where the product has been used for phosphorus removal.<ref> Imbrium Systems. 2017. Sorptive Media. https://www.imbriumsystems.com/stormwater-treatment-solutions/sorbtive-media </ref>  
 
Imbrium's Sorbtive Media<sup>TM</sup> webpage provides links to technical specificationss and design help, along with highlights of multiple projects where the product has been used for phosphorus removal.<ref> Imbrium Systems. 2017. Sorptive Media. https://www.imbriumsystems.com/stormwater-treatment-solutions/sorbtive-media </ref>  
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At the Sturgeon Meadows Stormwater Management Facility in Leamington, Ontario, Sorbtive Media 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.  
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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.  
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The Rumble Pond Retrofit project in Richmond Hill, Ontario used Sorbtive Media in combination with [[permeable pavements|permeable interlocking pavers]] to enhance overall capacity of the pervious pavers.  
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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.  
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A partnership between Credit Valley Conservation and the University of Guelph completed a project at the IMAX Corporation headquarters in which Sorbtive Media was used downstream of a [[bioretention]] cell to provide tertiary nutrient treatment.  
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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.  
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A project at Mayville Park in Upstate New York used six retrofit filtration cells surrounding draining inlets near a community centre, which previously had no stormwater treatment on-site. <ref name=imbrium></ref> In addition to these projects included on their website, Sorbtive Media was installed at the Colony Trail retrofit in East Gwillimbury. The Imbrium Sorbtive Media chamber removed an average of 66 % of dissolved phosphate from the site. <ref> Lake Simcoe Region Conservation Authority (LSRCA). Showcasing Water Innovation: Stormwater Performance Monitoring Report. 2013. http://www.lsrca.on.ca/Shared%20Documents/reports/swi_monitoring_2013.pdf. Accessed October 6, 2017. </ref>
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A project at Mayville Park in Upstate New York used six retrofit filtration cells surrounding draining inlets near a community centre, which previously had no stormwater treatment on-site. <ref name=imbrium></ref> In addition to these projects included on their website, Sorbtive Media<sup>TM</sup> was installed at the Colony Trail retrofit in East Gwillimbury. The Imbrium Sorbtive Media<sup>TM</sup> chamber removed an average of 66 % of dissolved phosphate from the site. <ref> Lake Simcoe Region Conservation Authority (LSRCA). Showcasing Water Innovation: Stormwater Performance Monitoring Report. 2013. http://www.lsrca.on.ca/Shared%20Documents/reports/swi_monitoring_2013.pdf. Accessed October 6, 2017. </ref>
    
==Benefits==
 
==Benefits==

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