Great job but the ratio of gas your getting isn't what it should be from your cell ,you should have twice the H2 gas to one part O1.The little drycell for your hydrogen is mixing gas going to the hydrogen side a little more than it should ,this is typical for a dry cell method.The little energy electric cells seems to be working great and a good job with the whole project.Very impressive thanks for sharing.You need to more video with the gas production.
Nice demo. Curious as to the volt & amp output and I assume you are mixing the H2 with air to generate the electricty in the fuel cell. Keep up the good works - well done.
Thank you for your insight. Yes, you are correct. The oxygen level was not measured with accuracy and precision. This experiment was put together in haste. I was not following a true scientific method. My apologies. I simply wanted to review and demonstrate the devices.
I'm not sure if anyone noticed (include you, Edmk2009) but the oxygen level was not half the hydrogen level. I know you said it's supposed to be "roughly" 2 to 1 but, in fact, it should actually be EXACTLY 2-1. The reason you saw far less oxygen being collected (vs. hydrogen) is that much of the oxygen was actually dissolving in the water. Oxygen is soluable in water, unlike hydrogen, which is insoluable in water. If the water was allowed to become very oxygenated, you'd see more of it collect.
@stevensrd1 I wouldn't *want* to make hydrogen and oxygen withnout a power source! It's far cheaper to use electricity to split water than to use up drano and aluminum foil, or zinc and HCL, or whatever you're using. Actually, if you use solar power for electrolysis of water, then you're using *nothing* up at all to get hydrogen. :)
@pauls0416 I dont use anything but salt water,,nothing else added, You would know if you seen the video, but dont worry about it, if you want to use electricity then by all means use it lol.
Great job but the ratio of gas your getting isn't what it should be from your cell ,you should have twice the H2 gas to one part O1.The little drycell for your hydrogen is mixing gas going to the hydrogen side a little more than it should ,this is typical for a dry cell method.The little energy electric cells seems to be working great and a good job with the whole project.Very impressive thanks for sharing.You need to more video with the gas production.
losttreasurehunt 2 weeks ago
is it possable to use the liquid stages of both hydrogen and oxygen to generate the energy needed?
MacTelar007 1 month ago
Nice demo. Curious as to the volt & amp output and I assume you are mixing the H2 with air to generate the electricty in the fuel cell. Keep up the good works - well done.
amos033 1 month ago
Imagine if this country would move forward with new tech instead of drilling. Jobs, environment, security, health would all be improved
TheFr3sh1 1 month ago
Thank you for your insight. Yes, you are correct. The oxygen level was not measured with accuracy and precision. This experiment was put together in haste. I was not following a true scientific method. My apologies. I simply wanted to review and demonstrate the devices.
Edmk2009 3 months ago
I'm not sure if anyone noticed (include you, Edmk2009) but the oxygen level was not half the hydrogen level. I know you said it's supposed to be "roughly" 2 to 1 but, in fact, it should actually be EXACTLY 2-1. The reason you saw far less oxygen being collected (vs. hydrogen) is that much of the oxygen was actually dissolving in the water. Oxygen is soluable in water, unlike hydrogen, which is insoluable in water. If the water was allowed to become very oxygenated, you'd see more of it collect.
pauls0416 3 months ago
This has been flagged as spam show
Great Device????. Must see . need to join up for "Hydrogen Car Fender 2012"
see how we plan on putting $7Billion back into the US Economy. every month.
mrtla69 3 months ago
You can make hydrogen and oxygen without a power source, see my videos.
stevensrd1 3 months ago
@stevensrd1 I wouldn't *want* to make hydrogen and oxygen withnout a power source! It's far cheaper to use electricity to split water than to use up drano and aluminum foil, or zinc and HCL, or whatever you're using. Actually, if you use solar power for electrolysis of water, then you're using *nothing* up at all to get hydrogen. :)
pauls0416 3 months ago
@pauls0416 I dont use anything but salt water,,nothing else added, You would know if you seen the video, but dont worry about it, if you want to use electricity then by all means use it lol.
stevensrd1 3 months ago
Y U NO CUT SOME PARTS?
LeTRafRunner 3 months ago
I love the 2:35 AM part, only a true enthusiast stays up that long just to see a fuel cell work, Love the setup there!
vinee94yo 3 months ago 2
how do you know what bubbles are hydrogen and what bubbles are oxygen, in other words how do you separate them???
shortyjk95 4 months ago
What is the electrolysis device made from? (The centre of it)
101Revolution 4 months ago
@101Revolution
current PEM fuel cells use platinum particles on porous carbon supports to catalyze both hydrogen oxidation and oxygen reduction.
Edmk2009 4 months ago
@Edmk2009 What happens if plasma touched hydrogen?
reptile202 3 months ago
thAS IS SO STUPID
abafriends1 4 months ago
u shud hv cut the part wich ws useless nd shud hv made da video shorter.
stephencoooooool 5 months ago
Cool !
kc0hlx 6 months ago