Water-Energy Nexus
Available intelligence reports
Select a report below to review its scope, price, and purchase options.
This report examines how SA Water is managing energy-intensive water operations through self-generation, flexible pumping, digital control, capital discipline, and institutional accountability.
This report evaluates how Singapore balances water-supply independence with the energy requirements of desalination, water reclamation, pumping, treatment, and climate-resilient infrastructure.
This report evaluates how Thames Water manages energy demand, renewable self-generation, anaerobic digestion, biomethane, pumping efficiency, digital controls, capital delivery, and operational decarbonisation.
INTELLIGENCE ON THE WATER-ENERGY NEXUS: INTERDEPENDENCIES, EFFICIENCY, AND DECARBONISATION
Water and energy are mutually dependent in ways that are often underestimated. Treating, pumping, and distributing water is energy-intensive; generating energy requires significant water withdrawals. As utilities face pressure to decarbonise and reduce operating costs, understanding and managing this interdependency has become a strategic imperative.
This collection delivers intelligence on the water-energy nexus across both directions of the relationship: benchmarking the energy intensity of water supply and wastewater treatment, examining the water demands of thermal and renewable energy production, and exploring the digital and renewable energy synergies — solar-powered pumping, energy recovery from wastewater, and smart grid integration — that are helping utilities reduce their resource footprint and carbon emissions.
Essential intelligence for utility executives, energy managers, sustainability leads, regulators, and infrastructure investors navigating the intersection of water and energy transition.