Direct exhaust injection
Discussion
Ok. I didn't want to mention it but I was thinking about turbo charging my car. I got to thinking about it and how in efficient even turbos are (compressor efficiencies of about 80% at best).
Since a turbo's function is to pressurize incoming air and force it into the upper motor, and turbos are driven by high pressure exhaust gas created from the combustion process, couldn't I just bypass the turbo altogether and route my headers back into the throttle bodies?
Since I have CFI, I could balance the DEI (direct exhaust injection as I just coined it) by feeding one header into each throttle body. Yes, the charge air wouldn’t be that cold, but it would be under a hell of a lot more pressure.
I attached a quick sketch below:
_files/mht2993(1).jpg)
There are still a few things I need to work out:
1) How do I get the CFI aircleaner to fit in a way that hides this plumbing?
2) Does anyone make a V-band clamp that will bolt an exhaust header to a CFI throttle body?
3) What pinion angle should I use in my rear-end? I’m sure there will be a noticeable difference in torque output.
What do you guys think?
Since a turbo's function is to pressurize incoming air and force it into the upper motor, and turbos are driven by high pressure exhaust gas created from the combustion process, couldn't I just bypass the turbo altogether and route my headers back into the throttle bodies?
Since I have CFI, I could balance the DEI (direct exhaust injection as I just coined it) by feeding one header into each throttle body. Yes, the charge air wouldn’t be that cold, but it would be under a hell of a lot more pressure.
I attached a quick sketch below:
_files/mht2993(1).jpg)
There are still a few things I need to work out:
1) How do I get the CFI aircleaner to fit in a way that hides this plumbing?
2) Does anyone make a V-band clamp that will bolt an exhaust header to a CFI throttle body?
3) What pinion angle should I use in my rear-end? I’m sure there will be a noticeable difference in torque output.
What do you guys think?
Byard said:
Ok. I didn't want to mention it but I was thinking about turbo charging my car. I got to thinking about it and how in efficient even turbos are (compressor efficiencies of about 80% at best).
Since a turbo's function is to pressurize incoming air and force it into the upper motor, and turbos are driven by high pressure exhaust gas created from the combustion process, couldn't I just bypass the turbo altogether and route my headers back into the throttle bodies?
Since I have CFI, I could balance the DEI (direct exhaust injection as I just coined it) by feeding one header into each throttle body. Yes, the charge air wouldn’t be that cold, but it would be under a hell of a lot more pressure.
I attached a quick sketch below:
_files/mht2993(1).jpg)
There are still a few things I need to work out:
1) How do I get the CFI aircleaner to fit in a way that hides this plumbing?
2) Does anyone make a V-band clamp that will bolt an exhaust header to a CFI throttle body?
3) What pinion angle should I use in my rear-end? I’m sure there will be a noticeable difference in torque output.
What do you guys think?
Random question, Do you live on a farm?Since a turbo's function is to pressurize incoming air and force it into the upper motor, and turbos are driven by high pressure exhaust gas created from the combustion process, couldn't I just bypass the turbo altogether and route my headers back into the throttle bodies?
Since I have CFI, I could balance the DEI (direct exhaust injection as I just coined it) by feeding one header into each throttle body. Yes, the charge air wouldn’t be that cold, but it would be under a hell of a lot more pressure.
I attached a quick sketch below:
_files/mht2993(1).jpg)
There are still a few things I need to work out:
1) How do I get the CFI aircleaner to fit in a way that hides this plumbing?
2) Does anyone make a V-band clamp that will bolt an exhaust header to a CFI throttle body?
3) What pinion angle should I use in my rear-end? I’m sure there will be a noticeable difference in torque output.
What do you guys think?
jimxms said:
How about plumbing the exhaust headers directly into the air vents in your car? That way when you start up on a cold morning, you wont have to wait as long for the hot air?
That's unsubtle.A sealed small room with one allegedly-humanoid inhabitant is good for a start - wait for the banging and scratching at the (sealed) door to stop, then allow ten minutes - and the process will be complete
.Am alternative would be a sealed room with the air being pumped out. They don't feel a thing if depressurization is rapid. So I am told
.[camp]You guys! *Tsk*[/camp]
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