Study to detect pollution markers in river water
Inspection and testing Water management

Study to detect pollution markers in river water

Identify faecal pollution origins in UK rivers using DNA analysis. Target water remediation efforts with human-specific markers like HF183.

PeatFix: Innovation in peatland surface stabilisation
Sustainability

PeatFix: Innovation in peatland surface stabilisation

We developed and trialled a practical restoration approach for exposed, eroding and hydrophobic peat at Fleet Moss.

POPs and hazardous substances in construction and demolition waste
Waste and resources

POPs and hazardous substances in construction and demolition waste

We were commissioned by the Environment Agency to undertake a study into the types and levels of persistent organic pollutants in construction waste.

Mains renewal using WANDa for Severn Trent Water
Digital and analytics

Mains renewal using WANDa for Severn Trent Water

We utilised Water Asset Network Distribution analysis (WANDa) software to provide efficient delivery of client-defined criteria for network quality.

Ofwat Innovation Challenge: AI and sewer defects analysis
Digital and analytics Waste and resources

Ofwat Innovation Challenge: AI and sewer defects analysis

A collaborative project between water companies, WRc and AI vendors to develop a single dataset for sewer CCTV footage classification for the purposes

Water quality in water resource planning
Water management WRc Portfolio

Water quality in water resource planning

Our team filled a fundamental gap in the Water Resources Management Planning (WRMP) process regarding water quality and climate change.

Service reservoir volume design guidance
Water management WRc Portfolio

Service reservoir volume design guidance

The guidance is a clear and standard approach for designing storage volume requirements for use across the UK water industry.

Recycling coagulant sludge from water treatment
Water management WRc Portfolio

Recycling coagulant sludge from water treatment

Funded by UK water companies, the project’s aim was to expand knowledge and explore the recycling options for alum and ferric coagulant sludges.