Separate names with a comma.
Discussion in 'Miscellany' started by Chris101, Oct 1, 2005.
Brings back a lot of memories for me - I must have fixed a pile o' those many years gone past.
And now I get to see that same process on an industrial scale with several clients of mine, except they want me to help them avoid having the hydrogen explode.
Once a science geek...
#1064 - You have an error in your SQL syntax;
Get a room guys.
Yes, my device is on a very small scale. It'll make a liter of H2 a day. Let's see John, large scale electrolysis in New Mexico... shouldn't be too hard to figure out ... :wink: Just follow the wires!
I put a percent or two of sulfuric acid into the water so it conducts better, and connect a 12 V power supply to the platinum wire electrodes. A 160 ohm shunt resistor limits the current through the solution to about 50 mA, and this is the limiting factor in the gas production.
By removing the shunt and increasing the voltage to 24 V, hydrogen production quadruples. The oxygen side however, produces ozone instead of O2. I like to setup the apparatus in the overvoltage state for advanced students. The ratio of hydrogen to oxygen being closer to 3:1 than the normal 2:1 gives them pause. Some of their explanations crack me up.
Speaking of keeping it from exploding John, I get to make it explode - ya gotta know that part in order to know how to keep it from happening, right? :wink: In order to get a cool bang, the machine is setup to run 8 volts (rms) AC current through it. Then the gas generated is a stoichiometric mixture of 2H2 + O2. The perfect mixture for complete combustion. :biggrin:
ps, be careful and [highlight]don't try this at home![/highlight]
Please consider disabling your ad blocker for our website.
We rely on ad revenue to pay for image hosting and to keep the site speedy.
Or subscribe for $5 per year to remove all ads and support our efforts.