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Besides increasing fuel economy, FPC will extend engine life and performance. Since the engine will be burning fuel more effectively, hard carbon cannot build up on critical engine components. Hard carbon causes injector coking and accelerates engine wear.

FPC also reduces pollutants. Laboratory tests have shown reduction in carbon monoxide (CO), unburned hydrocarbons (carbon particulate), Particulate Emissions, sulfur dioxide (SO2), and NOx. Additionally, FPC will reduce oil contaminants caused by soot and carbon generated in the combustion process.

An internal combustion engine will require less fuel to do the same amount of work, if the fuel can be made to burn more efficiently. FPC improves the ignition characteristics of today's fuels so that flame propagation is improved. The fuel is burned in a shorter period of time and at the optimum point of the power stroke. This is illustrated below:

The active ingredient in FPC is a burn rate modifier that causes the fuel to combust more rapidly, and sustains this enhanced combustion throughout the entire power stroke. The fuel burns faster and more competely, even after the piston has moved substantially down the cylinder. Combustion time is reduced, power output is increased, and the products of incomplete combustion diminished.

Save Fuel

• Industrial and commercial users experience a fuel savings of 5-9%
• If you invest $1.00 in FPC you will save $2.00 to $4.00 in fuel making you more competitive in the marketplace.

Extend Engine Life (See Pictures)

• FPC removes combustion chamber carbon and prevent the formation of new deposits.
• FPC will reduce the wear and fouling of the engine.

Reduce Pollutants (See Pictures)

• CO
• HC
• NOx
• Particulate Emissions
• SO2

Improve Engine Performance

• Improves idle quality.
• Reduces surging, stumble, hesitation, and stalling.
• 30% increase in driveability.

Reduce Oil Contaminants

• Substantial reduction in soot and carbon that contaminant oil as well as substantial reductions in wear metal contaminants.