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That said, BG makes an oil additive called MOA. The usual info, cleans better, protects better, mileage better, reduced wear etc., etc., etc. I used some but noticed no difference. I also send in oil samples to Blackstone Labs once a year just to keep tabs on my motors. My sample results came back with them thinking I had an antifreeze leak
When I spoke to Blackstone they said besides dropping the flashpoint as a negative, based on their experience, the combination would probably work very well for added cleaning and keeping contaminants dispersed.
Side note: With the exception of sodium, Mobil 1 had higher percentages of all those items than Castrol GTX and Chevron Supreme even with the MOA added. Mobil 1 also had a very high percentage of molybdenum which is in many of the better lubrication products due to being very slick. Castrol and Chevron had very little. End result I'll use the 44K a couple times a year and run only Mobil 1 now. Just some general info for others.
I am not trying to hussle with this but have heard of an additive called CAMGUARD (also goes under the name of ASL ADVANCED OIL ADDITIVE. This was developed by a lead chemist at Exxon and is used to help preserve airplane engines.
More info can be found at magnalabs.com (I apologise to Edmunds Moderators if posting this "semilink" is improper).
Has anyone else here had experience with this product for automotive use?
Best Regards,
Shipo
Best Regards,
Shipo
MMO is a very old product of the type called "upper cylinder lubricants". These were developed to assist engines in lubricating the valve stems and guides by means of inserting lubricating oil in the gasoline.
At one time, this was probably a good idea, as engine technology and gasoline formulation was such that burned valves and bad or sticking valve guides was fairly common, as was severe carbonization.
It is my personal opinion that today's gasoline and engine technology render upper cylinder lubricants and/or additional oil additives, to be redundant and unnecessary, but old habits (even good habits) die hard.
So both parties are "correct" as long as you don't include time in the equation IMO. Upper cylinder lubricants did have a basis in automotive science and if you run a very old car they still do. But in a 2005 automobile, I think you're wasting your money using them.
But you're right, no harm done as long as you don't go crazy with it and foul up the plugs.
But would I run graphite in oil in an engine? Of course not.
To those folks who come in and try and push their products,
Easy on the attacks of people, unless you know for certain who they are.
You can question credentials of folks, but realize that when you do so to folks who have earned the respect of folks at certain sites, including this one, you have to realize who it makes look bad.
I was already to make this long reply on why and what not, but I see that the subject has been dropped.
Actually, there are some that will do harm, if relied upon.
So a person should use additives with the thought in mind that they should do research before using anything in their engines that is not approved by the manufacturer.
Even the "re-usable air cleaners" have created problems with the newer vehicles. So much that the manufacturers have even released service bulletins regarding the problems they will cause.
In the late seventies, Arco came out with a miracle oil that was supposted to surpass anything out there. It had suspended graphite in it and it was jet black in color. I don't think it stayed on the market very long.
I remember NOTHING was worse than trying to work on an STP laden engine.
Do they even make this junk anymore?
tanya --well my main objection to MMO is that they try to make it a mystery. It's an upper cylinder lubricant. Well fine, then we know what it's trying to do and the consumer can then judge for themselves whether their type of engine might benefit from a little extra oil up in the combustion chamber. The theory of upper cylinder lubricant is hardly a mystery and hardly a cure-all for neglect or bad maintenance or real old age or prior engine wear. But sure, if you need upper cylinder lubricant, then use it, and if you don't, don't waste your money expecting miracles from a simple spoonful of light oil that is mixed with your gasoline.
I wonder if I can simply add this to a nearly full tank of gas in my passenger car (2005 Cavalier, 4cyl Ecotec engine). I assume that this tiny amount of oil will just burn away, without harm to my engine. Would anyone disagree?
I do that with left over gasoline that stayed in the 5 gallon can from last summer.
2014 Malibu 2LT, 2015 Cruze 2LT,
thanks
Shifty the Host
Best Regards,
Shipo
My surprise was that when I got there, the engine was purring like a Kitten, and you couldn't tell it was idling.
I was sorry that it disappeared from the market. I now use MOBIL 1 and replace my oil religiously every 5 thousand miles. I'm looking for that extra 1 mile per gallon, plus the protection against temperature offered by the synthetic oils.
Fueled up with 320 gallons 97 octane leadfree marine at California fuel dock for tuna season. Tuna did not show, so fuel sat with tanks full over the winter, about nine months. Now, we are missing about 700 RPM on both engines. Does fuel lose engergy as it sits? Should we just burn it off? Are there any additives which would help? This year, we plan to end season with tanks empty.
Second, since we can only get 87, and our 1979 454 blocks called for "high octance marine fuel" the mechanic several years ago tuned these engine from 12 degrees static advance back to 8 degrees. They have run fine for three years with that setting. This costs us some mileage and torque. Are there any additives which would allow us to once again advance the timing by boosting the octance? Would these be economically practical where we are treating 300 gallons at a time?
Any other additives which should be run in marine fuel?
Thanks!
I'm thinking that finding an additive (other than TEL) that will allow you to move your timing back up to 12 BTDC is going to be very difficult. Over in Europe (and other parts of the world) they still have lots of cars on the road that were built to be operated on leaded fuel, and as such, there is still a huge effort being made to find a replacement. So far at least, no such luck.
Closer to home, here in the U.S. the General Aviation community is being faced with the elimination of lead from its fuel, and as we speak, the only promising developments (IMHO) on how to keep all of those planes in the air (as opposed to falling out of the sky), is centered around electronic controls. Like your marine engines, GA engines are static timed as well, unfortunately, for the moment at least, your basic A&P mechanic can't legally retard the timing so as to deal with the unleaded fuels like you've done with your boat engines. What the most promising of the new systems (developed and waiting for certification) do is to use some form of an optical pickup inside each cylinder to detect the onset of detonation, and to keep the mixture control and/or the ignition timing such that the combustion process stays just a hair's breadth this side of detonation.
What is interesting about all of this new technology that is waiting in the wings is that it seems to have proven once and for all that TEL isn't necessary to allow older soft valve seat engines to continue to operate at peak efficiency. It has been argued by many that TEL was a necessary fuel additive to "Lubricate" valves and to prevent valve seat recession. What has come to light instead is that TEL apparently helps to control the organization of the flame front, effectively delaying the Peak Pressure Point until far enough after TDC to prevent combustion chamber pressures from climbing so high that the valve faces "micro weld" themselves to the valve seats. Said welds would then be broken the next time the valve opened, only to re-weld during the next combustion stroke. The organization and timing of the flame front is influenced by a great many factors, not the least of which is the additive package in the fuel, the compression ratio, the spark advance, the air/fuel mixture, the latent heat in the combustion chamber, the temperature of the intake charge, the amount of exhaust back pressure, and in the case of blown engines (super or turbo charged), the amount of boost. These newer systems are so advanced that they can analyze the combustion characteristics of literally every combustion event in every cylinder, and then dynamically react fast enough that if the temperatures and pressures are either too hot or too cool, the very next combustion stroke can be adjusted.
So, what does all of this have to do with your marine engines? Well, a couple of things. First, while I'm quite sure that your existing timing of eight degrees is quite safe for even the highest of power settings, my bet it is a tad conservative and that ten degrees might be closer to the mark. Unfortunately, unless you have any advanced engine monitoring equipment (like an Exhaust Gas Temperature (EGT) probe/monitor for each and every cylinder), there is no way of knowing for sure, meaning that were I in your shoes, I'd stay with the eight degrees. Second, my bet is that the technology that is currently being developed for the GA community might well "trickle down" (literally and figuratively) to the Marine community. Although that would of course depend upon just how many engines are still being operated that were designed with TEL in mind, and what the economics of the development/payback equation would be.
As an after thought, while I don't know how much performance (in both speed and range) you've lost with your retarded timing, you might want to consider pulling the heads off of your engines and have ultra hard "Stellite" valve seats installed. Doing that should allow you to advance your timing at least part of the way back to the original setting, as the valve seats should then easily be able to weather the additional pounding they are going to take from the extra heat and pressure generated by the more aggressive timing.
Disclaimer: I've extensive knowledge of automotive engines and pretty good knowledge of aviation engines; however, my marine engine knowledge is rather more limited. That said, both aviation and marine engines spend much of their time operating at very high specific power levels, as such, there are quite a few corollaries between the two.
Hmmm, last thought. Have you considered the economics of selling your 454s to the recreational marine community and installing diesel engines in their place? I have no idea of how many years the pay back would be, or what such a move would do for the value of your boat, but it might well be something to consider.
Best Regards,
Shipo
As for octane booster, the reports (tests) I've read are not encouraging about these products.
1) How do I improve my fuel efficiency?
2) About 1.5 months ago, I poured in a bottle of STP fuel system cleanser to a full tank of petrol as instructed. But, almost immediately after, my car did not start well in the mornings or after about 5 hours of rest. It would literally crawl along at 20kph until 5 minutes later, when the engine manages to catch on. Before this 5 minutes are up, I can fire my accelerator and the RPM will shoot up, but the engine or the valves do not seem to catch on. I did a conversion calculation later on, and found out that I had probably added too much additive to my tank, i.e. 1 bottle to 21 gallons of fuel. 21 gallons = 79.4 litres. My car's fuel tank is probably 55 - 60 litres.
Other than this, the pick up is filled with hesitation and stumbling, and certainly not as smooth and powerful as before. Lately, I've tried starting the car on the Standard mode to get it moving more quickly, than switching it back to economy mode. It seems to help a little. Will this spoil anything?
3) Will this cause my engine, carburettor, and what not to spoil or malfunction? Will it be 'washed' away by usage and fuel top-ups?
4) Can I trust anymore STP additives?
Thanks,
Elijah,
It's hard to say with a hands-on diagnostic, but I suspect the STP really isn't the problem here. The stuff you buy over the counter isn't very strong anyway. Might just be a co-incidence. Why not start with simple stuff like checking your spark plugs for fouling and changing out your fuel and air filter.
"...and as far as it's claims and guarantees, it does everything the over the counter products do..."
Yup, that's about the only part of that post that I believe. Since OTC products do little if anything good (and are most probably more harm than help), this EnviroBilge stuff should find itself in good company.
As for looking for customers for your stuff, you might want to use the message boards over at http://www.IBelieveAllMarketingClaims.com. Make the correct pitch over there and you should make a killing. :P
Best Regards,
Shipo
Do you REALLY expect anyone to believe these outrageous claims?
I hope YOU don't really believe this or invest any money into what is just another scheme. Magic formulas like these have come and gone for years!
2014 Malibu 2LT, 2015 Cruze 2LT,
Hmmm (Take II), is "Synthetic" snake oil the same thing as "Genuine Imitation" snake oil?
Best Regards,
Shipo
Now really, who would believe such a thing?
Let's examine this story:
Why wouldn't one oil company LOVE to have a product to CRUSH their competition? As would any car company LOVE to have a product that could raise their CAFE fleet averages, and product durability, thereby destroying every other car company with a huge marketing edge in fuel economy and longevity.
Stories like this just further erode credibility of the product, IMO. It's rather the last refuge for trying to explain the unexplainable. Basically what I'm hearing is that the inventor who holds the patent refused to sell to oil companies or car companies for enormous riches because he thought they weren't noble in their motives and he'd rather run a MLM business so as to benefit the world?
Besides, worse than that, ---patents aren't "sold". Patents are basically worthless unless someone wants to do what you are doing. A patent is a legal protection is all. A product could be very lousy, and not even work very well, and get a patent. So, it is their (oil company, car company, etc.) DESIRE to USE your product that makes the patent worth something, and so you license it (patent rights). An oil company can't buy a patent and throw it away, they can only license it and not use it but somebody else could still use it---so the whole thing makes no sense whatsoever. Or perhaps they could buy exclusive rights and not use it, which makes even less sense.
"Making vehicles last longer" is in fact what every vehicle manufacturer is currently striving to do, if it can be done profitably. What is LEXUS if not that very thing?
Don't waste another second of your life with this stuff. It DOES NOT work and you will only make yourself look foolish trying to sign up others.
I've seen a lot of these "new concepts" come and go.
You seem like a sincere person but you've been totally brainwashed.