Design Integration Incorporate above-ground SuDS features seamlessly into the overall site plan..pdf

Designed to address urban flooding and water management, SuDS Planters offer a practical yet attractive solution. By capturing and filtering rainwater, these planters reduce surface water runoff and provide natural irrigation for the plants. SuDS Planters are an excellent way to promote green infrastructure in cities.

1. Innovative SuDS Solutions
for Urban Environments

2. Challenges of Conventional
SuDS Systems
Limited Footprint
Insufficient space in dense urban areas for below-ground systems
like tanks, crates, and ponds.
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Site Constraints
Existing infrastructure and topography can limit the feasibility of
traditional SuDS approaches.
High Groundwater Levels
Elevated groundwater can compromise the functionality of
conventional SuDS.

3. Above-Ground Attenuation Options
Detention Basins
Shallow, vegetated depressions
that temporarily store and slowly
release stormwater.
Swales and Channels
Shallow, vegetated channels that
convey and infiltrate surface runoff.
Permeable Surfaces
Porous paving and permeable
surfaces that allow water to
infiltrate into the ground.

4. Integrating Above-Ground
SuDS
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Site Assessment
Evaluate site constraints, soils, and groundwater levels to
determine feasibility.
Design Integration
SuDS planters can be strategically placed along pathways,
near building entrances, or in communal areas, serving as both
decorative elements and stormwater management solutions.
Multifunctional Benefits
Optimize for stormwater management, amenity, and
environmental benefits.

5. Maintaining Above-Ground SuDS
Inspections and Repairs
Conduct regular inspections and address any
structural or functional issues promptly.
Vegetation Management
Ensure regular mowing, pruning, and plant
replacement for optimal performance.
User Education
Inform site users about the purpose and proper use
of above-ground SuDS features.
Sediment Removal
Periodically remove accumulated sediment to
maintain storage capacity and infiltration.

6. Benefits of Above-Ground
SuDS
Stormwater Management
Effectively attenuate and infiltrate surface runoff, reducing flood risk.
Sustainability
Contribute to the overall sustainability and resilience of the urban
environment.
Amenity Value
Integrate green infrastructure that enhances the aesthetic and recreational
value of the site.
Ecological Enhancement
Provide habitat and support for native flora and fauna.

7. Case Study: Greening Urban
Spaces
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Bioswales
Shallow, vegetated channels that convey and infiltrate
surface runoff, enhancing stormwater management.
Detention Basin
A shallow, vegetated depression that temporarily stores and
infiltrates stormwater runoff.
Permeable Paving
Porous surfaces that allow water to infiltrate into the
ground, reducing surface runoff.

8. The Future of Sustainable Drainage
Integrated Approach
Multifunctional Design
Technological Innovations
Stakeholder Engagement
Combining above-ground and below-ground SuDS
systems for optimal performance.
Incorporating SuDS features that provide stormwater
management, ecological, and amenity benefits.
Leveraging new materials, sensors, and data-driven
tools to enhance SuDS effectiveness.
Collaborating with communities, policymakers, and
experts to drive sustainable urban drainage solutions.