And why not run ethanol which is 115 and my race blend which is up to 120?Bluefire wrote:pointless... i'd rather run 103 or 109 race gas.
well im right about $9.45 a gallon for the race blend and right at $7.10 for e98. the fuel that im blending is more like q16. ethanol is very high oxygenated fuel plus with the power adders its really how which is why it will make power, not all just in the octane. im not saying im trying to be a competitor to other race fuel companies, im just making other options for people who already use e85 as there fuel. this would be they're upgrade just race is to pump gas. and its cheaper....Darius wrote:100% ethanol = 113
E85 = 105
C16 = 117
C23 = 120+
Even if your blend was 117 to match C16, it would have to be 30% less in delivered price due to the difference in efficiency per volume of the fuel. So you would have to be able to blend it, package it, and ship it for $10.20/gallon (assuming C16 is currently at $14.50/gallon in similar form). You'd have to be able to sell a barrel for $560 shipped. And the real question is, how many people are going to tune around your fuel not knowing the duration of its availability? Just throwing these questions out there for discussion.
I was going to distill it like have done my own but I can pump out about 55gal a day, so I'm buying it from a suppliers terminal that I have just a contract with. But pure ethanol formula is CH3CH2OH. Carbons make power just like oxygen makes power. By highly oxygenated I mean by 15-30% which is a lot for a motor to add in as we'll as the air coming from the turbo.Carl H wrote:how are you distilling this ethanol?
lab grade equipment suited for production?
how are you handling the azeotropic nature of ethanol?
EtOH is not 'highly oxegnated', it only has one oxygen atom per molecule...i suppose compared to octane (which has none) it is 'highly oxegenated'.
wanna see some fomulas here, else it sounds like some homebrew bs that may end up grenading your motor and others
There's not much else you can do about tuning methods when weather changes a lot like it does in texas now on better computer boxes like aem and haltech I can set up things to help but its still not the same, example cold start is a lot diff when it's 80 vs 30. Most of the time when customer brings there to get tuned its already in the tank so no, but I use to do it on my car while back but I'm lazy and I just make changes on the fly. It's not about the resistance it about gaining extra power without changing anything but fuel. If all you have to is add in diff fuel to make 30hp and change nothing,even the tune why do it? That's almost the same as going to race gas depending on the type you get, right?Carl H wrote:then you need to upgrade your tuning methods, do you test each sample to find out the true ethanol content?
why do you need that much knock resistance in the first place?
That's not 100% correct there are certain chemicals you can add to you fuel and get power without much tuning, example, torco fuel, propylene oxide to name some, you add you get power.Carl H wrote:if you are 'gaining power' by doing nothing but changing the fuel then something is happening that you're not accounting for.
it may now be a leaner mixture or a richer mixture based on lambda readings from the fuel difference.
power just doesnt appear from changing fuels, putting premium in my lawnmower is not going to make it gain 7 horse power.
But at which you make hp right?Carl H wrote:your understanding of fuel chemistry is wrong.
14.7:1 is the ratio to reach equivalence of a COMPLETE combustion reaction in which all reactants are converted to products (H2O, CO2).
this is why it is called stoichiometric afr, it is a balanced reaction.
if the fuel contains more oxygen then the ratio changes and less atmospheric oxygen is required to achieve the same point.