What is a SuDS Planter and how does it help manage stormwater?

1. Sustainable Water Management Solutions Innovative systems designed to improve water efficiency, reduce flooding, and support environmental resilience in urban environments.

2. The Challenge: Urban Water Management Rising Pressures ThePathForward Urbanareas faceincreasing challenges from climate change, population growth, and aging infrastructure. Surface water flooding and water scarcity require innovative engineering solutions. Sustainablewater management technologies offer practical solutions that address multiple challenges simultaneously4 reducing flood risk, conserving water, and supporting urban greening initiatives. Intense rainfall events overwhelming drainage systems Growing demand for potable water resources Environmental regulations driving change

3. SuDS Planters NaturalSurfaceWaterManagement Flow Control Slows surface water runoff, reducing peak flows and downstream flooding risk Water Quality Urban Greening Filterspollutants and sediment naturally through vegetation and engineered growing media layers Integratesgreeninfrastructure into streetscapes, improving biodiversity and air quality

4. How SuDS Planters Work Controlled Release Filtration Process Treatedwater is eitherinfiltrated to groundwater or released at controlled rates to drainage networks Surface Capture Rainwater enters the planter through permeable surfaces or drainage inlets from surrounding paved areas Waterpercolatesthrough specialized substrate layers where pollutants are removed and vegetation uptake occurs This nature-based approach mimics natural hydrological processes, providing multiple environmental benefits while managing stormwater effectively in constrained urban spaces.

5. Vortex Flow Control Technology Precision Without Complexity Vortexflow controldevicesregulate stormwater discharge rates using innovative hydrodynamic principles rather than mechanical components. This elegant engineering solution ensures reliable, consistent performance. Key Advantages No moving parts4eliminates maintenance and failure risks Self-regulating flow control across varying head conditions Prevents downstream flooding and sewer overloading Compact design suitable for retrofit applications

6. Grey Water Recycling Systems Reducing Mains Water Consumption 01 02 Collection Treatment Multi-stage filtration and biological treatment processes remove contaminants, ensuring water meets quality standards Greywaterfromsinks, showers, and washing machines is captured via separate pipework before entering the sewer 03 Storage & Reuse Treatedwater isstored and redistributed for non-potable applications like toilet flushing and irrigation

7. Water Savings & Environmental Impact 30% 50% 40% Mains Water Reduction Toilet Flush Demand Peak Flow Reduction Averagereductionin potablewater consumption for residential properties with greywater recycling Proportion ofhouseholdwaterusethat can be met through recycled greywater Typicalreductionin stormwaterrunoff achieved through effective SuDS implementation These systems deliver measurable environmental and economic benefits, supporting water security while reducing infrastructure strain and operational costs.

8. Freeflush: Leading UK Water Management Innovation Specialist Sustainable Solutions Freeflushisa UK-basedmanufacturer andsupplier specializing in cutting-edge water management technologies. Their comprehensive portfolio addresses the full spectrum of sustainable water challenges. Product Range Rainwater harvesting systems for commercial and residential applications Greywater recycling solutions with advanced treatment capabilities SuDS components including flow controls and attenuation systems Integrated solutions that combine multiple water management approaches

9. Building Water-Resilient Communities ForPlanners ForEngineers Integratewater-sensitive design into development frameworks and planning policies Specifyproven technologies that deliver performance, reliability, and environmental benefits For Sustainability Officers Driveadoptionofsystemsthatsupport carbon reduction and climate adaptation goals Together, these solutions create resilient, sustainable urban water infrastructure that protects communities while conserving precious resources for future generations.