Sorry its been a while
well i'll give a recap in laymans terms of the tests,as soon as I can figure a way of making the presentation in the form of graphs/pixs,etc.. will do so. So I have to learn how to use a FAST and view data from the superflow dyno.. hehe. Hopefully this coming weekend I can spend time required. It benefits us all.
Make a long story short, the first test performed was run the car at 16 PSI non-IC using iso 70/30 mix. Outlet temps on the turbo were 245 degrees, IAT temps were 145. Car made over 500 to the wheels. At this point I dumped the iso and ran straight methanol.. no changes were made.. another pull.. car picked up 10 HP through out the entire band, as well as TQ. So this is the first time i've had real data that methanol by itself made more power than iso. Next pull was done without alky to confirm readings of the turbo outlet sensor vs the IAT sensor. At mid pull, Cal let off as the temps were starting to climb heavily.
Next test was up the boost and see what happens mid 20's..at this point the motor made a tad over 670 to the wheels at around the 24-25 PSI range. Boost wasnt perfectly stable, but more concerned on temps. Turbo outlet temps were 300, IAT were in the 170's. Not great, but not bad. We looked at data on the FAST and realized we were replacing approx 30% of our fuel with the alky kit. I guess a neat thing is that we didnt touch the controls on the alky kit, being its progressive it sprayed harder as the boost came up. So it was neat not having to try and retune the whole ordeal. Next run we decide to up the flow/pressure on the kit another notch and at this point the rwhp dropped to 610. Obviously we reached the point whereby it was just too much. Altho the FAST kept the AFR at 12.0. Following test was to switch over from GAS C16 to straight methanol. The pull was done, the same power 610 occurred.. my system was still spraying heavy. Next pull we decide to switch the kit off.. since the motor was on alky.. here's where it got hairy, see the injector DC went to 100% on the 160's and the IAT went to well over 250.. shut it down. At this time we needed to get out of Dodge

since it was 9 pm.
So in recap what was discovered,
1) straight alcohol made more power than mix
2) fuel replacement of up to 30 % can be realized and keep power
3) A pretty good temperature drop was afforded.
4) No ill effects of running alcohol on top of C16.. the wives tale..when you get to the track..switch the alky off.. BS.
5) I need a FAST

6) Shameless plug... My PAC worked flawless with a FAST... if anything it was too easy.
7) Would probably be possible to use a small high flow stock location IC with the addition of AI to obtain the same temp results as the much larger IC. See I asked Cal what his temps are IAT on the motor, he said 140 while racing. if we're at 175 no IC, would not be a stretch to believe we couldnt get 35 degree reduction using a nice compact high flow piece. Like the new Precision or Thunder fab for instance.. and get rid of the huge 5 inch thick V3.
I bet there is more to this after all the data is reviewed, just thought I'd share.
Cal I want to say thanks for letting me play with your car, and affording the dyno facilities. I owe ya one big time.
Julio