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EGR delete vs BPD or Sinester Diesel EGR cooler replace
I searched but can't find anything on the forum related to the titled subject. I do understand that EGR delete bypasses (eliminates) an emission function. Is there any reliability advantage in going with the EGR cooler replacement vs the delete? Pricing is close enough that $ will not be a determining factor. At this point in time I am simply working to make my truck as reliable as when I bought it 15 yrs ago.
Also, I am considering oil cooler replacement while I doing the EGR. I believe my current oil cooler is working fine (avg 8 degree delta between oil temp and coolant temp) but I understand that the stock cooler has been known to be problematic.
At 8 degrees I would not do a thing. 12 degrees, yeah with top-end work. More of a determinant would be the type of coolant the truck has been running. If it is the G05, I'd be more likely to do the flip with changing to a different coolant. However, there still will be remanents of G05 around to clog the new filter, chem flush or not.
With a '05, running a BPD EGR cooler is a necessity if you are going to keep the EGR function in place. I don't know how ME is addressing diesel emissions right now. If you are going to stop exhaust gasses from entering any EGR cooler, any non-failed cooler would be fine. From my experience, I was quite surprised to find how much carbon was attached to the back of my intake valves, and how much carbon caused divots in my exhaust valve faces in 75k miles. So is there an advantage to eliminating the EGR, well either the EGR or CCV to keep the exhaust carbon from forming clumps and not just as a speck of dust passing through the intake to exhaust flow.
Mark, you said you have a CCV mod using 1" hose. Would you mind share about the catch can you use? The largest and affordable one I saw is 19mm or 3/4". Do you use that with adapter to go larger or something else?
At 8 degrees I would not do a thing. 12 degrees, yeah with top-end work. More of a determinant would be the type of coolant the truck has been running. If it is the G05, I'd be more likely to do the flip with changing to a different coolant. However, there still will be remanents of G05 around to clog the new filter, chem flush or not.
With a '05, running a BPD EGR cooler is a necessity if you are going to keep the EGR function in place. I don't know how ME is addressing diesel emissions right now. If you are going to stop exhaust gasses from entering any EGR cooler, any non-failed cooler would be fine. From my experience, I was quite surprised to find how much carbon was attached to the back of my intake valves, and how much carbon caused divots in my exhaust valve faces in 75k miles. So is there an advantage to eliminating the EGR, well either the EGR or CCV to keep the exhaust carbon from forming clumps and not just as a speck of dust passing through the intake to exhaust flow.
At this point in time Maine does not check emissions on any vehicle as part of required yearly inspections. That being said, I would guess if they go that route and make it a requirement in the future it would not include cars and trucks that are 10+ years old. I could be wrong but on the plus side I live in a small town and the owner of the garage where my inspections are done is a friend ;-) . As always thank you for the input, I will go EGR delete and leave the current oil cooler in place. TMT you are better than gieco at saving me $$ :-)
My other truck has a BPD EGR cooler and was at the time I stopped driving it EGR turned OFF by a tune.
My current truck is sadly EGR delete with a cheap leaky kit. When I get time and some extra cash I will go BPD cooler in it.
Unfortunately I am 90% sure I have a leak in the existing EGR cooler... Actually, even if I didn't I think I would be replacing it anyway given the reputation they have...
They are easy to test.
You just need a water bath and some compressed air. Plug the two ends that carry exhaust gases
with one end having a port of injecting compressed air. Place under water and flood the other coolant
cavity with water and tip back and forth to remove all the air while holding under water. Not you inject
the compressed air and hold it under water and tip back and forth looking for bubbles out of the two
open ports. If you get bubbles then it's bad. No bubbles and your good to use it.
I used a rubber expanding plug and a rubber tiped air gun to do this. It took a bit to get a good seal
on the blow-gun but I did and did not have any leaks. Ford makes a set of plates for doing this but I
was being cheap and needed to test it right then. If you really want to read about it there is a PDF out
there somewhere that gives instructions on doing this with the Ford tools.
They are easy to test.
You just need a water bath and some compressed air. Plug the two ends that carry exhaust gases
with one end having a port of injecting compressed air. Place under water and flood the other coolant
cavity with water and tip back and forth to remove all the air while holding under water. Not you inject
the compressed air and hold it under water and tip back and forth looking for bubbles out of the two
open ports. If you get bubbles then it's bad. No bubbles and your good to use it.
I used a rubber expanding plug and a rubber tiped air gun to do this. It took a bit to get a good seal
on the blow-gun but I did and did not have any leaks. Ford makes a set of plates for doing this but I
was being cheap and needed to test it right then. If you really want to read about it there is a PDF out
there somewhere that gives instructions on doing this with the Ford tools.
Yes I watched the vid at BPD for testing the EGR cooler and testing for head gasket leak as well. Pretty straightforward.
I have driven the truck more and at constant speed (50+ mph) I am finding a ECT vs EOT delta of 15 degrees, so I am going to replace my oil cooler as well at the EGR cooler. So my current work list is.
New EGR cooler from BPD
New oil cooler From BPD
New drivers side bank glow plugs (OEM) and harness
New thermostat
Going to run the bubble test as well to make sure I don't need to add head gaskets to the list.
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