EeFuel – How does it work?

EeFuel® is a highly concentrated fuel additive utilizing high-tech liquid nanotechnology. Inside the fuel tank, eeFuel® builds an exceptionally stable three dimensional lattice structure consisting of sub-microscopic nano-clusters, all evenly distributed within the fuel. These EeFuel nano-clusters are physically, chemically, or catalytically active depending on the stage of the combustion cycle.

When EeFuel® nano-clusters reach the engine and begin to burn in the combustion chamber, they rapidly gain heat and literally explode into steam. These steam explosions generate two very significant benefits:

1. Larger liquid fuel droplets are broken down into smaller and more readily vaporized sizes.
2. Increased turbulence improves localized mixing of air/fuel vapor.

When exploding nano-clusters reach the surfaces of the engine combustion chambers, they create a very gentle steam cleaning action that steadily removes any accumulated deposits. A clean combustion chamber gives cooler combustion, lower emissions, cleaner lubricating oil, and reduced engine octane requirement.

Without EeFuel

Without EeFuel

Fuel injectors spray fuel into the combustion chamber. Regular atomization produces large drops of fuel, which do not burn completely during combustion. Incomplete combustion increases harmful emissions and promotes buildup of combustion chamber deposits.

These deposits act as thermal insulators, raising combustion temperatures and increasing NOx emissions.

Combustion chamber deposits and incompletely burned fuel also contaminate the engine lubricating oil, which can reduce engine life.

With EeFuel

With EeFuel

EeFuel creates millions of tiny nano-clusters in the fuel. These nano-clusters explode just before and during combustion, increasing turbulence and generating smaller fuel droplets.

Smaller fuel droplets vaporize completely, leaving no unburned fuel residue. This results in more complete combustion, which increases power and improves mileage.

Combustion Chamber Deposits

EeFuel - Combustion Chamber Deposits

Exploding EeFuel nano-clusters help break down and disintegrate combustion chamber deposits as well as prevent any future build-up.

Engines with clean combustion chambers run cooler, generate significantly less NOx emissions, and can operate on lower octane fuels.