Green1 wrote:
Quote:
Feel free to check out the others kits makers dealers as well.
so we ask for
unbiased results, and the very best you can come up with, is other people who sell the kits?
This tells me lots of people sell them, but it doesn't do anything to convince me that they work or won't damage anything...
With all the evidence your forum has been giving if you feel and all the vehicles that are out there running the kits from all the different makers , sound like you have not bothered to look up anything. You know what if you can find one article, one post anywere, post it up. If not I don't think you guys can be helped. Many forums have sections dedicated to just water/alcohol injection. You keep asking about the mystical engine damage how about you come up with something to convince everyone else about that?
Looks like a lost cause here. If you think all those performance shops with all there techs and mechs don't know anything about the something as simple as injection a fine mist of 40 to 30 micros of water/alcohol at 163ml/min and thats basically all your doing on your vehicle then you cannot be helped. If you don't know that for every liter of fuel that is burnt just under a liter of water is made during the combustion process than I also cannot convince you.
Look something like this for each 100 gallons of gasoline burned diesels are similar, If you don't believe me then feel free to look it up. Your worring about adding 63ml/min of water to a engine that is making gallons and gallon of it.
90-120 gallons of water
3 to 10 gallons of unburned gasoline
½ to 2 pounds of soot
¼ to 1 pound of resins and varnishes
1 to 4 pounds of nitrogen and sulfur acids
6 to 10 ounces of insoluble lead salts (if leaded gasoline is used)
1 to 2 ounces of hydrochloric and hydrobromic acids.
If you don't know that your engine is gulping down at least 50ml/min at 400rpms of water due to air saturation on a rainy day, I cannot help you. If you don't know adding extra O2 from the methanol adds power to the combustion process I cannot help you.
From the table below, you will note that air at 0C contains almost 30% more oxygen per given volume, than air at 77C.
Air Temperature
Air Density
% increase of oxygen
77C
0.9950 kg/m^3
40C
1.113 kg/m^3
+ 12% oxygen
27C
1.1614 kg/m^3
+ 17% oxygen
0C
1.2763 kg/m^3
+ 28% oxygen
So if your car is tuned for say 12.0:1 fuel mixture (rich) for maximum power and the air going into your engine is at 77C, you might make say 241bhp @ wheels. Now if you could get that intake air down to 0C and still have your engine tuned at 12.0:1 fuel mixture, you will make 30% more power based simply on oxygen levels in the air = 241bhp @ wheels x 1.3 = 314bhp @ wheels. That’s a massive 73bhp increase!!! Now obviously, unless your using dry ice somewhere along your intake path, you won’t get the air to 0C, but that is just to give you an indication of the true effects of air temps and their relation to power output.
And if none of the info on this entire post beside hooking the kit up to a vehicle for a year and taking the engine apart because I really don't know what kind of data you think your going to get with someone installing it , The only thing they can tell you what we already posted and you already have people who have been doing that for well over 20 years in some vehicles like the Buick grand national well then looks like its time to move on guys because it's not getting though.
If you want customer opinions just pop on any forum and there are a ton of them and ask one about it. Because you cannot take the info second hand.