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Backup Disinfection Along Melbourne’s Treatment Pathway
Treatment resilience depends on the function an intervention preserves and the evidence demonstrating delivery. Melbourne’s drinking-water pathway illustrates why backup capability, new-source capacity and measured performance require different acceptance questions.
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Latest from OFW Intelligence
How Berliner Wasserbetriebe and the Berlin Rainwater Agency use Sponge City principles, blue-green infrastructure, and rainwater law to protect the city from droughts, cloudbursts, and sewer overflows.
Analysis
Predictive Water Infrastructure: How Berliner Wasserbetriebe Uses AI and Digital Twins
Discover how Berliner Wasserbetriebe uses AI, digital twins, and secure IoT to drive predictive asset management across Berlin’s water networks.
Analysis
HOFOR Copenhagen Circular Water-Energy Nexus
How HOFOR Copenhagen and BIOFOS are transforming wastewater into green gas, heat, and recovered resources through anaerobic digestion and the VARGA water resource recovery project.
Analysis
HOFOR Copenhagen: Demand Management and Prosumers
How HOFOR Copenhagen turns 1 million customers into active water prosumers through smart metering, digital engagement, and decentralised rainwater systems.
Analysis
United Utilities and Climate-Resilient Blue-Green Infrastructure
How United Utilities is using blue-green infrastructure, SuDS and WRMP24 drought planning to manage non-stationary climate risk and deliver one-in-500-year resilience for North West England.
Analysis
United Utilities and the Digital Utility Backbone
How United Utilities is using Dynamic Network Management, AI leak detection and a £13.7 billion AMP8 plan to build a predictive, resilient infrastructure backbone for North West England.
Analysis
Vitens: Every Drop Sustainable and the 100-Liter Customer Partnership
How Vitens turns 6 million customers into partners in meeting the 100 liter per person per day target through WaterWeter, digital campaigns, and water-friendly homes.
Analysis
Vitens Infrastructure Strategy for a Non-Stationary Climate
How Vitens is redesigning its drinking water system around strategic hearts, modular capacity, and nature-based filtration to stay reliable in a non-stationary climate.
Analysis
Water–Energy Nexus at Vitens: Every Drop Sustainable by 2030
How Vitens decouples water supply from carbon and resource waste using Dutch wind power, load shifting, and circular resource recovery.
Analysis
Water Utility of the Future: Dŵr Cymru’s Customer-Led Demand Strategy
How Dŵr Cymru Welsh Water combines home audits, smart metering, and social tariffs to turn 3 million customers into active partners in securing long-term water supplies.
Analysis
Water Utility of the Future – Vitens System Intelligence
How Vitens uses sensors, AI, and digital twins to run an intelligent drinking water network from source to tap.
Analysis
Welsh Water’s Path to Net Zero Utility Operations
How Dŵr Cymru Welsh Water is using renewable energy, biosolids reuse, and mega-catchment management to cut emissions and move toward net zero utility operations by 2040.
Analysis
Thames Water Water Prosumers and Digital Demand Management
How Thames Water is using smart metering, social tariffs, and digital engagement tools to turn passive customers into water prosumers and strengthen regional water security.
Analysis
Thames Water Climate Resilience, Blue-Green Infrastructure, and Adaptive Planning
How Thames Water uses adaptive planning, blue-green infrastructure, and nature-based solutions to manage climate-driven extremes across London and the South East.
Analysis
Thames Water Circular Water Economy and Resource Recovery
Thames Water applies Circular Water Economy strategies through the 5Rs, resource recovery, biomethane gas-to-grid, and wastewater heat recovery.
Analysis
NYC DEP Water Prosumers and Digital Demand Management
In New York City, customers are becoming water prosumers. NYC DEP supports this shift through My DEP Account, the Wait… App, and building-scale reuse grants.
Analysis
Digital Water Management in New York City | NYC DEP
The New York City Department of Environmental Protection strengthens urban water resilience through digital intelligence and real-time monitoring.
Analysis
Circular Water Economy and Wastewater Resource Recovery New York City NYC DEP
Discover how NYC DEP transforms wastewater into renewable energy, biogas, and nutrients to lead New York City’s circular water economy.
Analysis
Climate Resilience and Cloudburst Management: New York City Department of Environmental Protection
NYC DEP builds resilience via cloudburst management, blue-green infrastructure, smart sewers, and nature-based non-stationary climate risk.
Analysis
Achieving Resource Circularity in the Water-Energy Nexus
Achieving Resource Circularity in the Water-Energy Nexus through the 5Rs Framework and 3Rs Decarbonisation Strategy in Singapore.
Analysis
Circular Economy and Resource Recovery: Sydney Water
Sydney Water transforms wastewater treatment into resource recovery through biomethane injection, food waste co-digestion, and biochar.
Analysis
Climate Resilience and Adaptive Infrastructure: Sydney Water
Sydney Water addresses a Non-Stationary Climate through Rainfall-Independent Supply, desalination, and Purified Recycled Water schemes.
Analysis
Climate Resilience & Blue-Green City: Singapore Strategy
Singapore manages coastal flood risk through a Source-Pathway-Receptor framework supported by Adaptive Management and integrated planning.
Analysis
Customer Engagement and Digital Partnership: Sydney Water
Sydney Water transforms the customer relationship into an active partnership through Advanced Metering Infrastructure and digital engagement.
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