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The introduction of ethanol, otherwise known as alcohol, into fuel has caused a wide range of problems. While ethanol is a fuel, blending it with gasoline results in issues that are very often blamed on engines or the mechanics who maintain them: rough idling, hard starting, gummed-up carburetor jets and an overall loss of power and cruising range. Mechanics are reporting that the new blended fuels are raising havoc with all types of gas-powered equipment because the fuel breaks down very quickly, forming gums too quickly for traditional stabilizers to keep up. The ?EUR??,,????'?????<?tried & true?EUR??,,????'?????<? fuel stabilizers and gas additives that rely on 50-year old technology just don?EUR??,,????'?????<???EUR?t work with today?EUR??,,????'?????<???EUR?s new fuels. They either cannot remove gum or they remove it in big chunks that end up causing clogs.
Adding a ?EUR??,,????'?????<?dry gas?EUR??,,????'?????<? product isn?EUR??,,????'?????<???EUR?t the answer either since many of these products are largely or entirely made up of alcohol; adding more alcohol to E10 fuel just exacerbates the problems. Because most engines are designed to run on fuel that contains a maximum of 10 percent alcohol, adding more alcohol to E10 gas could lead to malfunctions or even a voided warranty.
The solution is simple; today?EUR??,,????'?????<???EUR?s new fuels demand new fuel additive technology. Star Tron???????(R)???? Enzyme Fuel Treatment is an innovative, unique and very effective way of solving a wide range of ethanol fuel-related problems. Gum formation is a major issue with ethanol-blended fuels because ethanol and gasoline do not chemically bond. As a result, E10 fuel can begin to break down and form gums very quickly. Equipment that comes out of the shop after expensive carburetor rebuilds, but then sits idle for several weeks may go right back to running poorly when they are finally used. The mechanic gets the blame, but it was the fuel all along.
All types and sizes of engines start easily and run smoothly even after sitting idle for extended periods. The enzymes allow more oxygen to bond to the fuel hydrocarbons for a more complete burn of the fuel charge, even in ethanol fuels. This translates into easier starting, better throttle response, decreased emissions and smoke, the prevention of new gum or varnish and an overall improvement in engine performance and fuel economy.
Francisco Uviña, University of New Mexico
Hardscape Oasis in Litchfield Park
Ash Nochian, Ph.D. Landscape Architect
November 12th, 2025
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