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HHO balloon ignition test

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Uploaded by on Mar 4, 2008

This shows how HHO reacts when ignited in a sealed cell.

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Science & Technology

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Standard YouTube License

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Uploader Comments (CarbideTip)

  • FASCINATING! So the heat does cause expansion after the explosion but a vacuum after it cools?

  • Instant change of state? :-)

  • nice 1

    lots of vacuum.

    what is the meter labelled cen-tech reading?

  • Temp.

  • excellent demonstartion of the effect ... that there is a 5 star production ...

  • Thank you SS.

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All Comments (18)

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  • hho implodes retards

  • IT LOOKS LIKE A FROG GULLET

  • its causing a vacuum because of the internal SEALED combustion requiring oxygen. dumb ass

  • I don't think you are seeing the effect correctly. The initial detonation consumes the available gases in the tube/chamber. All subsequent detonations occur when the amount of gas available consists of enough oxygen to allow combustion thus consuming all of the gas generated to that point. That is why you see a negative pressure inside the tube after the detonation. H2 + O = water which goes back into the solution. Watch closely and you can see the droplets .

  • Why don't you let the ballon fill up and then tie it off and light it on fire. The M-80 explosion will be much more impressive.

  • you're not sealing the ballon, that's why air leak out and cause a vaccume

  • Do believe you are making h2+0 and igniting it with high voltage, This is not what I am doing.

  • OK, so it's initially exploding due to the air in the system which makes it a higher ratio than stoichiometric. Because there is not a clamp or seal a little bit of gas is forced out of the system with each ignition so the volume gets less and less and the membrane is sucked down further and further when the implosion that follows the explosion occurs. Try it with a clamp around the membrane and seal it. THANKS.

  • nice ,very good.

  • Thank You Thank You Thank You Thank You

    This video take ALL the guess work out of my next build.

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