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==Applications==
==Applications==
Stormwater practices use filtration through as the primary mechanism for treatment of runoff include:
Stormwater practices use filtration through as the primary mechanism for treatment of runoff include:
*[[Bioretention]] technologies such as [https://sustainabletechnologies.ca/app/uploads/2020/06/High-rate-treatment-bioretention-filter-tech-brief.pdf the Filterra® bioretention system] have successfully used filtration to achieve 80% TSS removal for events with influent TSS concentrations above 100 mg/L.
*[[Bioretention]] technologies
*[[Permeable pavements]] can filter runoff through the surface pores or media between pavers, as well as through the bedding and base layers. Most of the [[sediment]] directed onto the pavements is trapped near the surface where it can be more easily accessed for cleaning.
*[[Permeable pavements]] can filter runoff through the surface pores or media between pavers, as well as through the bedding and base layers. Most of the [[sediment]] directed onto the pavements is trapped near the surface where it can be more easily accessed for cleaning.
*[[Filtration Manufactured Treatment Devices]]
*[[Filtration Manufactured Treatment Devices]] such as [https://sustainabletechnologies.ca/app/uploads/2020/06/High-rate-treatment-bioretention-filter-tech-brief.pdf the Filterra® high flow curb inlet filtration MTD] have achieved 80% TSS removal for events with influent TSS concentrations above 100 mg/L.
*[[Oil and grit separators]]
*[[Stormwater planters]]
*[[Stormwater planters]]
*[[Pretreatment]]
*[[Pretreatment]]
==Maintenance Considerations==
==Maintenance Considerations==