
Smart Meters vs. Reservoirs: How Thames Water Saved 57M Litres/Day
Thames Water’s smart meters saved 57M litres/day—equal to a major new abstraction plant—at a fraction of the cost. Analysis of NB-IoT and leak detection ROI.
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Why Thames Water Cannot Close the 1bn Litre Deficit with Pipes Alone
The Thames basin gets less rain than Madrid or Dallas. Analysis of why 80% of London's 1bn litre/day water deficit must be solved by demand management, not dams.
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Thames Water: Transitioning to a Circular Economy Led Investment Model
Thames Water’s path from compliance to circularity. Analysis of the three conditions for a 5R model and the critical Scope 3 gap in the 2030 Net Zero plan.
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Thames Water: How Teddington Abstraction Secures London’s Water
Thames Water’s Teddington project will turn 75M litres of wastewater into drought resilience by 2033. Explore the future of London’s first water recycling plant.
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Thames Water: Why Circular Economy Success Requires Regulatory Reform
Thames Water: Why circular economy success requires regulatory stability. Explore how England's 2026 reform agenda impacts biomethane, struvite, and recycling.
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How Thames Water Became the UK's Largest Renewable Generator in the Water Sector
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.
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Thames Water Circular Economy Compliance Constraint
Explore how Thames Water’s 350 sites offer huge circular economy potential, yet AMP8 compliance obligations and financial constraints delay resource recovery.
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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.
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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.
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