F2-21® EEFUEL® NANO FUEL ADDITIVE

Gasoline/petrol, diesel fuel, bio-fuels, fuel oils and liquefied petroleum gas (LPG)

- Improving fuel efficiency across all fuel types, saving fuel, reducing harmful emissions, increasing engine power and a clean injector, valve, combustion chamber, piston ring and piston groove. - Reduces friction and improves lubricity; – Uses the oil as a carrier to enter the combustion chambers to help enhance combustion; – Reduces the engine octane requirement by removing combustion chamber deposits and stopping engine knocks; – Absorbs and traps water contamination in the oil; – Reduces soot loading in the oil.

eeFuel® Nano Fuel Additive is the multi-functional liquid nanotechnology fuel additive and enhancer designed to improve fuel efficiency across all fuel types: gasoline/petrol, diesel fuel, bio-fuels, fuel oils and liquefied petroleum gas (LPG). When added to fuel, eeFuel works to 0immediately transform these fuels, into high-efficient nanotechnology enhanced fuels, resulting in improved fuel efficiency – saving fuel, reducing harmful emissions, increasing engine power and a clean injector, valve, combustion chamber, piston ring and piston groove.

eeFuel® Fuel Additive is a highly concentrated fuel additive utilizing high-tech liquid nanotechnology. Inside the fuel tank, F2-21® builds an exceptionally stable three-dimensional lattice structure consisting of sub-microscopic nano-clusters, all evenly distributed within the fuel. These F2-21® nano-clusters are physically, chemically, or catalytically active depending on the stage of the combustion cycle.

When F2-21® nano-clusters reach the engine and begin to burn in the combustion chamber, they rapidly pick up 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 surface of the engine combustion chamber, they create a very gentle steam cleaning action that steadily removes any accumulated combustion chamber deposits. A clean combustion chamber gives cooler combustion, lower emissions, cleaner lubricating oil, and a reduced engine octane requirement.