He didn't say condensation, he said vapor.Lot more oil/fuel than condensation
He didn't say condensation, he said vapor.Lot more oil/fuel than condensation
Vapor condensates into liquid.He didn't say condensation, he said vapor.
You do realize the purpose of the catch can is to catch the vapors and collect it as condensated liquid.He didn't say condensation, he said vapor.
No, actually I thought the purpose was to catch the oil and particulates carried by the PVC vapors. Your own photo seems consistent with that. If you want to condense all the water vapor too, I think you'll need a lot bigger container and keep it significantly cooler than the engine. Near as I can tell, water vapor is no problem for the engine to recycle. Heck, ambient air is loaded with the stuff. Oil you can make an argument for, and particulates definitely good to catch. That's my take on it.You do realize the purpose of the catch can is to catch the vapors and collect it as condensated liquid.
In winter, you will see a lot more water condensation. Sometimes it will drain out looking like a milkshake. Catch can placement has some to do with it as well. If your engine is operating at the correct operating temperature, there shouldn't be much water vapor in the crankcase to condensate.No, actually I thought the purpose was to catch the oil and particulates carried by the PVC vapors. Your own photo seems consistent with that. If you want to condense all the water vapor too, I think you'll need a lot bigger container and keep it significantly cooler than the engine. Near as I can tell, water vapor is no problem for the engine to recycle. Heck, ambient air is loaded with the stuff. Oil you can make an argument for, and particulates definitely good to catch. That's my take on it.
No, actually I thought the purpose was to catch the oil and particulates carried by the PVC vapors. Your own photo seems consistent with that. If you want to condense all the water vapor too, I think you'll need a lot bigger container and keep it significantly cooler than the engine. Near as I can tell, water vapor is no problem for the engine to recycle. Heck, ambient air is loaded with the stuff. Oil you can make an argument for, and particulates definitely good to catch. That's my take on it.
Unfortunately we won’t have a ending to this.
Apparently they even had a special tech come in and try and fix it. But it’s intermittent when it stays locked in v4 mode.
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Just emptied mine. Sure don't look like water condensation to me
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I empty every 8,000km the dark is summertime the chocolate milk is winter timeJust emptied mine. Sure don't look like water condensation to me
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Could you imagine 10 of those portions which would be 80,000 km going into the engine to be burnt off? Spark plugs, valves and catalytic converters would eventually get carbon buildup.I empty every 8,000km the dark is summertime the chocolate milk is winter time
Could you imagine 10 of those portions which would be 80,000 km going into the engine to be burnt off? Spark plugs, valves and catalytic converters would eventually get carbon buildup.
Ok, well think of it as contaminating your octane level, throwing in some oil and water vapors as opposed to not, I’ll just enjoy emptying the cc every oil change knowing it’s not being burnt off.Picture an eye dropper with 100 drops of that diluted into a 5 gallon jerry can. It's not a real problem for port injected engines like the hemi. The fuel literally washes it off the valves and converter is much farther downstream and not effected.
Now the hurricane, yes, absolutely want to run a CC as its direct injected and there is no fuel to dissolve that junk.
If you really want to keep your engine clean, I'd start with running a premium oil that does just that (HPL, Redline, Amsoil too probably) and change it <= 7000 miles. A lot of the cheap oils don't have enough detergents causing carbon and sludge to build up, this is 1000 times worse than not using a CC IMHO.
Ok, well think of it as contaminating your octane level, throwing in some oil and water vapors as opposed to not, I’ll just enjoy emptying the cc every oil change knowing it’s not being burnt off.
^^^^^ ThisI run 91 octane all the time, and there is far more moisture in the air on a rainy/humid day then the engine is getting from the PCV system.
I'm not saying "don't run a CC", I'm just saying its not as much of an issue for a port injected engine as it may seem when looking at those beautiful fluid samples being shown off.
Or, hear me out, it's doing more good than your opinion thinks it does. Even on a port injected engines. It keeps more than just the combustion chsmber clean. Ever remove the throttle.body on a 100k mile engine and see how dirty the intake manifold side of it is? This build up can cause idle issues. Oil coating on inside of intake manifold also covering the IAT sensor effecting its readings.I run 91 octane all the time, and there is far more moisture in the air on a rainy/humid day then the engine is getting from the PCV system.
I'm not saying "don't run a CC", I'm just saying its not as much of an issue for a port injected engine as it may seem when looking at those beautiful fluid samples being shown off.
That’s pretty similar to what I pulled out a couple weeks ago after 5k miles.Running 91 in a stock hemi is far more of a waist than a catch can lol.
This is about 5k miles worth
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