FIRST FREE ENERGY DEVICE REACHES MARKET IN OCTOBER -- The Game Changer is Here

[MileHigh]

Chess:

Sounds like a manifesto!  lol  You and Che, eh?

I can't see it panning out like you do assuming the miracle of getting energy from nickel and hydrogen comes true.

The oil industry will shrink considerably and we will have cheap gas for our cars and we won't have to worry about "destroying the world" when we go for a Sunday drive.  But the industry will definitely not become extinct.  There are many niches where it fits.

Mainstream media will not go away.  You have to remember that not everybody thinks like you!

The fantasy really does promise for a bright future, we have unlimited amounts of hydrogen and nickel at our disposal.  You just have to try to read between the lines.  Let's cross our fingers, we desperately need a "shift to the real" if any of this is in fact true.

Chances are that the same power companies that supply electricity to the grid will be the ones that supply electricity to the grid using LENR technology.  They are not simply going to roll over and play dead.

Almost nobody is going to want to have some kind of "reactor," nuclear or otherwise, in their basement.  Try to take yourself out of your bubble for a second.  The infrastructure to deliver power to their household is already in place, it's just a question of retrofitting new technology into the existing power plant infrastructure.

MileHigh

[WilbyInebriated]

and we won't have to worry about "destroying the world" when we go for a Sunday drive.

so you worry about "destroying the world" yet you go for sunday drives anyhow.  you really are a little chet-monster...

You have to remember that not everybody thinks like you!

as do you, troll.

we have unlimited amounts of hydrogen and nickel at our disposal.

really? unlimited? are you certain of that? what proof do you have? are you suggesting the universe is infinite? what evidence do you have of that? liar.

Almost nobody is going to want to have some kind of "reactor," nuclear or otherwise, in their basement.    The infrastructure to deliver power to their household is already in place, it's just a question of retrofitting new technology into the existing power plant infrastructure.

MileHigh

what evidences do you have of this claim? none. try to take yourself out of your bubble for a second... furthermore, the grid is inefficient and simply a means to control the public. it needs to go.

[MileHigh]

Wil-beast:

You are flailing your short stubby little arms.

MileHigh

[WilbyInebriated]

Wil-beast:

You are flailing your short stubby little arms.

MileHigh

milelow, i am simply rebutting your misleading, lying, and malicious comments and you post another logical fallacy (red herring)... imagine that! tell me chet-monster, why is it that you cannot address the substance of my posts and continue with your juvenile responses?

try to stay on topic troll... i know it's hard for your immature mind, but give it your best shot.

@all: let's see if he has the character or courage to respond to my questions from my previous posting. don't hold your breath...

[gravityblock]

At high temperatures the nano nickel powder will form into big clusters, which is the opposite of what we need to maintain.  However, Al₂O₃ powder can be used as a catalyst support and the strong metal‐support interaction can prevent the aggregation of nano‐sized nickel into  bigger  clusters  at  high  reaction  temperature.  All  nano‐sized  nickel particles which clings to the Al₂O₃ powder increases the reaction surface and thus improves the catalyst efficiency.  In addition to the Al₂O₃, fullerenes is the second part of the catalyst.  Rossi's e-Cat uses the catalyst to dissociate molecular hydrogen into atomic hydrogen.  Molecular hydrogen will dissociate into atomic hydrogen on fullerenes with an energy gain.  There is an additional energy gain with the disintegration of the hydrogenated fullerenes.  Below is a few quotes I found in a publication titled, "Hydrogen-induced disintegration of fullerenes and nanotubes", which I previously posted in this thread in reply #1078.  Also, I'm attaching a schematic for the hydrogenation of fullerenes with a RF Generator using Ni/Al₂O₃.

Gravock
 
   

Calculations at higher coverages suggest that after the first two atoms are adsorbed, additional hydrogens should preferentially adsorb along straight lines on the substrate.  We believe that formation of this energetically preferred adsorption pattern can be achieved by surface diffusion of hydrogen atoms at temperatures found during many hydrogenation reactions since the activation barrier for sigmatropic rearrangement of chemisorbed hydrogen atoms is only ~1 eV.  Even though there are no preferential adsorption sites on a carbon nanotube, atomic hydrogen is believed to adsorb preferentially along lines parallel to the axis of the outermost tube to release stress.

   

Molecular hydrogen does not dissociate on planar graphene, but does so with an energy gain on fullerenes, with the dissociated hydrogen pair preferentially binding on top of adjacent carbon atoms.

   

We found that the energy needed to break one bond is larger than the energy to break two adjacent bonds, shown in a dark color in the left panel of Fig. 2(c). Continuing this concerted bond breaking mechanism should cleave the edge, causing the structure to disintegrate

   

Consequently, the calculated transition paths for the disintegration of hydrogenated fullerenes and nanotubes represent the optimum cleavage path in unconstrained systems. Following an initial energy investment of 1.7 eV, the bonds break abruptly, leading to the final structure depicted in the right panel of Fig. 2(c). There is a net energy gainof ~2 eV associated with the bond breaking , caused by releasing the accumulated stress.

   

Our results indicate that the energy barrier to propagate the fracture decreases at successive steps. As a matter of fact, it may be reasonable to assume that the energy released following the initial step may activate the zipperlike cleavage at the crease without further energy investment. Once cleavage is initiated, the unzipping process transforms the stressed crease into two overlapping graphene edges in an exothermic reaction.