United Utilities has installed a groundbreaking reedbed system in Heskin, Chorley – the first of its kind - to provide a more natural way to clean, filter and treat stormwater before it is released into Syd Brook.

Not only do the reedbeds provide a more attractive solution for the local community, they also increase biodiversity and will provide a home for local wildlife.
The three reedbeds feature a series of pipes that pump in air to increase oxygen enhancing the treatment of stormwater released from the combined sewer overflow and improving water quality in Syd Brook, a tributary of the River Yarrow.
Although the project is still relatively new, initial testing has already shown that the reedbeds are delivering improvements including a significant reduction in ammonia in the treated effluent.
United Utilities’ project manager, Mark Graham, explained:
“We’re exploring how nature-based solutions can be used as an alternative to traditional engineering to help manage the impact of heavy rainfall as part of our commitment to improving river quality across the North West.
“The reedbeds in Heskin provide a balanced solution using innovative technology to ensure that we are treating stormwater in the best possible way while using more natural processes to increase biodiversity and ecology in the area,” he added.
Near-real-time microbial monitoring of wastewater discharge and bathing waters is now possible thanks to the BactoSense ID solution created by Swiss-based bNovate Technologies.
Craig Nienaber, Business Development Manager for Safe Access Solutions (SAS) at HUBER Technology, explores why the company is seeing a growing level of interest in its safe access solutions for critical infrastructure providers, including their application in wastewater treatment assets.

Southern Water has released film and images showing what it’s like to walk inside Hampshire’s expanded Yew Hill underground reservoir for the very last time, before it gets filled with water.
Hear how United Utilities is accelerating its investment to reduce spills from storm overflows across the Northwest.