Power Plant Cooling Water Simulator
Pick a thermal power plant's cooling technology — once-through river cooling, a wet recirculating tower, or a dry air-cooled condenser — and watch how much water it withdraws and consumes per megawatt-hour, and how ambient temperature trades against efficiency.
Thermal power plants — coal, gas, nuclear — reject far more heat than they turn into electricity, and how they get rid of that heat determines how much water they need. This simulator models the three main cooling technologies side by side: once-through river cooling (huge withdrawal, tiny consumption), a wet recirculating tower (small withdrawal, high consumption via evaporation), and a dry air-cooled condenser (almost no water, but a real efficiency penalty on hot days). Adjust plant output and ambient temperature to see the water-energy tradeoff play out in real time.
Pick a thermal power plant's cooling technology — once-through river cooling, a wet recirculating tower, or a dry air-cooled condenser — and watch how much water it withdraws and consumes per megawatt-hour, and how ambient temperature trades against efficiency.
3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install