- Filtrexx® Sediment Control
- Filtrexx® Inlet Protection
- Filtrexx® Check Dams
- Filtrexx® Concrete Washout
- Filtrexx® Sediment Trap
- Filtrexx® Runoff Diversion
- Filtrexx® Temporary Seeding
- Filtrexx® Riser Pipe Filter
CONSTRUCTION
- Filtrexx® Stormwater Blanket
- Filtrexx® Severe Slope Stabilization
- Filtrexx® Bank Stabilization
- Filtrexx® Vegetated Walls
- Filtrexx® Channel Protection
- Filtrexx® Biofiltration System
- Filtrexx® Engineered Soil
- Filtrexx® Vegetated Filter Strip
- Bioswale
- Filtrexx® GroSoxx Gabion
- Filtrexx® Rain Garden
- Filtrexx® Green Roof
- Filtrexx® Rip Rap Grout
- Filtrexx® Level Spreader
- Filtrexx® Channel Mattress
POST-CONSTRUCTION
Filtrexx® Rain Garden
Filtrexx® Rain Garden is a Low Impact Development (LID) management practice that combines native soil, compost, plants, and beneficial microorganisms to filter, retain, and infiltrate storm water runoff from developed sites.
Filtrexx® Rain Gardens are designed to decentralize and distribute site storm water to reduce off-site storm water volume, peak flow rate, and pollutant discharges. Filtrexx® GrowingMedia™ is an important component of a successful Filtrexx® Rain Garden installation, while Filtrexx® Treatment Train technology can be used to target specific storm water pollutants, such harmful bacteria, nutrients, heavy metals, and petroleum hydrocarbons.
Filtrexx® Rain Garden can be installed on virtually any site utilizing a variety of design goals.
Filtrexx® Rain Gardens are recommended where:
- Post-development hydrology must mimic the pre-developed or natural site condition
- LID, Green Infrastructure, or Green Building practices are preferred or required
- Reduction of site runoff volume, peak flow rate, and/or pollutant load discharges is desired or required
- On-site treatment of storm water in desired or required
- Aesthetic, land-based storm water treatment is desired
- Storm water treatment must use natural design elements, protect or restore wildlife habitat, or restore ecosystem services
- Land improvement, function, and real estate value are important
- Reduced ecological footprint is desired, including use of materials that are: recycled, biobased, locally manufactured, indigenous, and carbon neutral.