Capillary Energy Source

[Azorus]

While using thermal dynamics does increase the energy output with this you don't need it.  both pipes have to be submergered, and you do need a lot of water to make it effecint(but look at coal power plants and how much water they use).  Output is controled by increase in air pressure, and how many capillary tubes you use.  Once move it is important for me to point out that the lower tank is sealed and has a positive increase in air pressure,  the upper trough is open and therefore has a lower air pressure than the bottom.

[Azorus]

One last point that I want to point out before another post about it.

http://en.wikipedia.org/wiki/Fluid_dynamics

please read and refer to this if you have a question about how fluids under a higher pressure flow toward fluids under a lower pressure.

[Azorus]

If anyone is testing this can they please post there results.

[Creativity]

the difference in what you did and what i did.

There is no wicking effect, the capillary pipe is filled to the top with capillary tubing.  water will rise up due to capillary effect.  the open pipe is a large open pipe, no capillary tubing in side of it.  another important note is that if you increase pressure in the bottom of mine it forces water up as it does in yours through both tubes, this breaks the surface tension in the capillary tubing pipe, but not in the open pipe because it is to wide.  the last thing i want to piont out is the upper water trough is open, not allowing for air pressure to equall out.

If u have read the link i posted u would come to the conclusion. Ok, i will give it in straight words. Whether it is a capillary pipe or a normal pipe, it takes the same pressure from the bottom (or under pressure from the top) to rise the liquid to the same level. Do the experiment as i did, see for urself.

In this light u can substitute the capillary in ur design with a simple pipe and u will have the same result, that is no free lunch. Just build a simple proof of concept to rise the water, u will see for urself.

PS: wicking effect is in fact capillary effect

[Azorus]

@Creativity

I'm sorry your idea does not work the way you want it to..

Capillary energy source uses the capillary effect to raise the surface of the water in the capillary pipe.  When you increase the air pressure in the lower water tank it displaces water out of the top of the capillary tube because of the raised surface, and the fact that higher pressures move towards lower air pressure.  I am sorry that you don't understand what has been written and you keep refering back to your failed experiment.

Those that understand that the upper trough is not sealed, thus creating a lower air pressure, can understand that water should flow out and down the open pipe. 

You see unlike your failed wicking experiment where you had a sealed system, this one is only sealed on the lower water tank allowing a diferencial of air pressure.  But thanks for your coments they keep the thread going.