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Side-by-side comparison diagram of two geothermal energy systems. On the left, an Enhanced Geothermal system shows two wells drilled into layered rock, connected at depth through artificially created fractures in hot basement rock, where water circulates directly through the fractured formation. On the right, a Closed-Loop system shows two wells connected by a sealed pipe at depth, keeping the circulating fluid entirely contained within the piping and isolated from the surrounding rock. Both diagrams depict geological layers including surface vegetation, sedimentary rock, and deep hot rock

Side-by-side comparison diagram of two geothermal energy systems. On the left, an Enhanced Geothermal system shows two wells drilled into layered rock, connected at depth through artificially created fractures in hot basement rock, where water circulates directly through the fractured formation. On the right, a Closed-Loop system shows two wells connected by a sealed pipe at depth, keeping the circulating fluid entirely contained within the piping and isolated from the surrounding rock. Both diagrams depict geological layers including surface vegetation, sedimentary rock, and deep hot rock

Closed-Loop vs. EGS — The Geothermal Technology Fork That Will Define the Next Decade

Fervo and Eavor both crossed the commercial threshold in 2025, but they represent fundamentally different bets on how geothermal scales. This analysis provides a five-dimension framework for matching technology to project context.

3 days ago8 min read

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