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I've been wondering this as well. Everything I've read online says it's not at all likely given how much energy we would be pulling out. However, I've also seen
by TSiege 3y ago
I've been wondering this as well. Everything I've read online says it's not at all likely given how much energy we would be pulling out. However, I've also seen statements that earth produces 47 terrawatts of energy (unclear if this is annually or not) and we currently consume 16 terrawatts of energy every year (34% of earth's production). So it doesn't seem like a strange question to ask, what happens if we start sucking terrawatt hours worth of heat energy from the earth and dissipating it into the climate and space? We're currently pulling multiple terrawatt hours worth of energy via fossil fuels and it doesn't seem to be without major consequences
https://en.wikipedia.org/wiki/Earth%27s_energy_budget?useskin=vector#Earth's_internal_heat_sources_and_other_small_effects https://en.wikipedia.org/wiki/Earth%27s_energy_budget?useski...
- graemep 3y agoThat is per second. A terrawatt is a terrajoule per second. The 47 TW is the current rate at of flow outward and it is tiny compared to the amount of stored heat in the earth. The (interior of) the earth is cooling very slowly anyway.. Taking a little bit more relatively close to the surface will have a negligible effect on this.
- TSiege 3y agoThank you for the clarification every source I found solely reported the number but not the rate