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The Cost of Owning a Diesel – This Product is Not an Option

Diesel Fuel Injector Clean

Diesel Fuel Additives – Not an Option in Diesel Ownership

Years of reviewing the effects of modern diesel fuel, mechanical issues, costs and designs of injectors, pumps, failures keeps the topic of the misunderstood fuel additive fresh in mind.

Impressive In The Field

As an AMSOIL dealer, one product I rank in the top three where overly positive feedback is almost always given at each sale is our Diesel Injector Clean (and lubricant).  Of course many of those sales were started because I suggested to the customer to try our brand over whatever else they were using. And the majority of the time the customer was not using any at all! But the results seem to be instant thus the higher level of feedback.

Diesel Fuel Additives at Stan Houston's

Display at Stan Houston’s on 12th st – Diesel Fuel Additives and synthetic oils.

What To Expect

I could list all the sales info, product points to know, etc. but you can easily find all that in the product listing or technical data sheet (printable PDF). I wanted to state some of the instant feedback and some savings you can expect!

  • Increased mileage beyond any averages AMSOIL claims. I hear 2 to 3 more MPG’s although that’s not advertised.
  • Quieter engine
  • Regens cut in half – That alone is worth it! Unique to AMSOIL’s formula.
  • More power under load – You’ll notice more with the Cetane Boost
  • Solved sluggishness when passing
  • Skip past expected injector failure mileage to next to none
  • RV’s – amazingly easier starts on seldom used engines
  • Longer fuel filter performance
  • Less water buildup in tank

Lubricity

This is the reason it’s not optional. Not AMSOIL but the industry says you need a lubricant added to every tank of fuel.
AMSOIL recently posted about folks using 2-stroke oil in the fuel. They admitted it worked but only offers a fraction of the lubricant needed especially in modern injectors which rely on products with years of development. The results can be in the thousands saved on repair or replacement costs.

A fuel additive supplier who visited at one of our AMSOIL dealer conventions made it clear. He used a 2015 Chevy Durmax diesel for example. He said in 10 year ownership you will ether spend on average $750 on fuel additives or $6000 to $10,000 in injector repair.

Much of the failure is because the fuel or the over the counter additive doesn’t address corrosion within the injector. The wear resulting which is not visible without a microscope can be devastating to your engines efficiency. The injectors these days usually only have 1 to 2 microns of space around them so you cannot afford even the slightest  dirt causing wear or corrosion from a lack of proper additive.

Best way to buy in Sioux Falls

I keep a healthy supply at my shop at Exit 73 and also at Stan Houston’s on W. 12th St.

The best way to buy is get one 16 oz. bottle and the half gallon as the refill. The savings with the half-gallon is like buying four 160-ounce bottles but paying for three. A sight window is on all bottles assisting with the proper dosage.  And the best part is one ounce (1OZ) treats five gallons! It’s a great bargain even at full retail.

Of course you can buy through our website – AMSOIL Diesel Injector Clean Product Code ADF.

We also have 5-gallon sizes for OTR Trucking operations and a small 8 ounce bottle (Case of 6) for passenger car diesels.

 

 

The RX8 was a great design but flawed motor. An Idea on Improving.

Solving the Utterly Useless Fuel Economy Issue in the Mazda RX8

An interesting blog & article on an amazing body and suspension. I’d own one now if I had the plan to make improvements. Perhaps one day..  Here are some clips from the post and the link so enjoy:

35 MPG RX8 by Paul Lamar

This is a method of downsizing the rotary engine for highway cruising. Right now the RX8 engine is running at about 3250 RPM at 65 MPH and getting 25 MPG. My guess it is using about 30 HP to go 65 MPH. That would be a fuel burn of around 2.6 gallons an hour or 15.6 pounds per hour or a BSFC of around .52. BSFC is defined as the number of pounds of fuel burned for every HP generated in one hour. Here is a very old BSFC map from a NSU Wankel rotary engine. No doubt the RX8 engine BSFC is considerable improved over this engine never the less the basic principles still apply. I don’t have a corresponding map for the RX8 engine in case you were wondering.

A turbo compound rotary could achieve a BSFC of about .38. Turbo compound engines use small turbines extracting HP from the 50% waste energy in a gallon of gas and feeding it back into the output shaft. A well known technology from the 1950’s used in airliner piston engines. One of the problems with these A/C engines was the failure of an exhaust valve would take out the turbine. Needless to say the rotary has no exhaust valves. The 8 HP turbine would be geared down by at least ten to one. Working backwards a BSFC of .38 would be a fuel burn for 30 HP of 11.4 pounds per hour or 1.9 gallons per hour or a MPG of 34.2 MPG at 65 MPH.

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