Our SuDS planters are designed to manage rainwater sustainably in urban environments. By incorporating natural elements like vegetation, these innovative systems slow the flow of water, reducing runoff and the risk of flooding.
Sustainable Urban Drainage Systems (SuDS), like our AquaPlanter®, address the challenges posed by impermeable surfaces in cities, helping to manage surface water, improve water quality, and create greener, more climate resilient spaces.
A versatile water management system, these planters can be installed in urban areas, commercial settings, school estates and residential properties to effectively reduce the risk of surface water flooding.
Our SuDS planter planting scheme is designed to withstand fluctuating weather and temperatures, while creating vibrant spaces that provide sensory experiences through edible planting and diverse wildlife habitats.


SuDS Planters in schools
Installing SuDS Planters in schools helps manage rainwater and increases green spaces across school playgrounds and estates. They transform grey areas into greener, more engaging spaces for children to play and learn. These features support flood resilience, encourage outdoor education, improve wellbeing, and help children connect with nature.
With interactive features like cloud shaped inlets, colourful downpipes, and mini boat races, students can see and interact with how rainwater moves and is managed.
Residential SuDS Planters
Available in any size, and in both timber and powder-coated steel, our SuDS Planters are also ideal for residential properties to effectively reduce the risk of surface water flooding.
They are particularly beneficial for residential urban areas where conventional drainage systems might be overwhelmed during heavy rainfall, providing both a functional and a visually impactful solution that prevents localised flooding.
Beyond their functional performance, SuDS Planters introduce high-quality planting that enhances biodiversity, supports pollinators, and contributes to healthier, more attractive living environments. For homes, housing estates and new developments alike, they offer a practical, low-maintenance solution that combines climate resilience with strong visual impact.


Hybrid SuDS Planters
Our innovative Hybrid SuDS Planters combine the functionality of rain gardens with the flexibility of above-ground systems, offering an effective solution for sites with limited excavation depth or underground utilities.
Available in a range of sizes and finishes, our Hybrid SuDS Planters can be tailored to fit soft ground, paving or tarmac surfaces - and can even integrate trees, seating or bespoke planters for multifunctional spaces.
Designed with a shallow base, the system mimics the natural water retention of a rain garden and using capillary action provides both storage and a gradual release of surface water back into the drainage system, helping to reduce pressure on the drainage network.
Benefits
Our award-winning SuDS planters offer an innovative solution for urban flood risk and pollution control, by effectively absorbing, filtering and retaining rainwater.
Designed to sustainably manage water from domestic, commercial and industrial roofs, the planters support biodiversity and community engagement, making them a versatile and seamless addition to environmentally conscious drainage systems.
Award-Winning Innovation
Bespoke design
Environmental Benefits
Nationwide Installation

Education

Local authorities

Residential

BIDs
Frequently Asked Questions
How does urban greening contribute to combatting climate change?
Urban greening is a potent weapon against the escalating threats of climate change. Green spaces, including trees and vegetation, act as carbon sinks, absorbing and storing harmful CO2 emissions. They also combat the urban heat island effect by providing shade and cooling through evapotranspiration. Moreover, green spaces play a role in filtering air pollutants and improving overall air quality. These combined benefits not only make cities more liveable but also contribute to global efforts to mitigate the adverse effects of climate change. Projects like Richmond Road Pocket Park showcase the transformative power of urban greening, highlighting its crucial role in creating sustainable and resilient urban environments.
How do SuDS planters work?
SuDS planters capture rainwater runoff, filter it through layers of plants and a specially designed soil mix, and gradually release or absorb the water. This reduces the burden on traditional drainage systems, helping to prevent flooding.
What is the difference between SuDS Planters and Rain Gardens?
SuDS Planters are designed for easy installation into various settings, ideal for locations with limited space. Rain Gardens require specific conditions for integration and are best suited for areas where the ground can naturally absorb water.
Where can SuDS planters be installed?
A versatile water management system, these planters can be installed in urban areas, commercial settings, school estates and residential properties to effectively reduce the risk of surface water flooding.
Do you need planning permission for a SuDS planter?
When you incorporate a SuDS system (or any other drainage system), it must be submitted to the local planning authority (LPA) for your project. Each authority publishes its flood risk policy as part of its local plan.








































