Availability of diesel #2 or B5
There are no doubt ordinary market factors that go into it and if someone knows (as opposed to taking a wild guess) why, I'd like to hear the explanation.




In other words, people drive to the beach in the summer and drive to see Grandma for Thanksgiving and drive the kids to football practice only in the fall, etc. Meanwhile, food has to be delivered to grocery stores on the same routes every day and UPS has trucks running on the same routes every day and buses run on the same routes every day, etc.
Company's pass along the cost of the higher diesel to consumers , a hidden TAX ???
Also there is a .12 cent more tax than gasoline on diesel by the US gov.
We can be happy that we can go over 700 mile on a tank of fuel and our motors will last longer , O mine is better to drive than a gasser when chipped !!!!
Yes Bio Diesel will melt hoses in the fuel system and the injection system, it cost more to get the parts that are not affected by Bio diesel
And I recently found diesel #2 readily available in California, so add that to the list.
Last edited by Dog hauler; Oct 29, 2013 at 03:20 PM.
The Best of Mercedes & AMG
Now my ML has 138000 miles, been fueled up 95% of the time in IL where I live every 600+ miles, and get this... NEVER HAD A FUEL RELATED ISSUE. Once I was deep in corn farm territory and filled up with B50. That was the smoothest the engine ever ran for that tank. And it's not "french fry oil".
Bottom line is it doesn't matter. But no worries, you will find that out 130000 miles from now, or take the word of the original pioneers on this forum who went through a much steeper learning curve. Or the thousands of TDI drivers out there.
Also, when your vehicles were delivered, I am sure the tank was full. Ask the dealer where they filled it, go there and ask the store clerk for the diesel fuel invoice. Dollars to donuts it says B20. (Unless you live in TX.) Reason? The IRS gives fuel stations that sell B10 or higher a serious tax break. And pretty much most States do not have mandates to post the Bio content on the pump so you don't know what your pumping.
Just enjoy the ride and spend your time trying to beat my mileage.
I've been doing a lot of research on this issue since first inquiring about the diesel early in 2012. I had walked into Northbrook Mercedes (IL) and without realizing it wiped the smile clean off of the young salesman's face when I told him I was there to test drive a diesel. Yes, it's true that dealers are no longer ordering Bluetecs for their lots - they're only ordering cars that customers order and put deposits down on. The reason being is that Mercedes now requires buyers to sign a form essentially releasing Mercedes from any liabaility or responsibility in covering engine damage via the warranty should the damage be the result from >B5 useage. The service techs now have the ability to sample and test the sludge that has a tendancy to build up in the DPF for high biodiesel concentration. The repair (from what I've read) is a $4,000-$5,000 tear down and cleaning of the DPF as well as other fuel-system related parts. Mercedes has since published a brochure discussing what to look for in diesel pump stickers, as well as what diesel to avoid. While not very mechanically inclined, my understanding is that one can reduce the chance of future problems by increasing their oil-change intervals (ie: change oil say every 4k miles rather than 7k or 10k miles, or whatever the heck the owner's manual says to do). It has something to do with biodiesel causing a buildup of water in the oil, resulting in more oil/water in the crankcase). Does that last part make any sense...???
But what may be even more important to the OP - my various searches brought me to the Chicago 2009 TDI Owners: Non-Biodiesel Support Group on the Volkswagon TDI forum. It's made up of a bunch of TDI owners who have literally banded together to update a thread dedictated solely to the finding and listing of fuel stations whose diesel pumps have the proper green diesel sticker - the same sticker that Mercedes says to look for in their brochure (see link above). I just happen to live within 2-3 miles of two stations that sell pure diesel, so for me it looks as if I'm okay. I would imagine that so long as one does a little bit of research first (including calling a couple truck stops before taking their trip and inquiring about pure diesel vs. biodiesel), they'll be fine.
Last edited by lbgottlieb; Nov 7, 2013 at 10:48 AM.




He said that the CDIs don't show any problems, and even the Bluetec are fine with regular maintenance.
The way he said it, it seemed that with the new Bluetecs being OKed for sale in IL, they are offering the same level of support to "properly" (dealer) maintained earlier Bluetecs.
Of course that is far from offering a guaranty things would be covered, but I have a out of warrantee CDI, so it did not come up.
Last edited by N_Jay; Feb 22, 2014 at 06:11 PM.
only
Im finding BP/Amoco carries D #2 and B5.

Just to add to this, the green sticker is required by Fed law to be on every retail diesel pump. ULSD is the law of the highway.
The blue bio mass sticker is up to the station to display. Several stations in IL don't have the bio mass sticker.
And the real kicker, look carefully at the pump of the name brand stations and you may see another sticker that says "The fuel dispensed by this pump is NOT a ..XXX.. branded product."
Best advise from an IL resident with a CDI since new, buy diesel from a station that SELLS A LOT OF FUEL. That way you get fresher stock as they constantly refill the storage tanks.
I have access to the pumps at my local airport where I keep my little Cessna, no questions asked. My car is well out of warranty and fairly modified, 06' e320 CDI. JetA is as pure a fuel as you are going to find and not that much more expensive than diesel where I live. Obviously the question is has anyone ever tried it in a CDI or TD, CRD or TDI and what results can be expected? I suspect it will run basically same as stock, but if I'm playing pioneer I would prefer to avoid the arrows if you know what I mean. Has anyone ever tried it?
Before the flame suit goes on, I know most will think its dumb and potentially expensive, pointless, illegal or whatever? Just asking, I know it's been done, I'm just curious the results.




I also do not know where JET-A fall in terms of sulfur content, not in terms of pollution standards but if it will produce any exhaust components that are incompatible with our exhaust catalysts and filter systems.
Anyone know better?
Here are a few pics of my turbine toys just to clear up any BS factor noses might be sniffing out there, I'm dead serious about trying it unless I can be learned as to why it is a really bad idea! While not common rail pressures these motors are all 250-400+ psi fuel rail pressure and have pumps that make ours look free. The first set is my APU centrifugal compressor motor, good for between 90-150 shaft bhp but at at a 12k shaft speed and 48k full power rpm on the turbine shaft:
Looking into the hot side while spinning:
Proud papa...day one after delivery...
An actually cheap medium sized timed out turbomecca turboprop, NLAZ, only so much room and time, was not any good at making thrust anyway
The baby of the family, the JFS450, centrifugal compressor and exducer, basically a prototype cruise missile motor which didn't make required thrust and was then down converted to RC model levels, roughly 50-60 lbs thrust.
What can I say, wee bit eccentric and love playing with motors, especially motors that seem like a black art to many.
Piston engine use[edit]
Jet fuel is very similar to diesel fuel, and in some cases, may be burned in diesel engines. The possibility of environmental legislation banning the use of leaded avgas, and the lack of a replacement fuel with similar performance, has left aircraft designers and pilot's organizations searching for alternative engines for use in small aircraft.[27] As a result, a few aircraft engine manufacturers, most notably Thielert and Austro Engine, have begun offering aircraft diesel engines which run on jet fuel. This technology has potential to simplify airport logistics by reducing the number of fuel types required. Jet fuel is available in most places in the world, whereas avgas is only widely available in a few countries which have a large number of general aviation aircraft. A diesel engine may also potentially be more environmentally friendly and fuel-efficient than an avgas engine. However, very few diesel aircraft engines have been certified by aviation authorities. Diesel aircraft engines are uncommon today, even though opposed-piston aviation diesel powerplants such as the Junkers Jumo 205 family had been used during the Second World War.
Jet fuel is often used in ground support vehicles at airports, instead of diesel. The United States military makes heavy use of JP-8, for instance. However, jet fuel tends to have poor lubricating ability in comparison to diesel, thereby increasing wear on fuel pumps and other related engine parts.[citation needed] Civilian vehicles tend to disallow its use, or require that an additive be mixed with the jet fuel to restore its lubricity. Since jet fuel is also significantly more expensive than diesel, some critics[who?] consider using jet fuel in ground vehicles as wasteful.


