HHO Water Hammer Generator By Tommey Reed

[TommeyReed]

Hi all,

Yes this was a real project that I built and worked.

This is the working model that disappeared to this day. I was under contract to design and build.

Even my investor doesn't know where it went while NASA engineer was working on a bigger version of it and didn't work for him.

These are a few pictures I still have.

[kolbacict]

I don't know how big the combustion chamber is but if it contains pure stochiometric HHO under pressure, I would venture a guess that it may well blow the apparatus to pieces and render everyone around stone deaf.

As Patrick, Bob Boyce and others have stressed, HHO is very dangerous.

If the entire HNO will be in the volume of the tank not in a compact form, but mixed with water.
For example, a suspension of small bubbles or foam, will there also be an explosion ?

[Paul-R]

Yes, attenuated somewhat.
This is why Patrick, Bob etc have always stressed generating HHO as  it is to be used.

[TommeyReed]

Hi All,

Let me just say most of you have no idea how my system works, this was not the complete system is the diagram.

The Real working model was in the picture not the diagram.

I worked 20+ years in HHO, and it's not a good fuel for any IC engine due to the fact that it has a much faster burn rate.

Until people realize you must separate HHO in a electrolysis and  avoid too much oxygen to enter the IC engine, the burn rate will not change.

IC engines need HEAT to expand the pressure, not a fast expansion one like HHO. The fact the implosion happens is due to cooling effects nothing else.

This deals with Ideal Gas Laws and Charles Law, HHO burn to fast to even cause the pressure to increase due to heat.

Think of the basics, you double the temperature you double the pressure V1/T1 = V2/T2.

The real problem in HHO is energy needed to create enough hydrogen to produce the heat needed to run the IC engine. You be better off to have the watts needed to create steam to do the work in the IC engine.

Sometime people just don't get it, the system I built allow the flow of fluid to move a turbine at a high velocity with very little back pressure. This then has a implosion effects that pulls water in to the tank to fire again. like loading a bullet.

If back pressure is too high, implosion is increase and very little work can be done with HHO.

I get a kick out of people claiming how much litters of HHO they produce, when in fact 1 BTU will raise 1 pound of water 1 degree, or 1 watt would  raise it 3.41 degree. Between those plates most people are creating steam bubbles in most of those videos.

Tom