Ice to air kits
You can get lots of A2W stuff premade like the cores and tanks, also you can get pumps then you just have to route your piping around and get it welded up.
Keep in mind if your car is street driven A2W intercoolers will eventually have higher IATs than A2A. They are also usually used in serious applications like cars running 10.0 and lower.

David
sorry for all the question lol
thnaks Chris.
i daily drive w/ a/w and the only thing i don't do with the car is hot lap (without changing out the water) or roadcourse.
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all of the parts are available from turbo technology.
i daily drive w/ a/w setup and the only thing i don't do with the car is hot lap (without changing out the water) or roadcourse.
Someone should look into that... the only problem would be trying to get a supply of dry ice or liquid nitrogen.. those aren't readily available to the general public, at least not around here that I know of.
You know, that dry ice idea is pretty appealing once you take a look at how large the A2W setup can get (hello, passenger seat)... and the challenging ambient temps., and the mass of the water/ice required. Dry ice solid itself is -109 F , so there's lots more potential to absorb heat from a metal intake tract per unit mass.
Now this is pure speculation on my part, but as the dry ice sublimates (turns directly into CO2 gas) that gas is still cold and could presumably be plumbed? If the dry ice reservoir is sealed to an exit line, I could picture an open-ended coil or sleeve around the intake?
I guess the idea comes down to a couple of questions (that I don't have the knowledge to answer):
1. What surface area of (metal) intake plumbing is required to generate the appropriate temp drop by the time the air makes it to the IAT/throttle body?
2. Given access to dry ice pellets, how can the conductive transfer of heat from the intake piping be optimized? Is there a suitable liquid that could aid in this process?
Interesting to think about, I'm sure this has already been discussed somewhere.
How much the intake charge would get cooled passing thru that is another question, I'm guessing the surface area alone of a 3 inch pipe wouldn't be enough to do the task regardless how cold the metal is. I think that's another one of the issues, the air has to pass across enough surface to actually have it's temp effected.. ehnce why the intercoolers are so big. Now if an intercooler was substantially colder, I'm sure it's surface area could be decreased, but by how much?
Example: If ambient temps are 115, and the IC is 85% efficient, and the blower output is 280F, then the IC outlet temp should be right around 140. Still not bad for a blown motor.
Jim







