Clarification: I mean of course if you create a volcano in the wrong spot that would be bad, but like if you're drilling for thermally heated ground water can stuff go wrong?
Clarification: I mean of course if you create a volcano in the wrong spot that would be bad, but like if you're drilling for thermally heated ground water can stuff go wrong?
A sibling comment posted a link on this and I just submitted a similar article myself. The twist seems to be to extract the heat/energy from the side or from below the magma chamber to not destabilize the ceiling of the chamber. That's because rock becomes more brittle when cooling down. Triggering a supervolcano eruption instead of preventing it would be a very unfortunate outcome ;)
The cause for this geological change has been identified as a drilling operation conducted in the summer and autumn of 2007 to provide geothermal heating to the city hall. The drilling perforated an anhydrite layer and caused high-pressure groundwater to come into contact with the anhydrite, which then began to expand.
By 2010, some sections of town had risen by 30 centimetres (12 in). In July 2013, no end to the rising process was in sight.
Quite the woopsie
https://www.thinkgeoenergy.com/city-of-freiburg-germany-endo...
I'm just an internet rando, but I think that if they could identify spots that were remote enough to not impact the park features, and to design it from the start to address all other concerns (like handling waste water etc), disrupting nature, it could be done.
A brief moment of optimism from someone pessimistic about the future.