Alcohol injection, water injection, octane, and your FC
Ah, here we go. Knew I saw it somewhere around here.
https://www.rx7club.com/3rd-generation-specific-1993-2002-16/anybody-use-aquamist-121326/
Ah, Rice Racing once again. But then again, it's just one guy. But then again, he's been daily driving and circuit racing with 500rwhp on the same block for 5 years. Or something like that...
https://www.rx7club.com/3rd-generation-specific-1993-2002-16/anybody-use-aquamist-121326/
Originally Posted by Rice Racing
I use a Spraying Systems USA air/water atomising nozzle (modified to my specs) it will completley atomize water at low pressures of 5 psi, it mixes air from the turbo with water from the tank, there is no blade errosion when using a high tech low pressure nozzle such as this.
My system costs about $500 Aus, for a Al tank, and all parts needed to complete the system.
And yes like aquamist I recomend best results are achieved when injecting before the turbo, there are no droping out issues."
My system costs about $500 Aus, for a Al tank, and all parts needed to complete the system.
And yes like aquamist I recomend best results are achieved when injecting before the turbo, there are no droping out issues."
Originally Posted by J-Rat
Googled it, and from the responses, it seems that injection before the compressor damages blades..
Originally Posted by RETed
Aquamist?
-Ted
-Ted
Last edited by rarson; Jul 24, 2005 at 01:57 AM.
HEY guys have you looked at turbobuicks.com on alky injection , also turbo mustang, like snow perfomance .com pretty impressive stuff, I have run alky /water/ Klotz for almost 3 yrs , afraid to go over 15 psi with out it, may change to just alky/Klotz in future. RON check out highly modified 420 hpin this same site how I did the nozzle install pics
Originally Posted by sleeperfc
some people are running high $$ turbos.... why risk it. inject just after the IC if you can... if not then just before the TB is where lots put it.
Besides, as I think I mentioned before, the benefits are the greatest for someone who is already running their compressor off the map. In this case, it's usually a small or stock turbo that either will be upgraded soon or is on it's way out. In my case, I'm planning on trying it because I've otherwise reached the max of the turbo.
BOY you guys really lit the fire on this thread, anyway I think none of the available systems come close to what is needed like 500-1000 PSI injection presseures, to atomize the additional what ever you want to inject, so as to make it mix better in the chamber to control burn rate at more precise speed, also the injectors should be closer to the chamber , I know ! then you lose the cooling effect in the manifold conduits. but the best of all would be injectors directly into the chamber, but none of us are ready for that. just thinking ahead. RON
Originally Posted by ronbros3
BOY you guys really lit the fire on this thread, anyway I think none of the available systems come close to what is needed like 500-1000 PSI injection presseures, to atomize the additional what ever you want to inject, so as to make it mix better in the chamber to control burn rate at more precise speed, also the injectors should be closer to the chamber , I know ! then you lose the cooling effect in the manifold conduits. but the best of all would be injectors directly into the chamber, but none of us are ready for that. just thinking ahead. RON
Idea. What about N2O injection? You need special insulated braided lines about 12$ a foot a nosel that wont frees at -380F and a container such as foam or anything n20 compliant easily found and a -380 aqua water pump found for 120$
N20 wont have the absorption property’s as water but will basically freeze everything so the air would be at least a 0F temp and the aluminum intake would be chilled and I wouldn’t doubt lower fuel temps.
Mercedes has a nice design where they run there fuel lines through the AC unit to cool the fuel.
N20 wont have the absorption property’s as water but will basically freeze everything so the air would be at least a 0F temp and the aluminum intake would be chilled and I wouldn’t doubt lower fuel temps.
Mercedes has a nice design where they run there fuel lines through the AC unit to cool the fuel.
Originally Posted by rarson
No, the best water injection system would be a combination of nozzles at various points of the system. Mine would include one nozzle pre-turbo and either another nozzle pre-throttle body or individual port injection nozzles. I actually had an idea for using fuel injectors, but for a water/meth setup, the system and injectors would have to be designed for alcohol use.
the fuel injectors are a good idea. . . but itd be a little hard to find the correct size for all of those. . . PLUS you have to make them work via some ecu. . . totally custom IMO.
paul
Originally Posted by iceblue
Idea. What about N2O injection? You need special insulated braided lines about 12$ a foot a nosel that wont frees at -380F and a container such as foam or anything n20 compliant easily found and a -380 aqua water pump found for 120$
N20 wont have the absorption property’s as water but will basically freeze everything so the air would be at least a 0F temp and the aluminum intake would be chilled and I wouldn’t doubt lower fuel temps.
N20 wont have the absorption property’s as water but will basically freeze everything so the air would be at least a 0F temp and the aluminum intake would be chilled and I wouldn’t doubt lower fuel temps.

You mean just like a regular NOS "dry" set-up?

You got other things to worry about than just cooling the intake charge down!
-Ted
liquid nitrogen (N2). Ah, iceblue, you crack me up.
edit: Oh, and your air wouldn't be 0F. I would be -321F. Your air would also be liquid at that state.
edit: Oh, and your air wouldn't be 0F. I would be -321F. Your air would also be liquid at that state.
Last edited by gingenhagen; Jul 27, 2005 at 11:26 PM.
Originally Posted by SonicRaT
There's always LOx
Well I am not sure how fast it will cure the air but I promise it won’t be liquid. Or one of my computers would have been a solid brick last year. The nozzle would vaporize the N02 and the intake would be chilled with the slow steam of the nozzle vaporizing the N02. This is the exact opposite of water and more along the lines of a reveres pelter plate. N02 would also evaporate rapidly causing it not to effect combustion flame.
I could build the system for probably 350$ or so.
SonicRat what is LOx?
I could build the system for probably 350$ or so.
SonicRat what is LOx?
Originally Posted by iceblue
Well I am not sure how fast it will cure the air but I promise it won’t be liquid. Or one of my computers would have been a solid brick last year. The nozzle would vaporize the N02 and the intake would be chilled with the slow steam of the nozzle vaporizing the N02. This is the exact opposite of water and more along the lines of a reveres pelter plate. N02 would also evaporate rapidly causing it not to effect combustion flame.
I could build the system for probably 350$ or so.
SonicRat what is LOx?
I could build the system for probably 350$ or so.
SonicRat what is LOx?
Joined: Dec 2001
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From: NY, MA, MI, OR, TX, and now LA or AZ!
Originally Posted by gingenhagen
And it's even a 5X better oxidizer than regular air. Though we should probably replace ordinary gasoline with liquid hydrogen for maximum power efficiency.
I'd hate to be rear-ended though!
Originally Posted by SonicRaT
I always thought it was a bit higher than that. But you have a point, LH2 would go quite well....
I'd hate to be rear-ended though!
I'd hate to be rear-ended though!

Originally Posted by iceblue
^ Sigh. Maybe I will pull out the equations again and how liquid nitrogen actually works, seeing as you do not seem to know.
Lox sounds interesting.
Lox sounds interesting.


