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Geothermal NCG Abatement: H₂S Capture & Parasitic Power Loss

Interactive 3D geothermal power-plant simulator: watch non-condensable gas (H2S/CO2) get pulled off the steam separator, ejected with motive steam, and scrubbed by a catalytic abatement bed, with live H2S emission, captured-sulfur, and parasitic-power-loss readouts.

Energy & Thermodynamics3DModerate60 FPS📱 Mobile-adapted⇄ 2D version

Every geothermal power plant vents a small stream of non-condensable gas — mostly CO₂ with a regulated H₂S fraction — that steam-jet ejectors pull off the separator and a catalytic abatement bed scrubs before it reaches the stack. This simulator renders that gas train in 3D: adjust the steam flow, NCG fraction, H₂S share and abatement efficiency and watch individual gas parcels either settle onto the catalyst bed as captured elemental sulfur or ride the plume out the stack, while live readouts track H₂S generated versus emitted, cumulative sulfur captured, and the parasitic power the ejector's motive steam quietly subtracts from the plant's net output.

⚙ Under the hood

Interactive 3D geothermal power-plant simulator: adjust steam flow, non-condensable gas fraction, H2S share and catalytic abatement efficiency, and watch gas parcels get scrubbed to elemental sulfur or vented as plume, with live emission, captured-sulfur and parasitic-power-loss readouts.

geothermalenergyemissionssulfurpower-plantenvironment

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install