Sinner

I was thinking about my setup.

I was planning on the water route to go like this

resivour->pump->intercooler->heat exchange->return

I was thinking about doing this since my main goal will be to drop the temps at the track with dry ice or co2. If I went like:

resivour->pump->heat exchange->intercooler->return

wouldnt I loose some of the chill in the heat exchange?

Nick

Sinner

change of plans someone said on ht "Pulling the heat from something is always more efficient, than pushing the cold onto a heat source"

resivour->intercooler->pump->heat exchange->return

Nick

Carnesd

I don't know much about air to water intercoolers, but couldn't you just build a box around a regular intercooler, then splice into the cooling system to get your water. So that you wouldn't have all this extra equipment?

Sinner

thats not such a good idea about splicing into the cooling system.

Nick

Reddy

Heat only flows in one direction. Its the second law of thermodynamics. Your basically talking about a heat exchanger. A heat exchanger is an intercooler. You want the water to cool off the air, than the water carries the heat away from the air. If you want to know how to do it right and your good at math here's the continuity equations to figure out the mass flow rate of the cooling water required and the heat transfer to the water:

Mass flow rate = (h4-h3)/(h1-h2) where
H1= water comming in
H2= water comming out
H3= air comming in
H4= air comming out.
(H is the enthalpy value of water)

Than the heat transfer would be

Mass flow rate x (H4-H3)


so get some gauges, find out the information about how much heat your working with, than figure out how much heat you want to take away.

I hope this helps

Ravage70

sinner whats ur setup?

Sinner

d15b completely stock, from the flywheel to the throttle body. I have a td04 turbo + DSM injectors and DSM intercooler(working on change that) with uberdata for fuel management, oh yea and I have a walbro fuel pump. I'm going to post some picts tonight of the before and after.

Nick