News

Thames Water: Why circular economy success requires regulatory stability. Explore how England's 2026 reform agenda impacts biomethane, struvite, and recycling.

How did Thames Water become the UK's largest renewable generator? Explore the 475.3 GWh energy recovery success and the hard 30% shift to process engineering.

Explore how Thames Water’s 350 sites offer huge circular economy potential, yet AMP8 compliance obligations and financial constraints delay resource recovery.

Governance and Institutional Reform Analysis · Thames Water How Thames Water's governance crisis accelerated England's most extensive water sector reform since privatisation — and why the reforms it triggered will outlast the company's own restructuring By Our Future Water Intelligence Editorial · Our Future Water Intelligence · 2026-03-24 S

White Horse Reservoir: The 2026 Governance Test. Analysis of the £18.7bn Thames Basin supply gap and why the Autumn DCO application depends on the new Water Bill.

Thames Water's £18.7bn AMP8 programme is a historic scale-up, yet capital prioritisation remains an exercise in managed risk deferral. Read the full analysis.

Scottish Water targets Net Zero by 2040, cutting operational carbon 52% and generating 300% of its electricity from renewables by 2030.

Scottish Water's Exemplar programme deploys AI, IoT sensors and Digital Twins to shift from reactive maintenance to real-time network orchestration.

Scottish Water's Stormwater Strategy targets zero new surface water connections and deploys blue-green infrastructure to protect Scotland from climate-driven flooding.

Scottish Water targets a 20% cut in daily consumption to 140 litres per person by empowering customers as active water prosumers through smart metering and digital engagement.

How Yorkshire Water's Nature First policy scales blue-green drainage, wetlands, and biodiversity to cut storm overflows and build climate resilience across Yorkshire.

Yorkshire Water is using resource decoupling, renewables and circular economy projects to reach operational net zero and turn its sites from energy consumers into energy producers.

Yorkshire Water is using adaptive planning, the Yorkshire Grid and targeted investments to manage a non-stationary climate and protect customers from drought and extreme rainfall.

Yorkshire Water is using IoT, AI and a unified operations centre to predict and prevent failures across its water and wastewater networks, strengthening resilience under climate and growth pressures.

How United Utilities is using renewable energy, virtual power plants and circular resource recovery to decarbonise operations and support regional net zero outcomes

United Utilities is rolling out 900,000 smart meters and £525m affordability support to help seven million customers manage demand and bills in North West England.

How Dŵr Cymru Welsh Water’s Smart Hub, SCOPE telemetry, and digital twin are building a resilient, data-driven water utility prepared for cyber and climate shocks.

Dŵr Cymru Welsh Water is re-engineering its network for a 2 ºC warmer world, using modular assets, adaptive pathways, and nature-based systems to protect long-term supplies across South Wales.

How HOFOR Copenhagen’s 20-year, 20 billion DKK cloudburst plan uses blue-green infrastructure and tunnels to protect 1,000,000 residents from extreme rainfall.

How HOFOR Copenhagen uses AMI, SCADA, and LEAKman to run a live, low-loss water network with world-leading non-revenue water performance.

How Anglian Water uses treatment wetlands and urban SuDS to cut spills, improve river health, and deliver Biodiversity Net Gain.

How Anglian Water’s Triple Carbon Reduction project turns wastewater into hydrogen, oxygen, and biomethane to cut emissions and generate green energy.

How Anglian Water is using AI, digital twins, and GIS to build intelligent water and wastewater networks and shift from reactive to proactive operations.

How Anglian Water’s Strategic Pipeline Alliance and £11 billion AMP8 plan are building a flexible regional water grid with 1-in-500-year drought resilience.