hightime81
NAXJA Forum User
- Location
- Holly Springs, NC
after two test runs i have gone from ~17MPG to bit over 20MPG with the single cell. tomorrow i am going to build and try a 2 cell scenario.
hightime81 said:after two test runs i have gone from ~17MPG to bit over 20MPG with the single cell. tomorrow i am going to build and try a 2 cell scenario.
hightime81 said:i used gas tank refills method to test. my runs were 10 miles on the nose each. so after fill up, i added another .49 and .47 gallons respectively.
i need to get a scanner or some electronic method of testing.
your sig says 34MPG, how did you attain that?
Mstrkage said:I am still wondering what the effect this may have on a carbureted engine. Any ideas?
ChrisTX said:There is a problem with these devices. I'm not a chemist by any stretch of the imagination, so I'll explain it as best I know how. You are essentially electrolyzing the water into a gaseous state, which is pulled into your engine. You're not really splitting atoms here. Since you're turning the water into a gaseous state, the water lasts a very long time. Simple principle used by firefighters. Poke a hole in the roof to expose the fire itself, put the water on the flame, and the water will expand. You can make your water go further by turning it into water vapor, but were going further and turning it into gas. The HHO makes the combustion cycle more effecient, almost like running a higher octane, but with a cleaner burning fuel, so that tiny bit of extra drag on the alternator is miniscule, and almost irrelevant.
When you inject the HHO (sort of a play on words, not really a scientific term) into your engine, you will be burning the hydrogen, and the oxygen will be the byproduct coming out of the exhaust. Since the engine expects a certain level of oxygen to come out, what is actually coming out is a lot cleaner, and it will sense a lean condition, and automatically richen the fuel mixture. We don't want this, because we are adding an alternative, or supplemental fuel, to the mix. If we had a rich fuel mixture, on top of the HHO, it would decrease the mileage.
They are the same. Baking powder is different, but baking soda is sodium bicarbonate.Stallacrew said:Where do you obtain sobium bicarbonate? I uderstand that isn't baking soda, right?
That should be just as good.Stallacrew said:And how do you introduce the HHO into the intake after the throttle body? Would it be ok to put it in the TB spacer with a tapped hole and hose fitting?
You want high nickel and chrome alloy stainless steel, minimum. Titanium would be better, and platinum plated titanium would be even better.Stallacrew said:Learned really quick that copper doesn't work well at all because one side does fine and the other makes this awful corrosion.
Bad idea. You made copper sulfate solution. H2SO4 is likely to give off SO3 gas while it disolved the copper, which when later combined with metal and or water in the engine is highly corrosive to the engine. SO3 + H2O = H2SO4Stallacrew said:Anyone tries to use H2SO4 for their electrolyte? It's battery acid and it's what dad reccomended on a trial out of car run with a battery charger........that may be why the copper didn't fare so well. It made lots of gas which I assumed was HHO, but it also made the liquid green/blue.
--Alex
insanity said:I would like to try it out on my rig for highway driving only. If I could get 20mpg as apose to the 10mpg I currently get, the trip to the trail would be easier on the wallet.
Ecomike said:I would suggest fixing the things are defective on your jeep first. Jeeps in working order, stock jeeps that is, should be able to get about 20 mpg highway miles. Likely causes of poor gas mileage are bad sensors including the O2 sensor, the TPS, CTS, MAT, vacuum leaks, exhaust manifold leaks, worn or bad spark plugs, plug wires, rotor and cap just for starters.
They may have caused some of the drop in mpg on yours, but I would look for other fixable reasons too. My '87, 4x4, stock XJ, 4.0 L, was getting 8-10 mpg at its worst, and 75% of the lost stock mileage was due to a bad Renix TPS and O2 sensor. The TPS was a dual one, AW4 Tranny, and the ECU side was good, but the TCU side was bad, so it was shifting too early, and not getting into the peak torque MPG efficient zone. The O2 sensor was the other half of the problem. Now I am looking at the torque converter lock up, thinking it is the last of MPG problems.insanity said:I was geting 15 to 17mpg before I lifted it and did a lot of other mods. I figured that all of the mods combined caused it to drop in milage.