Exceedingly complex... Yes... There is at this time NO real way to market such technology on an economic scale. Safety and Accuracy are to huge problems. My design is Safe, But It is custom for my particular car. This setup would not work in just any car. Also its not just simple turn the key and go either. You have to mix chemicals, and do some tweaking every few days. It requires constant monitoring and alot of just plain forward thought. Also winter freeze up is also an issue. I think that you should do some research on the recent Green rallies however. There are Hyper milers out there getting 150Mpg out of there cars without a single modification. The whole thing that makes hybrids work is that a normal conventional car gives up almost 40% of its efficiency into thin air. The HHO so-called device if dun right simply converts some of that wasted energy and turns it back into a fuel that increases the efficiency of the burning hydrocarbon. Just like any old hybrid, in the from of electricity. After allàà Gasoline, Diesel, Bio-Fuelà. Are ôHydro-Carbonsö In the end your burning -Hydrogen- using DC off the alternator that is being created for nothing, to generate pure hydrogen witch is then re-introduced into the intake is simple. The problem is that you cannot get more energy out of something than you put into it right? Right! In this case Hydrogen when it burns is simply converting into water. In this case water vapor. Water vapor then absorbs the heat created when the gasoline ignites and explodes. Normally this heat is absorbed into the piston or block witch then expands and causes higher friction causing more heat and less efficiency. The water vapor that just absorbed the explosion heat is then expelled directly out of the engine as steam of pure water. Now that in itÆs self will not significantly increase performance however something more interesting does occur in this scenario. There is basically only one thing in the air that your car is sucking in that burns. And that is the Oxygen. The car aspires air and compresses it to maximize the oxygen molecules per cubic inch in the explosion chamber. What would happen if you were to increase the oxygen molecules in that mix by say 4 û 5%. The more pure oxygen you introduce into the mix the better the gasoline will burn. (Try pouring liquid oxygen on some popcorn and lighting it up. You will see what I mean) this means that all of the fuel will burn. That increases the expansion of the gasses and you have more bangs for your buck right? Lets go back to the water vapor thing what is different from water vapor and air? Water des not compress. This also means that on the compression stroke you have Liquid gasoline, air, pure oxygen and pure hydrogen all mixed. The second you ignite the pure hydrogen it expands not into compressible hot gasses but into dense water vapor. You just increased the total volume of ôExhaustö in the chamber, and that is what makes a car move. That pushes the piston down with more power, less heat and less un-burned fuel. And that reduces greenhouse gasses by a significant amount. The normal process to create these two gasses is plane old electrolysis invented well over a hundred years ago. In this form we donÆt separate the two. By running DC current through an electrolyte using tuned plates you create 2 hydrogen molecules to every 1 pure oxygen molecule. And you just let the engine suck it up as it is produced. It is not injected into the motor.

Incidentally, have you ever heard of Nitrous or NOS I believe the stupid Honda kids call it? Its ôNitrous-oxideö As in ôOxidizerö It works the same way the ôOxideö or Oxygen makes the fuel burn better thatÆs why it gives a boost. But you are not taking away the heat, hence the damage to the engine. And we all know that Nitrogen does not burn at all.. It does however compress. Nitrous oxide is far FAR safer than pure oxygen that is why it is used as a booster agent.

So all that being said, It will not increase your fuel mileage as long as the pesky O2 Sensor tells the computer to dump in more gas because there is suddenly not enough Toxic gasses in the exhaust. Duh if the fuel was burning all the way there wouldnÆt be any toxic emissions in the exhaust. So the EFIE device allows you to tweak your engine for the difference by allowing the user to decide on the mix. If someone was to make the wrong call you would either foul plugs or cook your engineà. Or worse expel even more greenhouse gasses. So this is not some miracle burn water instead of gas device. It is truly something to mess around with. It does work thoughà The guy that got me started is running one on a Priusà And he gets 65MPG on the hi-way. He adjusts the thing on the fly as he goesà.. Prius doesnÆt uses a once set and go O2 Sensor. Like our cars form the 80Æs 90Æs and early 2000Æs. It actually realizes its running better and reduces the amount of fuel itÆs dumping in. Then nearly all of the energy it produces is tuned into DC and that drives a DC motor that does not have parts that constantly reverse directions like an I/C Engine. That is how Hi-bird cars work to get better mileage. And why they get better mileage in town, than on the hi-way among other reasons. So for Jake to be getting 65MPG Hi-Way in a Prius is phenomenal, incidentally he only gets around 49 in town. But that is better than the average in town on one by a ways considering his is 3 years old.


So there you have it! I am just a guy that wants better mileage and I believe that the Sheep and lemmings should be educated about the truth to mileage and performance.

I found a good source for a EFIE unit from PWM and it works great. I will do a complete write up on the project on my 4Runner. We will see the truth in the end.