Intro separate hydrogen and oxygen from water through electrolysis
introSeparate Hydrogen and Oxygen from Water Through ElectrolysisElectrolysis a method of separating elements by pushing an electric current through a compound. It is usedin various industrial applications such as removing copper from its ore. It is also used to separate hydrogenand oxygen from water. Electrolysis isnt the most efficient way to obtain hydrogen, but it is one of theeasiest and cheapest ways to "homebrew" hydrogen.Hydrogen is the most abundant element in the universe. With the "green-energy" craze and talk of poweringour future oil-free economy on hydrogen, it has gotten much attention in the last few years. Learning aboutthis potential fuel of the future is important and interesting. Besides, hydrogen is a powerful fuel, and blowingstuff up in the name of science is fun .step 1Electrolysis of Water - An ExplanationThis section is an explanation of the electrolysis of water, feel free to skip it if you dont find it interesting.2H2O(l) = 2H2(g) + O2(g) As everyone knows a wate…step 2Materials****DISCLAIMER**** You are putting electricity into water. It has the potential to be dangerous. Do so atyour own risk. Be smart about it. If you wouldnt touch it with yo…
step 3Water and SaltWater alone is not a very good conductor. You need to add some sort of electrolyte. Regular old table saltworks fine. Add as much as will dissolve into the water, and don…step 4The Tricky PartOk, this is the tricky part. You need to flip the gas collecting container(s) upside down in the med. container,so that no air is trapped in the gas container(s). I do it …step 5The ElectrodesNow take the two electrodes leading from your power source. The hydrogen will form on the positiveelectrode, and the oxygen on the negative. If you dont know which is whi…step 6Thats it!Thats it! Turn it on, and watch it bubble. The amount of time it takes depends on how powerful your powersource is. Stronger it is, faster it bubbles. Mine takes about 5 …step 7Further IdeasWhen your gas collecting container is full, try lighting it. The hydrogen will give a very satisfying *POP*, andthe oxygen wont do anything. Heres a Video (sorry for…tep 1Electrolysis of Water - An ExplanationThis section is an explanation of the electrolysis of water, feel free to skip it if you dont find it interesting.2H2O(l) = 2H2(g) + O2(g)As everyone knows a water molecule is formed by two elements: two positive Hydrogen ions and onenegative Oxygen ion. The water molecule is held together by the electromagnetic attraction between theseions. When electricity is introduced to water through two electrodes, a cathode (negative) and an anode(positive), these ions are attracted to the opposite charged electrode. Therefore the positively chargedhydrogen ions will collect on the cathode and the negatively charged oxygen will collect on the anode.When these ions come into contact with their respective electrodes they either gain or lose electronsdepending on there ionic charge. (In this case the hydrogen gains electrons and the oxygen loses them) Indoing so these ions balance their charges, and become real, electrically balanced, bona fide atoms (or in thecase of the hydrogen, a molecule).The reason this system isnt very efficient is because some of the electrical energy is converted into heatduring the process. There have been reports of 50%-70% efficiency, but I doubt that is possible in a homeenvironment. Anyway, enough with the boring stuff, lets go make some gas!
istep 2Materials****DISCLAIMER**** You are putting electricity into water. It has the potential to be dangerous. Do so atyour own risk. Be smart about it. If you wouldnt touch it with your hands dont stick it in the water. If youreworried about it wearing rubber gloves will give some extra insulation. ****DISCLAIMER********DISCLAIMER**** Hydrogen is highly flammable and explosive (think Hindenburg). The amount weremaking isnt extremely dangerous, but be careful. Flying shards of glass are never fun.****DISCLAIMER****Separating Hydrogen and oxygen from water is really simple. It can be as easy as sticking two wires leadingfrom a battery into water and watching the bubbles form. We however want to collect all the little bubbles, soits just slightly more complicated.Things you will need:@ (1) Med.Container - To hold water. Preferably clear so you can see whats going on.@ (1 or 2) Gas Collecting Containers - A test tube, or an old soda bottle like me. Also clear. 2 if you want tocollect both the hydrogen and the oxygen@ (1) Power Source - I use a 12v 1000mA adapter, 9v batteries (in a series) and other sources work too.Bigger the power source, faster the bubbles form.@ (2) Graphite Electrodes - Optional. You can stick a bare wire into the water, but it corrodes pretty quick.
You can pull them out of a 6v Lantern Battery@ Salt@ Waterstep 3Water and SaltWater alone is not a very good conductor. You need to add some sort of electrolyte. Regular old table saltworks fine. Add as much as will dissolve into the water, and dont worry about it if there is some sitting onthe bottom, it really doesnt matter. Pour this salt/water solution into your med. container, and also fill your 1or 2 gas collecting containers
step 4The Tricky PartOk, this is the tricky part. You need to flip the gas collecting container(s) upside down in the med. container,so that no air is trapped in the gas container(s). I do it by holding my thumb over the hole, and flip it reallyquickly. Its not a huge deal if air is trapped, your hydrogen just wont be pure.
step 5The ElectrodesNow take the two electrodes leading from your power source. The hydrogen will form on the positiveelectrode, and the oxygen on the negative. If you dont know which is which, turn on the power source andstick the electrodes in the water. The one with more bubbles is the hydrogen. Now stick the electrodeunderneath the gas collecting container. (turn off the power first) If youre having trouble making the gascollecting container stay up, and the electrode stay in the right place, tape it. Thats what I do anyway.step 6Thats it!Thats it! Turn it on, and watch it bubble. The amount of time it takes depends on how powerful your powersource is. Stronger it is, faster it bubbles. Mine takes about 5 min for a test tube.The electrodes do corrode if you dont have graphite, its pretty gross, but i dont think its dangerous. (dontquote me)Here is a video of it bubbling:
i…introCollecting Hydrogen and OxygenIn this instructable Ill give you a simple way to collect Hydrogen gas and if you want also, to collect Oxygen.Depending on the voltage and current that you use for the project this could be hazardous. I used a 14.4 voltpower drill battery pack for the process but dont recommend it, I only used it to achieve a noticeable effectin a short time period (about 20 minutes).
istep 1MaterialsThe required materials are:-Sufficient length of wire-DC power source-Deep water basin or bowl (preferably plastic, there is a chance you could ruin a metal one)-Water, logically-Weak acid (ex.vinegar as acetic acid)-At least two plastic bottles with caps (I like the Gatorade ones because they are thicker and for somereason the Hydrogen at least will compress itself after a few days)-A sacrificial pencil (or if you have lead [graphite] from an architects pencil use that instead)-Small pencil lead case or even just the cap (the refill material case for mechanical pencils)-Tape-Putty-Marker to label the gases-Long piece of tubing if you cannot find a bowl deep enough-One sided blade or knife if you use a pencil-You may also want other materials to plate or turn into Oxide salts
step 2The Non-Electric SetupFill your bowl most of the way with water, the purity of which doesnt make much difference so long as youdont use mud or something. Now add your salt or weak acid to the water, it doesnt take a large amount ofeither to get a good result so be moderate with it you can always add more later but cant take it out. Fill thetwo bottles as full as you can with tap water and carefully put it into the water so that the lip of the bottle isturned down, do this with the second bottle. Make about two or three fingers worth of room between thebottom of the bowl and the lip of the bottle and tape it to the side so that the tape is not underwater. If youwere unable to get all the air out this is the point where you want to get out that tubing and put it in the bottlewhile still underwater and suck the air out but try not to get a mouthful of acid or saltwater in your mouth.
tep 3Electric SetupTake the pencil and shave off the wood so that all you have left is graphite, if it breaks wait to throw it way ifit is long enough you may be fine. Then take two lengths of wire and strip the ends off for each wire wrapone end for both around a length of the graphite. Then take your pencil lead (graphite) case and push puttyinto it so that it is a solid mass and has no cracks. Take one of the wires and push the end with the graphiteinto it so that none of the metal of the wire is showing but the graphite is. Then secure the ends of the wiresthat do not have graphite to your DC sourceIMPORTANT-place the wire with the case on the positive (generally red) end of your source otherwise theunshielded wire will dissolve into an oxide salt
step 4Combined SetupNow youre ready to place your electrodes into the electrolyte (saltwater / dilute acid). Arrange theelectrodes so that the bubbles are floating into the bottles. If you have no bubbles then you did somethingwrong if you only have bubbles coming out of the negative side then you may be usingactual lead (unlessyou are intentionally oxidizing some other metal this is normal).
step 5Filling and ConatainmentNow all you have to do is wait for the bottles to become filled with the gas coming from the electrodes. Whendoing this the unshielded wires bottle should be filling faster, about twice as fast because water is two partsHydrogen and one part Oxygen (and because they are both part of the diatomic BrINClHOF [If you have nottaken Chemistry disregard this statement its not important]). If the unshielded wire is making less than theshielded one, turning blue or falls off then you may have switched the charges.If / when they do fill take the bottle cap of that bottle and make a ring around the inside of the cap and placeit underwater and screw it on without letting air out or in. Once you do this use your marker to label it thebottle with the unshielded wire is Hydrogen and the shielded one is Oxygen if you did this correctly.
step 6Extra PossibilitiesAlong with making Hydrogen and Oxygen there are other things you can do with this concept. One is MakingOxide salts (i.e. metal+Oxygen such as Fe2O3) although this will not allow you to collect gaseous Oxygen,you can make pigments out of this such as turquoise blue with Copper or Orange with Iron. You can alsomake Aluminum powder for thermite, with the positive being Aluminum and the negative being Carbon(Graphite/pencil lead) the Aluminum either does not bond or it decomposes. If Im wrong it will stay bondedbut can still be used as a pyrotechnic. You may also plate a metal using this with the plating metal on thepositive and the object to be plated on the negative although this will also crate its oxide. All you have toremember is that the positive will dissolve into an oxide salt and the negative will be plated. Have funexperimenting
iintroHow to build a water assisted engine system
Friends,I have an Idea budding in my head to run engines on water as fuel.Today, I will share my thoughts with you and provide you a good clue of what could be the solution of GASalternative.Friends, before starting with the instructable I want to make it clear that I havent build anything with this ideaas of now. So, I am not completely sure how far it is safe and possible.With this in mind lets start the project ENVIRONMENT.....I TAKE NO RESPONSIBILITY OF HARM CAUSED DUE TO THIS INSTRUCTABLE.P.S.: Those who are looking for the prototype, this instructable will not help you.I will like to thank all those whose instructables I have used here.step 1Basic ConceptThe concept is to generate hydrogen from water through electrolysis and use it to power the usual petrolengine. Electrolysis of water: Go to my instructable on HHO …step 2Supply hydrogen gas to engineSupply hydrogen generated from electrolysis to engine through the petrol intake valve. Petrol engine uses amixture of petrol and air to fire. Instead of petrol we will …step 3Vary voltage of DC supply to control Electrolysis processTHIS IS THE STEP WHERE I HAVE NO CLUE OF WHAT CAN BE USED TO VARY VOLTAGE.HOWEVER, I can help you of what can be done. Use a tachometer sensor (tachometer is used to r…
step 4The DC supplyDC supply powers the electrolysis process.... To charge the supply, use a battery or dynamo/alternator.Read the following instructable: http://www.instructables.c…introHHO generatorHi frnds!Here I am at my attempt to give you more information about powering engine using water.This instructable is a part of my previous one. Do visit that one to get a clear idea.I am posting a video on how to build a HHO generator which will produce HHO gas to power your carsengine.The video has part 2 for details. It leads you to a site and wants you to buy the guide.I am posting my version and giving you a detailed information on how to do it.Lets start! itep 1Things we needThings we need.Parts:
1. Glass jar with plastic lid2. Pet/squeeze bottle3. 1000mm long braided wire4. 500mm long water pipe5. 1000mm long electric wire6. CD case or thick plastic sheet7. 2 screws with nut8. Hollow screw with nut9. Cheap pen without refill10. FuseTools:1. Drill machine with bits2. Screw driver set3. Saw4. Ruler5. Plasestep 2Setting the plastic lidRemove the lid from the jar and with the help of ruler mark the centre of the lid.Mark four holes for HHO gas, 2screws and fuse.Drill holes through the marked points and insert screws and fuse respectively.
Now, take the cheap pen and cut near the rear end and insert the piece in the HHO gas hole (watch thevideo).Now, insert the water pipe at one of the pen. Connect the wires to the screws.The lid is now ready.
step 3Making the wire mesh for electrolysisFor making wire mesh, take a plastic sheet and divide it from centre. Then cut into 2 pieces using a saw asshown below.Mark the center of each of 2 pieces and draw a line from the centre to one end. Cut using saw as shownbelow.Now, carefully drill holes and cut small grooves at the end of the piece and join them as shown below.Use the braided wire and cut it into 2 and insert in each of the 2 holes of the plastic sheet. Cover the sheetwith the wire as shown below and then connect the 2 ends of the wire to each screw respectively.It should look similar to figure shown below.
http://www.instructables.com/id/S8QMPLOFJ8OHYNN/tep 4setting up the pet/squeeze bottleMake a hole and insert the pipe in the bottle. Make sure the pipe reaches to the bottom of the bottle.Now, drill a second hole and insert the hollow screw there.This hole is for using the HHO gas. Fill the bottle with water and leave some space for air.The Center one will pass the HHO gas through water and you will see bubbles coming out. The gas will thanescape through the hollow screw which can then be used for combustion.tep 5Summary
The assembly is complete.Fill some distilled water and 3-4 tea spoons of baking soda. Connect the electric wires to 6V to 12V batteryto start the process. HHo gas is released from water. It travels through the pipe into the bottle releasingbubbles and escape from the hollow screw.You can use this gas to run your vehicles engine.MAKE SURE YOU HAVE SEALED ALL LEAKS.I TAKE NO RESPONSIBILITY FOR ANY ACCIDENTS AND/OR CASUALTY CAUSED DURING TRYINGTHIS EXPERIMENT.VISIT www.hho4cars.com to know more about the use of this gas. Pass on this instructable to all yourfriends and relatives and let them know the benefits of water.Enjoy!
introHHO car adaptationHHO is the gas resulting from electrolysis of water. Two Hs and an O when seperated are very flamable. Ontop of being abundant it is cheap and cleaner burning than gasoline. Operating on purley HHO requires lotsof modifications to a car but suplementing your gasoline with HHO requires little. There are a million sitesout there on HHO car conversion kits. All of them are building plans for anywhere between 50 to 500 dollars.It seems odd that there is no instructable on it. So here, for free, is my attempt at making one. The text at thetop is my first try and the text under the "-" line is my second try. step 5From container to car Now do the same for your plastic hosing as you did for the electrodes. Melt(or cut) a hole IN THE TOP and seal your hose into it. The hose needs to be long enough to reach the outlet coming from your air filter in your car. Melt(or cut) a hole in the hose leaving your air filter and seal in the hose coming from your HHO container. Ouch, I hated to do that step. Willful destruction of car parts. It
helps a lot if you have an easily removable piece like I did.I wanted to mention it somewhere and I thought the inserting your electrodesstep was already to long, wrap some teflon tape around the teeth that hold thecap on. This will cause LESS HHO to leak out the top. I dont think its possibleto completly stop hydrogen from leaking out of a container while allowing easyaccess to pour more water in.The water you put in this container needs to have baking soda mixed in. I readthat using salt will produce chlorine gas. That seems likley to me as salt is NACL. Sodium and chloride on their own are deadly to you but combined theysure taste good. In other words dont use it.-updates--I was going to use baking soda origianly but I later read that it lets outsolutions that are corossive to aluminum. Chances are your cars engine ismade out of it. Furthermore, the chlorine will be coming out of your tail pipe.Who breathes in car emissions that wants to live anyway? The chlorinereleased is small ammounts too..step 4Inserting your electrodesI did this all wrong at first. I was cutting holes in the plastic with my knife. It isso much better to use a soddering iron to melt a hole in your grape juice bottleand then using a circular motion widden it it to fit your electrode. I had to sealover and over again on the knife cuts but the soddering holes sealed in one try.Now you ask where do I put these holes at? I placed my electrodes onopposite sides of the container. I was thinking that the further apart they werethe more water the current would pass through and create more HHO. I laterread that having them closer together is actually more preferable as theelectricity is "burned up" in the resistance rather than actually doing work onseperating the molecules. Please post if you think you know how it reallyworks.(update: not necessary. Put them very close together)However it works, it is very important to know that the electrodes are NOTcontinuous. That means they do not touch anywhere and they need to besecured so that while driving they do not run into each other. To secure myelectrodes I soddered two holes next to it while it was in the container and fedsome wire sheathing through to tie it down. It is likley this step will frustrate youunless you plan on big holes and more sealant. I would not recomend usingany sort of metal(tie wire)because it will corrode inside the container. A tie wrapwould probably be nice though.The wire and connector on the electrode need to be on the outside of thecontainer. Then you can begin the sealing. Generously apply sealant toanywhere water may leakout. Let it dry for 24 hours(so says the tube) then fill itwith water. If it leaks drain it and put more sealant where it was leaking.Advice from a big dummy: If your electrode is hollow like mine seal one or bothends. I will let you think why.(theres 24 hours wasted)-updates--the graphite I used is much much smaller than the original electrodes butproduces almost the same ammount of gas because they are so close. Holdingthe graphite down inside the container isnt as necessary because the tye
wraps will always hold them a certain distance apart.step 3Building your electrodesI originaly intended to sodder my wire to the stainless steel. Go ahead and try ifyou like but it wont stick. So then I decided to drill and tap a hole in the pipe. Ifeel a clamp on connector would work better but I didnt have one. I did have a1/4" bolt though. Wrap one wire around the bolt and screw it in tight. The bolt Iused was very short and did not go through to the inside of the opposite side ofthe pipe. The screw in method I used probably saves more space than a clampon.-updates--Ok, so apparently regualr stainless steel does not work as an electrode. Itlasted for 8 operational hours. People have said that 316L stainless will workbetter but I have my doubts. Instead I made them out of graphite. I givecomplete credit to hooloovoo33 for the suggestion in his instructablehere( http://www.instructables.com/id/Separate-Hydrogen-and-Oxygen-from-Water-Through-El/ ). It is a very long and tedious prcoess the way I did it. Ibought 2 jumbo sized kids pencils(78 cents) and carved them down to thegraphite core. I originally thought "I will just carve down one side and lift it outof the wood". WRONG. Pencil companys must use glue in their processbecuase it dosnt come out easy. Even thin solitary pieces of wood clung to thegraphite. What you can do is type in to google "buy graphite rod" and themachine shops that sell it will pop up(along with fishing poles). I found it ascheap as $5.86 for a single 1/2" by 10" rod, which would be enough when cutin half.To connect the wire to the pencil lead I stripped back a long section of wirewrapped it around the lead twice and then twisted the wire back on itself andtwisted like crazy with pliers. At this point I broke open the tube of sealant anddipped the end of the grapite with the wire in sealant. It gave me a great sealdoing it that way rather than going over and over it with the tubes end. Thiswas more a matter of frustration than technique. You need two conductors sodo this twice.After it dried I wrapped a big thick tye wrap around the top and bottom of eachpiece of graphite. Then wrap another tye wrap to hold them together. Theyshould still be the width of a thick tye wrap apart. This is to allow the electrodesto be as close as possible without touching.
step 2Plan your build Before you start cutting into your own grape juice containers and sealing be sure it fits in your car. Find a spot to cram your plastic container into. It needs to be away from direct conact to the motor. Near the battery or air filter is preferable. I got lucky that my battery is directly beside my air filter and there is a huge space under the air intake piping. Also, when you have cramed it in there....be sure to close the hood and make sure that it really fits ;P. Chances are you will not be able to use the huge bottle I did. The bottle size will help you determine what kind of electrode you will be using and how much of it you need to obtain. The location will determine how much wire and plastic hose you will need. -updates- -In my picture you may see the plastic container is bent a little where the plastic hose comes into it. I didnt just start bashing it. I aplied gradually increasing preassure until it bent to the shape I desired.step 6Giving life to your monsterThis is going to be the scetchiest part of my instructable. I am still searching on a good way to power it onlywhen the car is on without having to drill through the fire wall, without having to connect some wires, or flip aswitch everytime I get in the car. A wire from one electrode needs to go to negative and the other to positiveof your car battery. I just ran the wires up to the top of the hood so I can connect them when I get to my carand tuck them in neatly the rest of the time.-updates--Going through the firewall wasnt as bad as I thought. I just looked under the steering wheel and saw all thewires running through a rubber stopper. I rammed a fishtape through there and caught it inside the hood. Ipulled 1 wire through and cut it. To turn it on simply connect that 1 wire back together. For now I am usingwire nuts but it shouldnt be a problem to connect it to a button or switch. I took apart my dash because Iwas going to connect it to the rear defrost button(I have used it maybe twice in 3 years) but there was allkinds of circuit board wiring hooked up to it so I said forget it. i
http://www.instructables.com/id/SGX361EFHY0H5AJ/tep 7ResultsI have a 2003 Cavalier. The worst mpg I ever calculated was 28. I was purposfully flooring it every where Iwent just to see what the worst case scenario was. The best I have ever calculated was 45 while followingclosley behind truckers(they sure hate that). On average I fill my tank up and go 400 to 420 miles before my"pull over and get gas" light comes on. When my light comes on I am able to put 13 gallons in the tank.400/13=about 31The electrodes lasted for half a tank and I got 500 miles out of it. Assuming I got 200 miles out of the otherhalf as usual: 500-200=300 300miles/6.5gallons=46mpg46/31=1.48 thats a 48% increase in fuel economy!-updates--With the graphite I got 510 miles out of a tank. 510/13=3939/31=1.25 a 25% increase in fuel economy. Im sure that if I increased the size of the electrode the mpgwould increase. The pencil lead is just so small. I will update again.P.S. My wife ran off with the camera to a florida vacation in the middle of my build. Thats why there are nopictures of the graphite electrodes. When she came back the camera wasnt working.step 1Tools and MaterialsThis page ended up changing through the process and can vary depending on how you choose to improveupon the design I used.Tools:knife or stripperssoddering iron(not essential but saves time)screw drivervoltage tester(depends)*drill*#7 bit*1/4" tap*may change depending on the electrode you use and how you connect it to the wireMaterials:(Keep in mind all the materials I used are "borrowed" from work or I had around the house so theywont be the most effective solutions. Be creative with what you use)Plastic container (I used a grape juice bottle)High temperature silicone sealant <-expensive; regular silicone sealant MAY workWire (I used some left over wire from the amp that went in my wifes car, 14awg)Teflon tapePlastic tubing (I had to siphon gas once to change the fuel pump and had this hose from it, not sure why Ikept it but Im glad I did)salt (for an electrolyte in the water)Stainless Steel Electrode(update: THIS WILL NOT WORK)I put this one on bottom because it will have the biggest explination. I am told stainless isnt esential but willnot corrode like other metals. I also read that coiled wire would be the best type(i.e. pipe, plate,wire).Platinum would be your number 1 choice but who can afford that? I used some pipe I found at work.
-updates--I ended up using the graphite from 2 pencils as my electrodes