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Norwood Park

This scheme is part of Lambeth Council’s Soak Up Lambeth initiative, where the council has partnered with Thames Water Utilities to help reduce the current and future impact of climate change on flood risk. This work is needed because when it rains in Lambeth, water from our roofs and paved surfaces enters the same sewer pipes as our toilets, sinks and washing machines. During heavy storms, rainwater overloads the sewers, causing flooding to those that live downstream. This can also stop drains from working, causing localised flooding upstream. The situation poses risks to property as well as people's health and wellbeing. We are looking to install Sustainable Drainage Systems (SuDS) on Tulse Hill to store the rainwater from the roofs and paved surfaces, and then slowly release it back into the sewer. This will help to reduce the risk of flooding in the borough.

While there are many possible locations to introduce SuDS, sites were selected based on the results of a flood modelling assessment. This study highlighted key opportunity areas which will have the highest impact on flooding in the borough. SuDS can come in many shapes and sizes, and can also help to improve the local environment and recreational space. 

The scheme in Norwood Park will improve rainwater management, reduce flood risk, and boost biodiversity in the area. It is funded by Lambeth’s Capital Investment Programme and supported by Thames Water Utilities and is scheduled for completion by April 2025.

Norwood Park explainer boards:

Phases

Phases overview
Design consultation
Construction 1
Construction 2

Construction 1

20 January 2025 - 30 April 2025

Construction in Norwood begins on Monday 20 January 2025.

This project will deliver a number of physical SuDS landscape features which will capture rainwater from the high points of the park and through the SuDS features, like swales, berms, bunds, leaky dams, meadow planting, permeable paving, etc, will slow down the water flow downstream. In some locations downstream, the water will be stored along the way, before gradually flowing into the existing drainage system. 

The work is expected to be completed by April 2025.