Research news on power generation water use

Power generation water use refers to the quantities, pathways, and impacts of freshwater withdrawal and consumption associated with electricity production across technologies such as thermoelectric (fossil, nuclear, biomass), hydroelectric, and some renewable systems. It encompasses cooling water intake and discharge, evaporation from reservoirs and cooling systems, and process water for fuel extraction and processing. Research on this topic quantifies water intensity (e.g., liters per kilowatt-hour), assesses regional water stress implications, evaluates trade-offs between energy portfolios and water availability, and informs technology choice, cooling system design, and policy for integrated water–energy resource management.

New database reveals how Americans use water

Water powers our lives. It feeds our crops, keeps factories running, generates electricity, and fills our taps. But until now, no one had a clear, national picture of how much water we're using—and for what.

Shifting waters: Climate change in Italy's mountains

About 15% of Italy's energy is produced by its nearly 5,000 hydroelectric power plants. In the Valle dei Laghi region, water flowing from the surrounding mountains supports local agriculture and the Santa Massenza hydroelectric ...

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