Electrolysis of H2O (water) + NH3 (ammonia) produces more hydrogen than plain H2O

[greenfuelbooster]

Electrolysis of H2O (water) + NH3 (ammonia) produces more hydrogen than plain H2O (water)


AMMONIUM HYDROXIDE (28%)
from http://store.hvchemical.com/browse.cfm/4,28.htm

Janitorial Ammonia (10%)
from http://www.acehardware.com/product/index.jsp?productId=1272325


Looks like somebody is already doing this type of electrolysis
See http://nh3fuelassociation.org/ongoing-projects/



Just sharing

Stmess

[RustyLugNut]

Thank you for the links. Good reading and starts for searches. The idea of excess energy storage in the form of NH3 is intriguing.

[Madsceintist]

Sure until there's a leak:(, then your DEAD..........:eek:




I say this because several people think it's okay to have their cells in the trunk of the car or the cabin of a van. This will not turn out well, I can forsee the problems..........

[RustyLugNut]

Sure until there's a leak:(, then your DEAD..........:eek:




I say this because several people think it's okay to have there cells in the trunk of the car or the cabin of a van. This will not turn out well, I can forsee the problems..........

It should not be a problem for all the reasonable users. Stupid can't be helped.

[wangsamax]

as far as i know nh3 tranform to n2 & h2 by nature.

[Stevo]

Your materials will have to change. Stainless that you use for HHO will not work and will end up rusting. Nichrome or nickel 200/201 is the material of choice and is very expensive by comparison.

[Stevo]

Following up here: Inconel 625 is on it's way to the 3D printer world (link: http://www.tctmagazine.com/additive-manufacturing/inconel-alloy-625-exones-newest-metal-3d-printing-material/)

Inconel is what you would want to use with Ammonia. http://www.hpalloy.com/alloys/descriptions/INCONEL600.html