Sorry this is not getting my full scrutiny.
Method for producing hydrogen by adding water to an alloy of aluminum and gallium. The hydrogen could then be used to run an internal combustion engine.
Beverage Can (aluminum) Hydrogen
The super battery called Aluminum - The unseen super-battery of the future.
ALUMINUM DATA - (Something to think about??????)
1 gram of Al = 0.0370 moles
Each mole Al yields 3 moles of electrons.
0.0370 moles x 3 x 96500 C/mole = 10700 Coulombs
An Amp is a Coulomb per second, so one Amp flow would last 10700s.
10700 amp-s / 3600 s/hr =~ 3 Amp-Hours per gram of aluminum.
At 14g per beer can, that comes to about 42 Amp-Hrs per can!!!
At 2 volts, that's about 300 kJ per can! And you thought only the beer kicked butt !!! : )
A 20 lb. slab of aluminum has enough energy to power an electric car for over 500 miles.
Aluminum is one of the most abundant metals on the surface of the earth. Aluminum is not expensive because it is rare. It is expensive because its takes so much electrical power to deoxidize it.
All this electrical power is now caught in a solid form as Aluminum metal. (Aluminum is a powerful battery)
When aluminum is dissolved most of the electrical power that was used to create it can be easily recaptured. The next time you pick up a roll of aluminum foil you will realize that you are actually holding a lot of potential horse power in the palm of your hands.
Aluminum is produced by corporations that buy electricity at well under a penny per KWH making aluminum the largest untapped source of potential cheap power.
(At least for the short run, the Aluminum energy frenzy will drive the price of aluminum up as all of the old aluminum reserves are stripped of their electric energy potential while being dissolved away in electrolytic cells thus turning it back into Bauxite)
When you buy aluminum you are mainly paying for the electricity that made it.
Electricity that was bought at bottom of the barrel wholesale pricing.