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originally posted by: network dude
a reply to: Justoneman
you are exactly correct. The smart one's are violently adamant that this won't work. I suspect they will be along to flog you with math soon.
... power is fueled by liquified hydrogen, stored at extremely low temperatures, in vacuum isolated tanks. The liquified hydrogen is converted into electrical energy by Proton Exchange Membrane (PEM) fuel cells, with water being the only by-product.
originally posted by: Justoneman
The best part about burning H2 in an O2 environment is we get copious production of H2O, water.
the equation when energy is introduced to combust the H2:
6H2 + 3O = 6H2O
originally posted by: Justoneman
a reply to: drewlander
I thought you'd never ask.
This was the follow up to the 30 year old car.
Hydrogen powered car built in the last century
originally posted by: Bluntone22
originally posted by: Justoneman
a reply to: drewlander
I thought you'd never ask.
This was the follow up to the 30 year old car.
Hydrogen powered car built in the last century
Did you actually read the article you linked?
The car they are driving across the country used hydrogen produced by electricity from solar panels at the university.
They didn't mention how long it took to produce enough hydrogen.
They didn't mention compressing the hydrogen to over 3000 psi to make it useful.
They didn't mention the support vehicles following them carrying the external fuel cells.
Good god, building the car is the easy part.
originally posted by: Bluntone22
a reply to: Justoneman
Yeah, did that in science class in high school.
Hydrogen is sticky. It likes to stick to other molecules.
There are several methods of separating the molecules and all of them require more energy to split the molecule than you get from burning the hydrogen.
These cars require hydrogen fuel cells that are at extremely high pressure, 3000+ psi.
The cars are not making the hydrogen as they drive.
originally posted by: Justoneman
originally posted by: Bluntone22
a reply to: Justoneman
Yeah, did that in science class in high school.
Hydrogen is sticky. It likes to stick to other molecules.
There are several methods of separating the molecules and all of them require more energy to split the molecule than you get from burning the hydrogen.
These cars require hydrogen fuel cells that are at extremely high pressure, 3000+ psi.
The cars are not making the hydrogen as they drive.
H2 on demand will work and other designs are certainly valid to explore. We need to quit accepting the BS about man made global warming and focus on things like H2 for power and ways to obtain it with outside energy sources such as Solar panels. These people wanting to tax oil are holding back ideas like Thorium reactors and H2 powered cars.