Low temperature catalytic thermolysis of water

[kolbacict]

It is strange that positive results are only in the gas phase, but nothing happened in the liquid phase.

High voltage easily breaks the ionic bond. (and fuses ions of the other polarity)

Obviously, in gases, the speed of ions in an electric field reaches high speeds.
In water, electrolytes, liquids, the speed of movement of ions is orders of magnitude less.
And the molecules of water vapor or air oxygen fall apart according to the free radical mechanism precisely from collisions.

[Sergh]

Casimir and Casimir-Polder Forces in Graphene Systems: entropic anomaly

https://arxiv.org/abs/2009.09979

[Sergh]

Continued experiments according to this scheme:

https://overunity.com/18865/low-temperature-catalytic-thermolysis-of-water/msg575130/#msg575130
Changes:

1. The vacuum pump from medical syringes was replaced with one hydraulic cylinder. The hydraulic cylinder has 2 chambers. When the piston moves, a rarefaction of air is created in one chamber, and air is compressed in the other. If you combine these chambers with valves, you get a two stage vacuum pump. The first valve first stage was installed with electrical switching, as mechanical "aquarium" valves do not work at low pressure. At low air pressure, there is not enough force to press the spring in the valve.
With some physical effort, it is possible to set the vacuum gauge needle at -100 kPa with the help of such a pump.

2. I do not use water heating. The room is now +22 Celsius, water at reduced pressure boils without heating.

3. Heating the tube is also not needed. The tube is heated by itself from the barrier discharge.

4. The central conductor in the tube was placed in a thin glass pipe.

5. Added an air inlet pipe to a jar of water. Through a valve that can finely regulate the air flow, I supply a little air in the water to ensure air circulation with steam. If there is only steam, there is very small amount of gas at the outlet, the pressure does not increase.

Results:

It is possible to achieve a concentration corresponding to 2.2 and even 2.3 Volts max at the output of the MQ-8.  This voltage probably corresponds to a concentration of about 3000 - 3500 ppm.
But considerable physical effort is required.

In general, of course, the system is far from optimal.
It is necessary to do something so that the steam cyclically enters the zeolite in a significant amount, and then the remaining steam and reaction products are cyclically pumped out.
So far I somehow do not understand how to implement this.
The main difficulty is that relatively low pressure is required to produce hydrogen. Most simple pumps are not suitable for such pressure. Of course, you can use an two stage rotary vane vacuum pump, but this is inefficient and the output will contain oil.

[kolbacict]

https://arxiv.org/abs/2009.09979
Так может туда графена нафигачить ?
Maybe  instead a zeolite  , graphene put on there ?

[Sergh]

Graphene does not have cavities, it can if fullerenes or carbon nanotubes are used..
https://en.wikipedia.org/wiki/Fullerene
https://en.wikipedia.org/wiki/Carbon_nanotube