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Hydrogen energy => Electrolysis of H20 and Hydrogen on demand generation => Topic started by: jikwan on November 29, 2014, 01:40:48 PM
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i dont have a battery and travel a lot--dont want to haul it about
ive run hho cells from 12v in the past--all ok
but direct mains? must admit im a bit of a nerd
how to do this without buying and hauling an electrical device (output
regulator/volt-amps controller etc)?
something the size of a cellphone charger
not after big volts but not too tiny an output
appreciate any ideas
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What you are asking for is a power supply. If you design your cell such that it works well at a particular power level: Total plate area and plate count, and particular voltage: series plate count, then you can buy a small power supply the size of a cell phone charger to run your unit. You can readily get little wall warts of 25W - 50W capacity and up to 48V output.
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What you are asking for is a power supply. If you design your cell such that it works well at a particular power level: Total plate area and plate count, and particular voltage: series plate count, then you can buy a small power supply the size of a cell phone charger to run your unit. You can readily get little wall warts of 25W - 50W capacity and up to 48V output.
yes, a power supplier--is that what i should ask for when i go to the elec shop?
ill tell you what its for: making a portable hho cell (2 plate) with a very thin
nylon membrane dividing hydrogen from oxygen. keep the hydrogen and bubble it
into drinking water. reports of great health benefits
thanks for your help
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yes, a power supplier--is that what i should ask for when i go to the elec shop?
ill tell you what its for: making a portable hho cell (2 plate) with a very thin
nylon membrane dividing hydrogen from oxygen. keep the hydrogen and bubble it
into drinking water. reports of great health benefits
thanks for your help
Since you only have two plates, then you want a pretty low voltage supply, maybe 3V to 5V. The current capability that you need depends on the size of your plates. If you make the plates too large the power supply will go into overcurrent protection and you won't get much gas production. 5V 2.5A - 3A wall warts are very common for USB hubs.
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Since you only have two plates, then you want a pretty low voltage supply, maybe 3V to 5V. The current capability that you need depends on the size of your plates. If you make the plates too large the power supply will go into overcurrent protection and you won't get much gas production. 5V 2.5A - 3A wall warts are very common for USB hubs.
i think we got it right there. they sound like the right outputs
plates can be small as 1inch by 2inch
thank god for techs like yourself
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yes, i can do it using a power adapter
i am wondering if the power adapter is really neccessary
why cant i use direct mains? i mean, my 2 plates are quite far
apart and i can move them further apart if i need to
dont have to put in so much electrolite in case 240v will draw
too much current
why not direct mains?
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yes, i can do it using a power adapter
i am wondering if the power adapter is really neccessary
why cant i use direct mains? i mean, my 2 plates are quite far
apart and i can move them further apart if i need to
dont have to put in so much electrolite in case 240v will draw
too much current
why not direct mains?
Spark, boom.
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Jikwan
I have done plenty of "mains in water" work...
a nice heavy diode will do wonders ,and if your water is pure enough it won't even draw any
current or do much of anything...[a good starting point when mixing electrolytes ]
shoot me an Email if you want more help..
ChetKremens@gmail.com
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Jikwan
I have done plenty of "mains in water" work...
a nice heavy diode will do wonders ,and if your water is pure enough it won't even draw any
current or do much of anything...[a good starting point when mixing electrolytes ]
shoot me an Email if you want more help..
ChetKremens@gmail.com
I hope you used some sort of arc protection.
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Mark
thank you!
and yes Jikwan,in case you did not know...the gas you play with is explosive,the electricity you
play with can Kill you...and just in case you really don't understand ...the electricity can make a spark and blow you up...also some electrolytes off gas poisons ,some are deadly all by themselves and while we're at it watch out for screwdrivers too, be extra careful because more people are killed injured blinded and maimed by the miss use of the common #2 screwdriver ...
and it all goes down hill from there...
Chet
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Mark
thank you!
and yes Jikwan,in case you did not know...the gas you play with is explosive,the electricity you
play with can Kill you...and just in case you really don't understand ...the electricity can make a spark and blow you up...also some electrolytes off gas poisons ,some are deadly all by themselves and while we're at it watch out for screwdrivers too, be extra careful because more people are killed injured blinded and maimed by the miss use of the common #2 screwdriver ...
and it all goes down hill from there...
Chet
You may think it is a joke. The gas did kill and maim members of the Larsen family in two separate incidences that destroyed the buildings they were in. The Larsens compounded the danger by idiotically compressing the electrolyzed gas.
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You should really stick with the power supply. You can even use one from an other device, just connect some wires somehow.
Using mains can easily result in a plasma, then you got cold fusion going on without to even know it ^^
As it was said, be careful with the gas, hydrogen with or without oxygen is explosive, so use good ventilation. Also Salt in the water will buil chlorine gas, which is toxic.
To drink oxygen-enriched water may feel good, but remember, the brighter the candle burns, the faster it burns down. That's what Oxygen does. May be good from time to time, but don't overdo it.
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Mark E
your being Hollywood [a saying we use in Brooklyn]
embellishing a shpleeelburg scenario of storing HHO under pressure or in Volume [Both big No no's] for a cheesy little
2 plate cell running off the mains at very low efficiency and very low frequency ....
Hollywood !!!
thx
Chet
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Mark E
your being Hollywood [a saying we use in Brooklyn]
embellishing a shpleeelburg scenario of storing HHO under pressure or in Volume [Both big No no's] for a cheesy little
2 plate cell running off the mains at very low efficiency and very low frequency ....
Hollywood !!!
thx
Chet
Chet you are assuming a lot. Let me put it to you this way: Our friends at UL/CSA/VDE consider any voltage over 42.4V potentially lethal. Above those voltages special care must be exhibited in the construction and test of any equipment so that people don't get hurt or killed. Rectified the 240V mains are nearly seven times that level. Neither you nor I know much other than jikwan presents himself as inexperienced. On top of that voltage, an electrolysis combines: electricity, water, and salts that make the water conductive. The 240V mains have lots of potential to make that a deadly situation. If you want to give me crap for discouraging a novice from "playing on the freeway", then be my guest.
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Mark E
no it was the Blow yourself up part and the high pressure stored HHO analogy..
where the heck does that apply here??
but you know that already...
Playing with mains electricity and water is dangerous??
wow :o
yes good thing you just _now_ decided to tell us that ..
no wonder your on this forum 24/7 365 ..
with all us idiots out there its not safe anywhere else
is it??
thanks ....
Chet
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You should really stick with the power supply. You can even use one from an other device, just connect some wires somehow.
Using mains can easily result in a plasma, then you got cold fusion going on without to even know it ^^
As it was said, be careful with the gas, hydrogen with or without oxygen is explosive, so use good ventilation. Also Salt in the water will buil chlorine gas, which is toxic.
To drink oxygen-enriched water may feel good, but remember, the brighter the candle burns, the faster it burns down. That's what Oxygen does. May be good from time to time, but don't overdo it.
youre right about the oxygen.....its poisonous to the body
im separating the hydrogen....then dissolving hydrogen into new water then
drinking it. not only is it harmless---it has many benefits--as an anti oxidant, removes
free radicals big time
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Chet you are assuming a lot. Let me put it to you this way: Our friends at UL/CSA/VDE consider any voltage over 42.4V potentially lethal. Above those voltages special care must be exhibited in the construction and test of any equipment so that people don't get hurt or killed. Rectified the 240V mains are nearly seven times that level. Neither you nor I know much other than jikwan presents himself as inexperienced. On top of that voltage, an electrolysis combines: electricity, water, and salts that make the water conductive. The 240V mains have lots of potential to make that a deadly situation. If you want to give me crap for discouraging a novice from "playing on the freeway", then be my guest.
ive made wet cells before with wire, tubes and plates
and very aware of the dangers of hho
im not making hho. its hydrogen. half of the cell will be open to
the air above, the other half (hydrogen) will be trapped and
sent to the bubbler for cleaning
production will be small--i wont be using a membrane seperator
the plates must be far apart so that the gasses dont mix
dont worry about a thing, man
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Jikwan
I have done plenty of "mains in water" work...
a nice heavy diode will do wonders ,and if your water is pure enough it won't even draw any
current or do much of anything...[a good starting point when mixing electrolytes ]
shoot me an Email if you want more help..
ChetKremens@gmail.com
well, thanks man
i reckon i will.
the gas i ll be producing (with all oxygen dispersing into sky)
if there is an explosion it will sound like a big fart!