I wonder I you could run water/meth just through the system (not going into the engine, only thru the w/a ic)? It would stay a lot cooler than water I would think and it wouldn't freeze in the winter..
A in line radiator is used to cool the water less than ambient temp, called frozen boost and they sell a whole dd kit for around 5 bills
I still believe plumbing the ac through a small W/A intercooler after the CAC would work wonders. The AC is a heat extraction system anyhow. Why not use it? It wouldn't even need another radiator or fluid system. I'll probably be doing exactly that after my next deployment.
How does a radiator cool water to less than ambient air temperature?
You would have to use something like cO2 to get things passing 100%. that in itself comes with a whole host of new problems...not very DD friendly, get another tank to refill, make sure you vent the discharged cO2 away from the intake or it will choke out the engine...not worth the hassle IMO. Using the A/C system is an interesting concept, only thing i can see is perhaps a condensation issue being dealt with. But I'm with Levi on this one, other than the cool factor, there is really no reason to add complexity to a DD. Most people use a W/A core when space is at a premium.
Kilroy you are on to it because the system is already there just need to tie into it and flow the cool air into the place you determine is best. LBZ is a nice runner at cool amb. temps in fall or spring the idea sure makes a good project.
500 dollar w/a kit versus a new 1,200 dollar air to air.... Hmmmm
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500 dollar w/a kit versus a new 1,200 dollar air to air.... Hmmmm
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I am here: http://maps.google.com/maps?ll=38.764033,-92.467052
2011 Ferd F-teenthousand
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I wonder I you could run water/meth just through the system (not going into the engine, only thru the w/a ic)? It would stay a lot cooler than water I would think and it wouldn't freeze in the winter..
I still believe plumbing the ac through a small W/A intercooler after the CAC would work wonders. The AC is a heat extraction system anyhow. Why not use it? It wouldn't even need another radiator or fluid system. I'll probably be doing exactly that after my next deployment.
Why would water/meth stay cooler than just water?
Thank you for clearing that up for me..I'm no science wiz, I just knew that meth stayed cooler than water that sat in the bed of my truck, I don't know the technical stuff about it..First of all, water is better than methanol is at both conducting heat and retaining heat... The heat conductivity of water is 0.67 W/mK (watts per kelvin meter), while methanol is only 0.25 W/mK. The heat capacity of water is 4.18KJ/kgK, while methanol is only 2.55. Number B, even if it did, all it would do is be more efficient at MAKING THE CHARGE AIR THE SAME TEMPERATURE AS THE AMBIENT AIR!
First of all, water is better than methanol is at both conducting heat and retaining heat... The heat conductivity of water is 0.67 W/mK (watts per kelvin meter), while methanol is only 0.25 W/mK. The heat capacity of water is 4.18KJ/kgK, while methanol is only 2.55. Number B, even if it did, all it would do is be more efficient at MAKING THE CHARGE AIR THE SAME TEMPERATURE AS THE AMBIENT AIR!
Why do you "still believe" this is true? Are you saying you think you can make more power consistently by using your AC system to cool down the charge air? You do understand that energy is required for the phase change that AC systems use to "extract" the heat from air? You're putting additional load on the engine and making more heat to do this. You're trying to break the laws of physics.
http://en.wikipedia.org/wiki/Conservation_of_energy
This concept (which is effectively attempting to increase the efficiency of the engine) is akin to driving an electric generator with an electric motor and expecting it to make power.
Or to put it simply, it's like plugging a 120v to 12v car battery charger into a 120v inverter attached to the same battery and expecting it to charge.
If ANYTHING, the only THEORETICALLY POSSIBLE thing you could do would be to use your AC system to TEMPORARILY cool down a closed water to air intercooler system's reservoir to get a short term, instant burst of colder charge air. This would be viable only for sled pullers and drag racers, where you need a quick burst of cold air and then you can sit and re-cool the system for a while. It would also certainly cost thousands of dollars by the time you get done fabricating R134a coolant lines, building an AC evaporator core-to-water intercooler, and building an air-to-water intercooler.
I do understand that energy from the motor is required to make the AC work, whether there is an extra cooler in the system or not. The question is if the extra cooling effect from plumbing the AC through the WA cooler is worth the hassle. If you're gonna drive everything off conservation of energy you might as well stop driving your truck. Energy is lost every time a piston cycles, whether it's from heat soak through the block, friction, and the list goes on. All I'm suggesting is trying something different, and chances are no one here drives their truck at WOT everywhere they go. I don't think it would provide any kind of maximum super cooling all the time, but I think it could help.
You can tell me of your thoughts and we can dream about them together:thumb:Daaaaang just got done droppin an engine, transmission, transfer case and both driveshafts into a truck and check the phone to see you boys blowing it up lol, welp someone always going to be smarter, I'm sorry I started this thread because the only real way to learn anything is from doing it yourself i guess instead of asking someone to quote wikipedia about how it will or wont work, guess I need to just delete this app so I can keep my thoughts in my head through out the day in the field haha, thanks for your time gentlemen.
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