dave_cahoon
15 posts · 1 thread started · 45 more in threads this archive does not carry · writing between Dec 2008 and Feb 2010
An identity on Energetic Forum as it was harvested, not an account on this site. Nobody here has claimed it, and nothing connects it to a person by name.
Here is another application of the electronic effect.
Has some circuit diagrams.
Think of this as educational if anything... its not a complete ammonia system.
Remember they are not feeding the reactor the same *stuff* we intend to process.
Dave
Has some circuit diagrams.
Think of this as educational if anything... its not a complete ammonia system.
Remember they are not feeding the reactor the same *stuff* we intend to process.
Dave
Hi group,
Pg6 Transparent Tube with Expanded metal anode left side of page lower half.
Water Fog/Steam, and Air in, Nitrogenous fuel out.
Its called Gasification, Most people can only imagine Thermal Gasification.
Non-Thermal Plasma reactions are a whole new ball game in chemistry.
Electronics is HF HV. Many will find this part like a snake. But, if your careful
you wont get bit. (its as simple as a 555, FET and a coil) and using the
correct geometry of insulators and electrodes. AND maintaining the O2 levels
lower than what will complete combustion.
I can imagine a system that will plumb in where my geet reactor currently is.
Dave
Pg6 Transparent Tube with Expanded metal anode left side of page lower half.
Water Fog/Steam, and Air in, Nitrogenous fuel out.
Its called Gasification, Most people can only imagine Thermal Gasification.
Non-Thermal Plasma reactions are a whole new ball game in chemistry.
Electronics is HF HV. Many will find this part like a snake. But, if your careful
you wont get bit. (its as simple as a 555, FET and a coil) and using the
correct geometry of insulators and electrodes. AND maintaining the O2 levels
lower than what will complete combustion.
I can imagine a system that will plumb in where my geet reactor currently is.
Dave
Who's controlling us?
#14 ·
The same greedy goolish things that stopped Tesla
They're either very long lived or they can breed?
Either way they cant be human, because they have done so much inhumane.
They are gools sucking the life from the planet and living on it like a lazy parasite.
They're either very long lived or they can breed?
Either way they cant be human, because they have done so much inhumane.
They are gools sucking the life from the planet and living on it like a lazy parasite.
Paul Patone Free
#5 ·
Paul is free
Paul is free from the mindforged manticals and the dungon
Paul is free from the mindforged manticals and the dungon
Paul Patone Free
#4 ·
He Implys that there is H2O only system or a closed loop, BUT asks all to inquire at Geet Fuel Processor - Paul Pantone I'm happy he gets to split for elseware...
Paul Patone Free
#2 ·
says son and overseas internet Europe/Australia made "them" act 
Is going to teach a class then move away. Good for you Paul and Earth
Is going to teach a class then move away. Good for you Paul and Earth
Paul Patone Free
#1 ·
He is on C2C 1100am dx.
Sorry if this is old news
Sorry if this is old news
Group,
The water shift reaction is a starting point for a study
of reactions that happen during biomass and other
materials like kerosene, thermal gasification.
Some of the main reactions:
C+O2 -> CO2+Heat;
H2O+C+Heat -> CO+H2;
CO2+C+Heat -> 2CO;
H+H -> H2+Heat;
Plus many others depending on system design.
During gasification what is desired, is the molecules
are heated to the point they fall apart and turn into
a HOT soup of atoms. The longer the molecule is in
the heat, the further it gets broken down. Called
residence time.
This I believe is why GEET eats smog and other oxides
like NxOy becomes xN+yO The yO is free to
play part in reactions later.
Some molecules slip through in most systems.
If you started with Hexadecane, one of the molecules in kerosene.
It is C16H34, after heating, (in a perfect world) results in HOT 16C
and 34H The "hot atom soup"
repeate reaction;
The steam, H20 after heating, (iapw) results in HOT 2H and 1Oxygen
IN A PERFECT REACTION:
While the "soup" cools free carbons have a greater affinity
with oxygen than zippy hydrogen.
So we need 16 oxygen atoms from water or air, to pare up
with the 16 carbons from the Hexadecane.
The end result is synthesis gas 16CO and 17H2 + another
16H2 from the water.
Back to the slipped molecules.
It is hoped that none of the C16 would be there, fragments of it may or will.
When the larger molecules start cooling, Hydrogen must be supplied for each
side of the crack or as the cracked up gasses cool they will recombine (in
the cooler the part I forgot to mention above post) into tangled HCx with
carbon bonded to carbon, looping the remaining chain of carbons back onto
itself and or others. Molecules of anything C<16 can be created this way
BUT with out catalysts, who knows what??? Any advanced organic chemist,
I am sure would have a clue.
As long as the molecules are smaller than the C16? molecules than your going
in the correct direction, they will burn. Simply broken in half and ends
patched with hydrogen. One kerosene,Hexadecane molecule becomes two
gasoline octane molecules. Already vaporized for use and mixed up with the synthgas...
Dave
The water shift reaction is a starting point for a study
of reactions that happen during biomass and other
materials like kerosene, thermal gasification.
Some of the main reactions:
C+O2 -> CO2+Heat;
H2O+C+Heat -> CO+H2;
CO2+C+Heat -> 2CO;
H+H -> H2+Heat;
Plus many others depending on system design.
During gasification what is desired, is the molecules
are heated to the point they fall apart and turn into
a HOT soup of atoms. The longer the molecule is in
the heat, the further it gets broken down. Called
residence time.
This I believe is why GEET eats smog and other oxides
like NxOy becomes xN+yO The yO is free to
play part in reactions later.
Some molecules slip through in most systems.
If you started with Hexadecane, one of the molecules in kerosene.
It is C16H34, after heating, (in a perfect world) results in HOT 16C
and 34H The "hot atom soup"
repeate reaction;
The steam, H20 after heating, (iapw) results in HOT 2H and 1Oxygen
IN A PERFECT REACTION:
While the "soup" cools free carbons have a greater affinity
with oxygen than zippy hydrogen.
So we need 16 oxygen atoms from water or air, to pare up
with the 16 carbons from the Hexadecane.
The end result is synthesis gas 16CO and 17H2 + another
16H2 from the water.
Back to the slipped molecules.
It is hoped that none of the C16 would be there, fragments of it may or will.
When the larger molecules start cooling, Hydrogen must be supplied for each
side of the crack or as the cracked up gasses cool they will recombine (in
the cooler the part I forgot to mention above post) into tangled HCx with
carbon bonded to carbon, looping the remaining chain of carbons back onto
itself and or others. Molecules of anything C<16 can be created this way
BUT with out catalysts, who knows what??? Any advanced organic chemist,
I am sure would have a clue.
As long as the molecules are smaller than the C16? molecules than your going
in the correct direction, they will burn. Simply broken in half and ends
patched with hydrogen. One kerosene,Hexadecane molecule becomes two
gasoline octane molecules. Already vaporized for use and mixed up with the synthgas...
Dave
Group,
Most engines will get a few % from rainy days.
Because the moisture in the air.
There are airstone devises out there for sale,
that mimic a rainy day...
Dave
Most engines will get a few % from rainy days.
Because the moisture in the air.
There are airstone devises out there for sale,
that mimic a rainy day...
Dave
Ash,
The GEET is the real deal.
Most people want to vaporize their fuel.
Most carburetors vaporize fuel...
Trick is to CRACK the vapors into gasses.
The GEET does that..
Problem with GEET is dis-info
Ill bet, with geet tech; The fuel can go in circles
like the working fluid in a heat pump.
Dave
The GEET is the real deal.
Most people want to vaporize their fuel.
Most carburetors vaporize fuel...
Trick is to CRACK the vapors into gasses.
The GEET does that..
Problem with GEET is dis-info
Ill bet, with geet tech; The fuel can go in circles
like the working fluid in a heat pump.
Dave
Cold Fusion
#15 ·
Well Ash,
All is fair in html use what you want, my site is good till 2010may?
or copy what you want to. I've since learned to use a piece of cardboard to make my bench look cleaner than it is, photographically...
The reaction will work with 120vdc IF YOU PREHEAT the water to get it started.
Dave
All is fair in html use what you want, my site is good till 2010may?
or copy what you want to. I've since learned to use a piece of cardboard to make my bench look cleaner than it is, photographically...
The reaction will work with 120vdc IF YOU PREHEAT the water to get it started.
Dave
Cold Fusion
#11 ·
dmonarch wrote:
If you could split the steam adn the gas from one and other you could feed it back into the system maybe.
Dave
Cold Fusion
#7 ·
Hi Group,
Not true, It is very easy to do.
Chemicals/Materials
Baking soda yes sodium not potassium, still works.
OR
No-Salt potassium.
1/8" Tungsten welding rod for center electrode, green or red tip.
Some stainless wire for the outer electrode.
Equipment:
Face shield, with safety glasses on under.
Plastic bib.
A stout transformer 2 to 1 step up.
An equally stout variac.
A full wave bridge made from 4 smaller bridges, or more
A 600v cap electrolytic Cap the bigger the better.
A Pyrex canning jar or like.
A insulator for the center electrode so only 1/2 inch or less is in contact with the water.
Directions:
Preheat the water to simmering.
Apply power.
Start with 180v dc.
Dave
Not true, It is very easy to do.
Chemicals/Materials
Baking soda yes sodium not potassium, still works.
OR
No-Salt potassium.
1/8" Tungsten welding rod for center electrode, green or red tip.
Some stainless wire for the outer electrode.
Equipment:
Face shield, with safety glasses on under.
Plastic bib.
A stout transformer 2 to 1 step up.
An equally stout variac.
A full wave bridge made from 4 smaller bridges, or more
A 600v cap electrolytic Cap the bigger the better.
A Pyrex canning jar or like.
A insulator for the center electrode so only 1/2 inch or less is in contact with the water.
Directions:
Preheat the water to simmering.
Apply power.
Start with 180v dc.
Dave
Cold Fusion
#4 ·
Hi Group,
My REPLICATION, of Japans Hokkaido University
Ohmori and Mizuno, Cold? Fusion Reaction.
Was very simple and easy to reproduce.
Just weighing the water loss over time and knowing the watts resulted in an arguable cop of 1.0 then add in the temp rise, and hydrogen/oxygen produced and we are easy in the free lunch zone.
Getting involved in the "what changed into what" argument is significantly more expensive and tedious side of the effect, I did not bother with...
Dave
My REPLICATION, of Japans Hokkaido University
Ohmori and Mizuno, Cold? Fusion Reaction.
Was very simple and easy to reproduce.
Just weighing the water loss over time and knowing the watts resulted in an arguable cop of 1.0 then add in the temp rise, and hydrogen/oxygen produced and we are easy in the free lunch zone.
Getting involved in the "what changed into what" argument is significantly more expensive and tedious side of the effect, I did not bother with...
Dave