HPFP detailed FACTS
#46
What is really incriminating is the Bosch presentation, pages 10 & 11, where is shows that only going from 460 HFRR scar to 500 reduces pump life to 20% of normal expected life. In terms of being realistic, I think it may be easier to get our fuel to < 460 HFRR that to get Ford (Bosch really) to improve the pump.
What I'd really like to see is a more up to date test of the various diesel additives gauging the HFRR improvement. I believe that if we use demulsifiers and sufficiently good lubricity enhancers, our pumps will probably last the life of the engine. But that probably means running fuel with lubricity < 460.
I'm curious about what effects running 1% soy bio in the winter might have in cold regions. The soy biodiesel far outperformed any additives in terms of lubricity, at least at the 2% level used in the diesel additive test, I think referred to as the Arlen Spicer test. In that test, 2% bio decreased the HFRR scar to 221 microns. While 1% would likely show somewhat less improvement, it would most likely put our 500 micron fuel down below 400 micron in the HFRR.
Any great ideas out there about how to test this for cold weather suitability, other than just dumping it in and hoping for the best? I'm not even sure where to find quality 100% soy biodiesel. I do think that running it with a good demulsifier would be prudent.
What I'd really like to see is a more up to date test of the various diesel additives gauging the HFRR improvement. I believe that if we use demulsifiers and sufficiently good lubricity enhancers, our pumps will probably last the life of the engine. But that probably means running fuel with lubricity < 460.
I'm curious about what effects running 1% soy bio in the winter might have in cold regions. The soy biodiesel far outperformed any additives in terms of lubricity, at least at the 2% level used in the diesel additive test, I think referred to as the Arlen Spicer test. In that test, 2% bio decreased the HFRR scar to 221 microns. While 1% would likely show somewhat less improvement, it would most likely put our 500 micron fuel down below 400 micron in the HFRR.
Any great ideas out there about how to test this for cold weather suitability, other than just dumping it in and hoping for the best? I'm not even sure where to find quality 100% soy biodiesel. I do think that running it with a good demulsifier would be prudent.
#47
...but then you run into dopey dealer number one for me and consolidated's dealer and they bring up biodiesel as the cause for the failure and warranty denial...even though the big badges on the fender say B20....
Put a pump on it that meets US specs...end of problem...
Regards
Put a pump on it that meets US specs...end of problem...
Regards
#48
Regards
#49
I found this a while ago. If you read the article it basically says that running as little as 2% Biodiesel will have the largest improvement in the wear scar test and get well below the manufactures' specification of 460 microns. Pay attention to the statement from Stanadyne.
http://www.biodiesel.org/pdf_files/f.../Lubricity.PDF
http://www.biodiesel.org/pdf_files/f.../Lubricity.PDF
#50
Another side point, admittedly anecdotal, looking around at Duramax forums this past weekend I was unable to find much complaint at all about HPFP failure. The Duramax uses the same HPFP however the filtration prior to the HPFP is different. I think this has led some to suggest that the filtration that the Duramax uses is better.
#51
... at which point I'd quickly point out how absurd to prove a negative and that the burden of proof was upon them to prove that I did. If their firmware doesn't store that info, not my problem. Perhaps the engineers didn't feel there was any value, that the filter would stop the water, and I believe that to be true as long as it's not emulsified.
#52
... at which point I'd quickly point out how absurd to prove a negative and that the burden of proof was upon them to prove that I did. If their firmware doesn't store that info, not my problem. Perhaps e engineers didn't feel there was any value, that the filter would stop the water, and I believe that to be true as long as it's not emulsified.
Water in fuel light should not matter as long as it is drained.
#53
... at which point I'd quickly point out how absurd to prove a negative and that the burden of proof was upon them to prove that I did. If their firmware doesn't store that info, not my problem. Perhaps the engineers didn't feel there was any value, that the filter would stop the water, and I believe that to be true as long as it's not emulsified.
We are on the same side in this discussion segment...I wish I could agree with your premise, above in red, but my worldly experience tells me different.
I discussed the very issues you are referencing with 2 different Ford Customer Service Stupidvisors. There answer was always " Sir, you prove you did not have contaminated fuel or you prove you never had a WIF indicator event". I received the same message when the woman from Ford Executive Offices called me to rub salt in the wound.
Keep in mind that until a few weeks after my shameful Ford event, the capability for the Ford IDS system to retrieve the WIF indicator history did not exist. There was discussion amongst the Service Manager at Shepherd's and the FSE about pulling the PCM from my truck and sending it to Ford's Dearborn Research Facility to see if they could somehow retrieve the WIF data from the PCM. Because I knew they would not be able to find a WIF event, because there never was one, I enthusiastically agreed to the procedure. In less than an hour, that option was pulled from the table and it was back to the customer has to prove his case. Coincidence...not likely...realization that they had backed themselves into paying for the warranty repair when they found no WIF event...very likely...
The Ford FSE never opened the bottled water container that POS dealer number one produced with an ounce of water in the bottom. He also did not take the sample to be analyzed. I was told the proof was my responsibility and would be on my dime.
Shame on Ford
Regards
#54
What is really incriminating is the Bosch presentation, pages 10 & 11, where is shows that only going from 460 HFRR scar to 500 reduces pump life to 20% of normal expected life. In terms of being realistic, I think it may be easier to get our fuel to < 460 HFRR that to get Ford (Bosch really) to improve the pump.
What I'd really like to see is a more up to date test of the various diesel additives gauging the HFRR improvement. I believe that if we use demulsifiers and sufficiently good lubricity enhancers, our pumps will probably last the life of the engine. But that probably means running fuel with lubricity < 460.
I'm curious about what effects running 1% soy bio in the winter might have in cold regions. The soy biodiesel far outperformed any additives in terms of lubricity, at least at the 2% level used in the diesel additive test, I think referred to as the Arlen Spicer test. In that test, 2% bio decreased the HFRR scar to 221 microns. While 1% would likely show somewhat less improvement, it would most likely put our 500 micron fuel down below 400 micron in the HFRR.
Any great ideas out there about how to test this for cold weather suitability, other than just dumping it in and hoping for the best? I'm not even sure where to find quality 100% soy biodiesel. I do think that running it with a good demulsifier would be prudent.
What I'd really like to see is a more up to date test of the various diesel additives gauging the HFRR improvement. I believe that if we use demulsifiers and sufficiently good lubricity enhancers, our pumps will probably last the life of the engine. But that probably means running fuel with lubricity < 460.
I'm curious about what effects running 1% soy bio in the winter might have in cold regions. The soy biodiesel far outperformed any additives in terms of lubricity, at least at the 2% level used in the diesel additive test, I think referred to as the Arlen Spicer test. In that test, 2% bio decreased the HFRR scar to 221 microns. While 1% would likely show somewhat less improvement, it would most likely put our 500 micron fuel down below 400 micron in the HFRR.
Any great ideas out there about how to test this for cold weather suitability, other than just dumping it in and hoping for the best? I'm not even sure where to find quality 100% soy biodiesel. I do think that running it with a good demulsifier would be prudent.
Yes...I agree. Having the US diesel fuel with the 460 or 400 would be GREAT. If would definitely offer a less chance of getting poor fuel. I like the idea. Of course...to get this to implemented...eek!
So...I would have to agree with rickatic...with developing a HPFP fuel system with a greater margin of error for US diesel fuel.
Hopefully FORD is watching FTE...and the consumer concerns. HINT...HINT...HINT...
biz
#55
Bob
We are on the same side in this discussion segment...I wish I could agree with your premise, above in red, but my worldly experience tells me different.
I discussed the very issues you are referencing with 2 different Ford Customer Service Stupidvisors. There answer was always " Sir, you prove you did not have contaminated fuel or you prove you never had a WIF indicator event". I received the same message when the woman from Ford Executive Offices called me to rub salt in the wound.
Keep in mind that until a few weeks after my shameful Ford event, the capability for the Ford IDS system to retrieve the WIF indicator history did not exist. There was discussion amongst the Service Manager at Shepherd's and the FSE about pulling the PCM from my truck and sending it to Ford's Dearborn Research Facility to see if they could somehow retrieve the WIF data from the PCM. Because I knew they would not be able to find a WIF event, because there never was one, I enthusiastically agreed to the procedure. In less than an hour, that option was pulled from the table and it was back to the customer has to prove his case. Coincidence...not likely...realization that they had backed themselves into paying for the warranty repair when they found no WIF event...very likely...
The Ford FSE never opened the bottled water container that POS dealer number one produced with an ounce of water in the bottom. He also did not take the sample to be analyzed. I was told the proof was my responsibility and would be on my dime.
Shame on Ford
Regards
We are on the same side in this discussion segment...I wish I could agree with your premise, above in red, but my worldly experience tells me different.
I discussed the very issues you are referencing with 2 different Ford Customer Service Stupidvisors. There answer was always " Sir, you prove you did not have contaminated fuel or you prove you never had a WIF indicator event". I received the same message when the woman from Ford Executive Offices called me to rub salt in the wound.
Keep in mind that until a few weeks after my shameful Ford event, the capability for the Ford IDS system to retrieve the WIF indicator history did not exist. There was discussion amongst the Service Manager at Shepherd's and the FSE about pulling the PCM from my truck and sending it to Ford's Dearborn Research Facility to see if they could somehow retrieve the WIF data from the PCM. Because I knew they would not be able to find a WIF event, because there never was one, I enthusiastically agreed to the procedure. In less than an hour, that option was pulled from the table and it was back to the customer has to prove his case. Coincidence...not likely...realization that they had backed themselves into paying for the warranty repair when they found no WIF event...very likely...
The Ford FSE never opened the bottled water container that POS dealer number one produced with an ounce of water in the bottom. He also did not take the sample to be analyzed. I was told the proof was my responsibility and would be on my dime.
Shame on Ford
Regards
#56
I am not picking any sides here, just an observation.
If a manufacturer (Bosch) produces a product with said specs and the buyer of that product uses it knowingly in conditions that will not meet those specs, the buyer (Ford) is then ultimately responsible if it fails, not Bosch. Bosch has no reason to improve the product as long as they keep buying them. And unless there is a another pump out there to replace it then Ford, Chevy, etc are stuck with it since that would mean stopping production without it, which will never happen. I am sure there is constant product development but they are not going to expedite it unless something major happens here and they are forced to.
I say if because I have never seen in print what the specs on the pump are, just what people have said.
Not that I agree with what is happening but this isn't a perfect world. I don't see anything changing with this fast. You have a better chance getting fuel quality improved I think.
If a manufacturer (Bosch) produces a product with said specs and the buyer of that product uses it knowingly in conditions that will not meet those specs, the buyer (Ford) is then ultimately responsible if it fails, not Bosch. Bosch has no reason to improve the product as long as they keep buying them. And unless there is a another pump out there to replace it then Ford, Chevy, etc are stuck with it since that would mean stopping production without it, which will never happen. I am sure there is constant product development but they are not going to expedite it unless something major happens here and they are forced to.
I say if because I have never seen in print what the specs on the pump are, just what people have said.
Not that I agree with what is happening but this isn't a perfect world. I don't see anything changing with this fast. You have a better chance getting fuel quality improved I think.
#57
Why can't you just relocate the pump closer to the engine, and put a lower pressure pump with a larger diameter pipe closer to the tank?
Run the pickup pump at a lower pressure, and put a filter on that line, along with a really good WIF system.
Then feed the cleaned up diesel to the High pressure pump?
Is the HPOP in the fuel tank or something?
Run the pickup pump at a lower pressure, and put a filter on that line, along with a really good WIF system.
Then feed the cleaned up diesel to the High pressure pump?
Is the HPOP in the fuel tank or something?
#58
FPPF Fuel Power - Water Dispersion - YouTube
that video right there is the death nail in the coffin for that product! Mix in FPPF and our stuff will send that water right on through. ha! What dummy would believe that video is a good demo?
that video right there is the death nail in the coffin for that product! Mix in FPPF and our stuff will send that water right on through. ha! What dummy would believe that video is a good demo?
Not necessarily true. If the water can be chemically altered by reaction with elements in the additive, then it is removed as opposed to emulsified. I think that the XPD additive works in this way.
#60
Yes...I agree. Having the US diesel fuel with the 460 or 400 would be GREAT. If would definitely offer a less chance of getting poor fuel. I like the idea. Of course...to get this to implemented...eek!
So...I would have to agree with rickatic...with developing a HPFP fuel system with a greater margin of error for US diesel fuel.
Hopefully FORD is watching FTE...and the consumer concerns. HINT...HINT...HINT...
biz
So...I would have to agree with rickatic...with developing a HPFP fuel system with a greater margin of error for US diesel fuel.
Hopefully FORD is watching FTE...and the consumer concerns. HINT...HINT...HINT...
biz