Anybody interested in building HHO generators?
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I'm not a scientist by any means, but if you took Lye and added it to the water in 50% dilution, 7 neodymium cone magnets, a set of ceramic binary cams, and 8 stainless steel rods. You most certainly COULD produce something more efficient than an internal combustion engine. Not that efficiency is difficult mind you, a Stirling engine is vastly more efficient and cheaper to maintain than an ICE. In this world of nanotechnology putting water droplets into a Cassie-Baxter state would make it spin with next to no resistance.
That being said, you're all thinking inside the box with HHO. Why limit your energy potential to internal combustion? The heat exchange on a Stirling engine would be vastly more efficient, I am the very definition of a layman in this subject. But heres how I would start my experiment.
2*12v Batteries
2*"Alternators" Made of the neodymium magnets and the stainless steel rods
2*Gorilla Glass Pipes with custom fittings to seal out moisture.
2* Gorilla Glass Binary Cams
4* Gorilla Glass Pistons
All of this coated in NeverWet(google it)
The pipe will hold the entire system, including the sodium hydroxide/water mixture.
Because water cannot touch the surface of anything in this system there is very little in the way of gumming the works. The only things that will permeate NeverWet are the only things we want to, at least in this cast. Hydrogen Hydroxide
Why do you have a binary cam? Simple with a binary cam you can rotate the 7 magnets against the rotating steel rods, thus generating a moving magnetic field. Moving a magnetic field means you've now made an electric field YAY!
This electric field is now powering a massive battery(it is a moving metal core in a very efficient electrolyte), and by massive I mean, about 2 feet tall and six inches in diameter. There will be exhaust, but thats easily channeled via use of the pistons. You feed exhaust via these pistons into the other chamber that is rotating opposite the first.
Viola you now have on the fly HHO generation. It's really not that complicated, any hillbilly could make it.
Now you may ask, isn't it dangerous to mix lye and water? Sure it is.
I ask you this as well. Isn't it more dangerous to mix fire with anything?
I suppose you could use this system to make a feed for an ICE, but why? The friction of the water against itself and the steam it generates would be more than sufficient to power a chassis up to 50MPH. At those speeds one might fear breaking the system and having a massive release of explosive energy, but a tiny Motor vehicle accident will not scratch gorilla glass, especially at the thickness you will be using it to make this machine.
And yes you will have to change your electrolyte and water solution eventually, but you're only using it as fuel and given that the two of the most abundant things on EARTH are sodium and water you will have no shortage of fuel to run this on.
I only hope someone smarter than myself can make glass based superconductors and improve upon this idea.
If I blow myself up in my garage attempting to create this machine I hope you all nominate me for a Darwin Award.
If you have any questions I'll have a go at answering them.
I also guess this is the place to share my Basics of a Dry Cell, its not really a step by step how to it just gives the idea of how one is built and works.
http://www.instructables.com/id/The-Basics-Of-A-Hydrogen-Dry-Cell/
Our resident scientists have excellent provenance. Have you?
It would seem that “Jon Love” is either a pseudonym or this person’s affiliation with LANL is a fiction; there’s no Jon Love listed in our directory.
If you had come within even a wide margin of exploiting ZPE successfully, you wouldn't be getting ready to post it here, you'd be on a podium accepting your Nobel prize.
I didn't just search the listings - if you worked for LANL, you would have known that the search engine on their site does not waffle on about pseudonyms. That is just one line from an email from LANL. They completely disowned you and your claims.
You want to be taken seriously, show us something serious, in plain language.
"By the way, real physicists don't talk like that outside the lab"
Yes, we do. We communicate scientific concepts in scientific terms. If you work for LANL, you should be capable of communicating your ideas clearly, concisely and scientifically.
I'm willing to bet actual money that you can't.
To borrow the parlance of the internet, "pics or it didn't happen". In other words, I'm not denying your claim, but it is extraordinary enough to warrant skepticism and you'll understand me asking for some evidence to back the claim up. Please post the details that you feel comfortable with doing so, to spread your ideas and reduce the risk of suppression by the authorities.
No insults intended towards those that have argued with the usual scientific jargon on this thread. By the way, real physicists don't talk like that outside the lab.
That sounds like a "no true scotsman" to me. I know plenty of people with high-level education in physics and other sciences who take great pleasure in talking in what you refer to as "scientific jargon" outside the lab, because it's a subject that interests them.
HHO not only CAN work, it has been working for a very long time already. It's just been suppressed by the oil companies and all else that believe money is greater than the human condition for all on this planet. I have no proof to offer here. I'm well aware that for anything to be accepted scientifically, has to be proofed. I just ask you to trust me, if you will.
You really won't garner a great deal of respect from scientists by simultaneously insulting them and making assertions like that.
I appreciate your honesty. As your statement said, you proved the concept as viable in a 5.000 mile trial that gave you an approximate 11% improvement in your mileage. That being said then there is no question as to whether it works or not.
For a transportation vehicle there is only one measure of efficiency, "How far can it go with a given number of BTU of energy as input? The input for a car is gasoline, diesel, or some other form of energy. It really matters not whether an extra number of Amps of electricity is used to support the auxiliary systems, the car is a closed system or unit that goes so far with so many units of energy to propel it.
It seems that some are steeped so deeply in their verbiage and book learning that they do not want to look at facts, so they fall back on what they have been taught as cast in stone and they consider scientific, so they spend all their time bantering those with an open mind that desire to find answers and further science and knowledge. This is the" I'M SMARTER THAN YOU" concept. Purely an ego trip for those with a lack of self esteem.
Your explosion can be, and was a problem of an improperly installed unit. To prevent this from happening, one must find a hot wire in the engine compartment that becomes hot only when the ignition key is on run. Then run a wire from that point to a new 12 volt relay, like the light and horn relay, that then activates the HHO device. A heavier hot wire going to the HHO system comes from the battery to the relay and then on to the HHO system. This insures that the HHO system is only hot or on when the ignition key is turned on.
Another safety feature is that all HHO systems should run through a bubbler to prevent backfiring into the generator. That is another part of the system that is overlook in some (do it yourself) diy units.
"My question is this: Doesn't it violate some physical laws to produce more energy than you are consuming? ..... Somewhere there has to be a point of diminishing returns.".
In the case of the purely electrolysis driven HHO generator it does not violate any energy conservation laws. The device takes more energy that it produce. So you can not run the car solely with the straight HHO electrolysis device. It appears that all the "WILL NOT WORK" ivory tower detractors, do not understand the basics of of the (internal combustion engine) ICE or are paid wet blankets to dieter others from using the energy saving technology. I have discovered many such plants on the Internet in the areas of health care, the environment and energy.
How it works is through the introduction of a small amount of H2 or Alcohol/water vapor into the combustion mixture which increases the heat, speed of burning, and completeness of the combustion process, and thereby improving the overall efficiency of the burning process. There are dozens of SAE (Society of Automotive Engineers) papers going back at least 40 years, that have proven beyond a shadow of doubt that even small amounts of HHO injection into the intake of an ICE, decreases NO, decreases CO2, and reduces unburned hydrocarbon emissions. It works for both gasoline or diesel. Why it works is that the carburetor or injectors do not atomize the fuel completely and small liquid droplets of fuel enter the combustion chamber and are not consumed completely. The HHO facilitates a cleaner and more complete burn, making better use of the fuel. It works so effectively that it can eliminate the need for the mandated catalytic converters.
By the way, the catalytic converter did reduce the brown cloud (unburned hydrocarbons) of smog, which is relatively harmless when compared to the byproduct of the catalytic converter which is NO. NO emissions have increased dramatically directly from the use of the converters, which in turn has led to an increase in acid rain. Another example of government regulations that have made the environment worse. In the 60's the primary acid rain was sulfuric, it is now nitric acid.
I have been interested in the Meyers system since I saw it demonstrated in Colorado Springs in the early 90's. What Stan Meyers used was not a straight electrolysis generator but was a frequency controlled pulsating generator. It pulsed DC at the resonate frequencies of the water or the H or O2 atoms, we do not know which or what frequency. Using these resonant frequencies, broke the bonds of the water and releases HH and O. Everything has a resonant frequency, even viruses and bacteria which are organic. An example of the destructive force of resonance is the sound waves that can break a crystal glass. The amount of energy in the sound wave hitting the glass is far less than the strength of the bonds of the glass, but the resonance amplifies the energy which becomes accumulative until the glass breaks. The use of resonance is similar to Tesla's use of the resonance of the magnetic field of the earth to capture and transmit energy and create lightning.
I hope this answered some of your questions. Thank you
Doc Watt
When I read " I just ask you to trust me, if you will. ", whether it's from a doctor, investment counselor or "physicist", I know there's truly reason for doubt...
...and...
I feel we should approach the idea of HHO from what we are working on and know works. .... This blog, and many others like it, is that proof.
I think we can eliminate jonlove from the ranks of the scientific community.
It took me a whole day reading 290 posts !!!
The opening was: help each other, design and build stuff.
Let's work on that.
The "thing" works, I suppose, no one doubts about it.
Shouldn' t we concentrate on how we could improve the combustion with
less Amp's ?
I have some suggestions and many questions
1. Those who think in themes of thermodynamics: (conservation off energies)
when you consider that in homoepatics a dilution off 1000³ (in water!)
can give you sooo much energy. And it ain't just a catalyser, only the right
one will do it. In HHO it will be like HawkNo1 said: KISS (Simple and Stupid)
the main difficulty is to find it. Lets search and share !
2. The computer controls the car. But you can trick it. My car is an VW 1.9TDI with PumpInjectors. Ignition timing is generated mostly by T°-sensors
(system and fuel T°). By adding a resistor (potentiometer) in the line from sensor to ECU. Some years ago I drove my car on PPO (pure plant oil)
Those molecules are to "long" so that they need more time to combust.
Setting to cold engine and fuel the motor consumed PPO like diesel.
Is this a good suggestion to resolve timing-problems ? Please try it and tell me.
To your info: My attention was taken by an article in "Der Spiegel" (15-2009)
"Dünne Suppe im Tank" where a professor tells how he added 30 % water
to diesel (mixing 10% tensides? = wash-powder). The results: lower T°, better
combustion, no toxic gases. You could put away the katalysator and the particle-filter. In France ELF brings out a 11 (!) % mixture diesel-water. They
call it "Gazole")
I think that we could and can do better.
Together.
Lets do it !
Peter,
From Belgium
No, in fact oxygen gas is not required, in general, for combustion. What is required is an oxidizer -- a chemical (element or compound) which can accept electrons or transfer oxygen ions.
\Most commonly, an oxidizer (canonically oxygen, but it can be other things like potassium nitrate or bleach) is separate from the fuel in a reaction. But even that is not a requirement. Solid rocket fuel, or even gunpower, is commonly a mixture of fuel and oxidizer such that it can burn, and continue to burn, even in the absence of atmospheric oxygen.
Asking if hydrogen is "the most combustible element" is not a well-posed question. In a vacuum, hydrogen is not combustible at all. Are you mixing it with oxygen? What is your criteria for combustibility? Reaction rate? Development of a pressure wave? Temperature? First you have to decide what question you want to ask before you claim you know they answer.
I reissue the question with a two added parameters, that seemed to me obvious in the initial question but apparently not, pound for pound and where the oxidiser available to the hydrogen and the comparison explosive are exactly equal, is there anything more combustible than hydrogen?
Mmmm duh, obviously not. Hydrogen has how many electrons? 1. It's, umm duh, the LIGHTEST element. How is anything else going to separate quicker than the absolute lightest? The most basic physics proves hydrogen the most combustible element. With a given force, how could you push something that weighs twice as much at the same speed. It can't be done, obviously.
Far as your pressure wave differential scenario, I can see how a heavier material might when exploded carry more force, but not if the hydrogen is maintained cool enough to be solid and every bit as dense as the comparison explosive. I can see you have this fuzzy picture in your mind of hydrogen gas being compared to c4. But that's not at all what I was asking. Imagine equal mass and density blocks of c4 and hydrogen each mixed with an ideal oxidizer ratio for maximum reaction rate. I'm again 99.9% certain the hydrogen explosion is going to dwarf the c4 every day of the week and twice on Sunday. What's the next lightest combustible? Methane? Whatever it is it's at least 4 times as dense as hydrogen, so it'll be no less than 4 times as heavy to push.
No, of course not. Reaction rate is a technical term in chemistry, and measures the rate at which the reactants are consumed. A pressure wave (if there is one) is usually a consequence of the reaction (in the case of deflagration), not a cause.
"The slower particles travel the cooler something is."
No, that is also not correct. Temperature is related to the distribution of speeds. You may have a volume of gas (or of charged particles) travelling at thousands of kilometers per second, but the gas itself is at a temperature near zero kelvins because all the atoms are travelling at exactly the same speed.
"Hydrogen has how many electrons? 1. It's, umm duh, the LIGHTEST element. How is anything else going to separate quicker than the absolute lightest?"
What is this supposed to mean? What is "separating" here? Are you talking about the dissociation of H2 molecules? In that case, the mass of the nucleus is utterly irrelevant. The relevant parameter is the interatomic bond strength.
You seem to have some understanding of chemistry, or at least of the terminology used in chemistry, but not sufficient to coherently discuss issues of real-world chemistry and physics.
Yes. That is the correct way to describe the causation. The rate of reaction (the cause) will contribute to the resulting pressure (the effect). What you wrote the first time had the cause and effect reversed, and was simply wrong.
You write, "Distribution of speeds... Funny you state they're all traveling at the same speed yet make no account for each of their relative trajectory which would of course bare heavily on their relative temperatures. Sounds like a bunch of malarkey to me. "Traveling at thousands of kilometers per second..." Relative to what? The other particles in the gas? Or to Earth while contained in a vessel on a satellite..."
Do you have any knowledge of the definition of temperature? The temperature of a gas is determined by the distribution of speeds (not velocities) of the particles in the gas. If there is a larger variation in those speeds, the temperature is higher. The mean is not relevant.
My particular example would be identifying the temperature of a beam of particles (such as electrons) in an accelerator. The whole beam is moving at some fixed high speed in a particular direction. However, there is some variation in those speeds, including some perpendicular components to the velocity. It is that spread which determines the temperature of the beam, not the absolute speed (which is going to be nearly c).
You write, "In stating separating I mean as they flee each others presence under the pressure of explosion, aka high rate combustion or as you stated "dissociation of H2 molecules"."
Those are two completely unrelated issues. If you think they are the same, then you need to go back and review basic chemistry and physics. A chemical reaction, for example
O2 + 2H2 -> 2H2O
Involves the separation of molecules into their component atoms, a process called dissociation, and the subsequent recombination of those atoms into new molecules. The rate of the reaction depends on many things, one of which is the strength of the bonds holding the initial molecules together.
The "explosion" as you call it, is a mechanically increasing distance between whole molecules. There's nothing chemical about that increasing distance, it is driven merely by the random relative speeds of the molecules travelling in different directions.
Is that sufficiently clear?
Finally, you write, "Bout right or what?"
No, not right. You have a clear and extensive misunderstanding of the basic terminology and concepts of chemistry. If you were using the language of the field correctly, then maybe it would be possible to judge whether your other ideas were reasonable or not.
You said, " I see no quotes nor any elusion to anything I actually typed. Just a bunch of meritless accusations. "
Okay, I will quote you on specific things you said.
By "history" I meant the history of this conversation between you and kelseymh, not world history. You said "I ask a question. You ask a question about my question. I answer your question. You ignore my question and harsh my terminology." This is incorrect. What happened is you made an incorrect statement, kelsey corrected it and said you needed to figure out what you're asking before you can answer it (a reasonable statement if ever I heard one), and you flared hot indeed.
As to the abusive speech, let's see, you called kelseymh "du-sh", "douchy", "super hypocrit" (sic), and either "M16" or "NSA", not sure which was meant for which there. Now, I don't claim to be the sharpest tack in the box, but something about that tells me this is getting personal to you. You're running on emotion now, and not thinking or acting particularly rationally. Last time I checked a real scientific debate does not entail childish name-calling. I think you know this at some level, but you're mad enough at the difference of opinion between yourself and other users to let your anger override your cerebral cortex's impulses and lash out like a small child.
I firstly tried to explain the principle of the conservation of energy to rocyahsoul. He replied by declaring the aforementioned law to be an "obviously so very totally establishment educated understanding".
I then resorted to giving specific, although basic, examples of where energy loss would occur during the electrolysis process.
Unfortunately, his arguements then seemed to deteriorate into conspiracy theories. Apparently I'm MI6 and you're NSA :-O
I completely agree with you in that externally powered h2 generation would be the way to go.. while bypassing the idea of compressing/storing 'HHO', for safety reasons.
The viability of this approach, as always, would come down to J/£ (or J/$).
Although from an environmental perspective, the source of the mains electricity would still be an issue.
I've mentioned in previous posts that BMW released a prototype vehicle which supports dual fuels - gas (aka petrol) and hydrogen. Both fuels are burned in a traditional IC engine.
I've now found a link to an article describing the vehicle:
http://www.autobloggreen.com/2006/09/12/bmw-officially-announces-the-bmw-hydrogen-7/
PS. The original discussion was whether 'HHO' added to a standard combustion cycle (ICE fuelled with gasoline) can improve the engine's efficiency, yielding an increase in power output greater than the power expended in generating the 'HHO'.
Unfortunately we've gradually strayed from this subject, and have ended up explaining 1st law of thermodynamics.
It seems to be a typical practice among science crackpots (not just the perpetual-motion/over-unity/free-energy crowd) to label the scientific principles with which they disagree as a "conspiracy" to keep them down.
Thanks very much for the BMW link. The "flex-fuel" engine is also something being investigated here in the U.S. It will be very interesting when it become viable commercially, as it could provide a solid foundation for transitioning the rest of the transport infrastructure. It does, of course, just move the production energy cost elsewhere, as you've noted.
The two of you reveal your obvious agency in refusing to in, what 5 or 7 posts, acknowledge the STRONG burning capacity of Hydrogen. When I first showed up here, Nfitz was staunchly claiming hydrogen makes no sense as fuel. Now he's advocating toting an explosive gas for the general public who are obviously going to have to implement these systems on their own, with World Oil Production Decline crashing industry in the next few years. Kelsey hasn't contributed anything but derision and rhetoric.
So! Thanks for all your "help" guys... Again happy World Oil Production Decline, Nuclear Ice Age, Mass Extinction. May your rebirth deliver you to as mercury contaminated a swamp as you've caused with your coal power.
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Well wouldn't ya know, there's an answer, it's absolute and it comes in visual format...
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Stan Meyer did this same thing more than 20 years ago and was then murdered.
Youtube is now strewn with "water car" videos of people running minivans on HHO only, forgoing even gasoline.
"...And to produce it on the move uses more energy than is released upon burning it." Seriously? I guess we'll just have to leave the gas caps open when it's raining then ay? You know, to fuel up...
Need more electricity to get more HHO to combust to produce electricity to split water to get more HHO... Must install wind turbine on my vehicle... Mmm duh. My car will be sitting in the parking lot charging the battery.
Max cranking current 320A - if this was sustained it'd probably explode but we'll assume it doesn't - 60AH, 12v.
1Hp is equal to 746watts.
60/320 = 0.1875 (hours) = 11.25mins of charge at max load.
320*12 = 3840watts
3840/746 = 5.15Hp.
So my fully charged battery would produce 5.15hp worth of hho (if electrolysis energy in = burn energy out (100% eff.)), but only for 11.25mins.
After this time, the battery would be dead flat.
If you factor in the engine load created by an alternator, the overall power output would be even lower, and the run time only slightly lengthened.
Like I said i'm not saying don't try, or even that there's no way it could ever be beneficial, but I am giving my reasons why I don't think it could work.
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- the device breaks the laws of thermodynamics (see diagram below, it's as simple as I can make it) in which case all of physics will have to be rewritten, or
- it doesn't, in which case
--- the "material that releases hydrogen" is a consumable fuel (eg Al + NaOH) and they are lying about the only fuel being water
--- the thing doesn't run on water at all and it's all a big scam to attract investment money which they then run away with
--- the separator derives its energy from elsewhere in which case the external source of energy is the "fuel" for the car, not the water.
Those are the options. "Water can have energy extracted from it and still be turned back into water" is not an option, it's a simple impossibility. See diagram below.
I suspect the second option is the most likely given the quote from the "technical" write up of their product:
"This process is allegedly similar to the mechanism that produces hydrogen by a reaction of metal hydride and water."
"Genepax uses a metal or a metal compound that can cause an oxidation reaction with water at room temperature, the company said. Metals that react with water include lithium, sodium, magnesium, potassium and calcium."
"The main feature of the Water Energy System is that it can be operated for a longer period of time by controlling the reaction of the metal or the metal compound, the company said."
"According to Genepax, the metal or the metal compound is supported by a porous body such as zeolite inside the fuel electrode of the membrane electrode assembly (MEA). The products of the hydrogen generation reaction dissolves in water, and the water containing them will be discharged with water inside the system. Upon the completion of the reaction, the generation of hydrogen and power stops. "
What they appear to have actually developed is a non-rechargeable battery that works by consuming lithium and pure water, and releasing lithium hydroxide and hydrogen- the hydrogen then recombines with atmospheric oxygen to produce more clean water. The car is not "running on water", it is running on lithium (which is produced by expensive electrolysis of lithium salts.)
EVERY scheme that claims to be "a car running on water" has some caveat like this one, but they often conceal that until they have attracted enough investment money.
Now who's lying for monetary gains- the scientific establishment, or the snake-oil salesmen who tell you you can run a car on water?
OBVIOUSLY you can run a car on water. Water can be made into explosive Hydrogen Gas.
Well then obviously you can run a car on money- you convert money into petrol at a petrol station, then put the petrol into the car engine. I'm not questioning whether it is possible to run a car engine on hydrogen derived from water, but whether water can be the primary fuel. By "primary fuel" I mean the point at which energy is introduced to the car from outside. An electric car with solar panels has sunlight as its primary fuel, a normal car has petrol as its primary fuel, a battery powered car charged from the mains has mains electricity as its primary fuel. Water cannot be a primary fuel because as liquid H2O it cannot release energy- it can be part of a mechanism, like electricity is in the case of sunlight -> electricity -> motion, but it cannot be an energy source.
Can the car simply be fed water and nothing else and continue to run? I'm guessing no.
My point exactly.
I will say this though Stan Meyer who was murdered for his work on powering cars with water, claimed his water splitter operated at 1700% efficiency. His was based on frequency and electricity.
I've seen many similar claims, none of them substantiated.
Working with frequency I can see how his device might pick up energy from ambient sources.
There's very little substance in this sentence, it runs the risk of sounds-like-science-itis. If you can clarify I can comment but I don't really know what you mean. I suspect much of the talk about using high-frequency electricity to electrolyse water at overunity gain is because measuring the exact power of high frequency current is notoriously difficult and easy to underestimate.
But the notion you're advancing, that a vehicle can not by powered by hydrogen fuel derived from water is wholly bogus. It's been done many times over.
If you study my arguments carefully you will see I never said that. My claim is that you cannot power a vehicle on hydrogen derived from water using only the energy produced by the vehicle engine. Running a car on hydrogen is easy, but to produce that hydrogen from the car's engine or fuel cell introduces an energy cycle like my diagram, which is forbidden by the laws of thermodynamics. If you can get the energy from elsewhere, you may as well electrolyse the hydrogen outside the car and fill it up at a pump like with any other liquid fuel.
The only question really is will you have to charge the battery every once in a while too.
What this statement amonuts to is "you can run a car on hydrogen if you eletrolyse the hydrogen using a battery". In that case the energy flow is battery charger -> battery -> electrolyser -> hydrogen -> engine, which doesn't break any laws of thermodynamics but is unnecessarily complicated- you would be better of using battery charger -> battery -> electric motor, as the entire EV community do.
Much of this argument could be eliminated with a simple energy flow diagram from the point at which energy is introduced to the car until it reaches the wheels. To summarise my argument, I have no problem with running car engines on water-derived hydrogen, but I continue to believe water is not a viable primary fuel as per my definition above, until I am shown a convincing demonstration. Youtube videos and unverifiable stories about overunity researchers being murdered for competing with the oil companies sadly do not constitute convincing demonstrations.
Maybe a puppet for another member who was discredited through flawed arguments for the same conspiracies and impossible inventions, who knows?
1) It takes a specifc, and well known, amount of energy to separate water into hydrogen and oxygen. Let's call that amount E(1) for convenience.
2) You later recombine that hydrogen wtih oxygen to release a specific and well known amount of energy. For the moment, let's call it E(2) for convenience.
Now, energy conservation guarantees that E(1) = E(2). Do you agree with that?
3) You claim that you can use energy from the car's own engine and battery to get E(1). This is certainly the case. You could, for example, simply plug into the car's cigarette lighter socket and run wires from it to an electrolysis bath.
4) You claim that you can feed the energy E(2) back into the engine to run it, and consequently to run the car's alternator and recharge the battery. This is certainlyt the case. If I collect the hydrogen from (3) and pump it into the engine's cylinders, it will burn, releasing the same energy E(2) to drive the pistons.
So far, you've got a closed system (until the water in the electrolysis tank runs out). If (only if) there are no losses of efficiency, either due to theromdynamic cycles or to simple mechanical friction, it will work. Closed systems without losses conserve energy. We all agree with this.
5) Finally, you claim that you can drive a car configured in such a way. Driving the car expends energy to produce work (force*distance) to move the car.
Where does the extra energy to move the car come from?
It is this point, and it is only this point, where all of us disagree with you. It is that last step (5) which fundamentally violates conservation of energy. You cannot possibly get MORE energy from the chemical recombination of hydrogen and oxygen into water than you used to split the water in the first place.
Can you, clearly and simply, explain where the extra energy to drive the car comes from in your model?
This video shows a water powered car.
The best solution isn't HHO storage. Water is good to transport as fuel. The solution is robust enough electrodes to split the water into HHO on demand, or shortly preceding demand.
The solution for storing HHO is stainless steel tanks. There are stainless steel tanks that have other uses and would suffice. But it's somewhat wasteful. You could just plastic store the water and use the stainless steel as electrodes. I read someone write based on their recording an average increase of fuel efficiency of 25% for all the HHO installs in their study, they questioned, doesn't that mean that if people equppied their vehicle with 4 to 5 times as robust a water splitting platform that they could be free of the gasoline corporate dominance. I like their math and think they're about right on. The car in the video is small, but the HHO electrolyzer takes up far less space than an average gas tank. So conceivably you could replace the gas tank with a water tank and water splitter.
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http://www.greentechgazette.com/index.php/high-mileage-vehicles/myt-engine-making-a-comeback/
L
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As per our previous discussion, I wasn't saying you needed a gas (i'm from the uk where gas means evaporated liquid not gasoline/petrol) mixer - just that it would be a very convenient way of throttling the engine.
Also, in my area of the world 'smog testing' consists of HC and CO levels, both of which would be zero with HHO. So, i think 'old skool ;)' distributor with gas mixer would suffice.
You could use SS tubes into inlet manif with flame arrestors..but why reinvent the wheel?
As for the spark timing...well we'd have to see when the beast runs.
I'm good with electronics so tell me what you need and i'll build it. If you just give me the specs for an ultrasonic humidifier...i won't
Please don't bring the bible or politics into this discussion, there's just no need to do that. We all want cheap non-damaging fuel.
Our second "Unit" was built using the same 3in PVC pipe but the unit it self was made from "8" 1/16in SS plates, 10 in long (cut to fit the pipe) totaling 470 sq. in. and we're getting about 1 liter per 6.5 minutes using a battery and drawing about 4 Amps.
Because of all the "DRUG DEALERS" in the northwest, finding Caustic Soda, (Lye)(for our catalyst), is almost impossible, but I was able to buy some. We will now begin testing this 2nd unit using Sodium Hydroxide as the catalyst.
***** My question is this: How much HHO do I need to produce to go from 20 MPG to 40 MPG on my Toyota 4 cylinder P/U and can I do it by using “ONLY” the 1 battery in the truck, or do I need to buy a 2nd battery?*****
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