Drainage cells, often used in sustainable drainage systems (SuDS), offer significant environmental benefits. These modular structures promote efficient water management by allowing for the controlled flow and storage of excess rainwater, reducing surface runoff and alleviating the risk of flooding. They help improve groundwater recharge and prevent soil erosion by absorbing and redistributing water. Additionally, drainage cells enhance water quality by filtering out pollutants before they reach natural water bodies. Their lightweight, durable design makes them ideal for green roofs, landscaped areas, and urban developments, supporting biodiversity and contributing to climate resilience in cities.
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Drainage cells, often used in sustainable drainage systems (SuDS), offer significant environmental benefits. These modular structures promote efficient water management by allowing for the controlled flow and storage of excess rainwater, reducing surface runoff and alleviating the risk of flooding. They help improve groundwater recharge and prevent soil erosion by absorbing and redistributing water. Additionally, drainage cells enhance water quality by filtering out pollutants before they reach natural water bodies. Their lightweight, durable design makes them ideal for green roofs, landscaped areas, and urban developments, supporting biodiversity and contributing to climate resilience in cities.
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