Build a small artificial geyser

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SUMMARY

This discussion focuses on building a small artificial geyser using geothermal principles. Key considerations include using a 4-inch diameter main pipe with a 3/4-inch inner pipe for cold water injection, ensuring safety by allowing remote operation of the water flow. The interaction between cold water and a superheated metal pipe is crucial for vapor production. Participants also discuss the importance of soil temperature and the choice of metal for optimal performance.

PREREQUISITES
  • Understanding of geothermal energy principles
  • Knowledge of materials suitable for high-temperature applications
  • Familiarity with fluid dynamics in pipe systems
  • Basic safety protocols for handling hot materials
NEXT STEPS
  • Research geothermal energy applications in small-scale projects
  • Learn about materials suitable for high-temperature piping, such as stainless steel
  • Investigate fluid dynamics principles relevant to geyser design
  • Explore safety measures for geothermal experiments and installations
USEFUL FOR

This discussion is beneficial for hobbyists, engineers, and educators interested in geothermal energy, DIY projects, and safe experimental setups involving high-temperature systems.

nadabro
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Hi.

Just a idea wondering around my brain today.

I live near volcanoes, some have secondary activity (which is used for geothermal exploration), but while the magma is close enough to the surface to create secondary volcanism activity (such has fumaroles), we don't any geyser.

After searching the web i came across this video, which looks like simple to accomplish (security first..)..


1) The output of the borehole is simply water vapor?

2) The reaction should be the cold water in contact with a super heated metal pipe?

3) What soil temperature should i search?

4) Length/width of the pipe and which type of metal the pipe should be to accomplish better results?Any help/ideas is appreciated.
 
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hmmm ok
I would suggest that they way they are manually pouring the water is a bit dangerous
and could lead to some one getting badly burnt

A much better and safer idea would be to have the main pipe say somewhere ~ 4" diameter
and have a smaller 3/4' pipe going down the inside of it for some distance ... say 1/2 to 2/3
the length of the main pipe.
The cold water is then sent down the smaller diam. pipe and comes back up the main one as your geyser
That way you can turn a tap on and off at a safe distance cheers
Dave
 

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