Design Engineering's next generation method of chilling the temperature of fuel before entering the intake stream is now available - the CryO² Fuel Chiller System! The new CryO² Fuel Chiller System uses the cryogenic properties of liquid CO² to charge a series of internal cryogenic chambers surrounding the center "fuel" chamber. As the fuel passes through the center chamber, the cryogenic-charged chambers super cool the fuel by maximizing the thermal transfer process, removing heat four times more effectively than any other system available today. The CryO² Fuel Chiller System with it's super-cooling effect helps reduce the temperature of fuel which in turn increases the density of fuel. Denser fuel promotes better and more efficient burning of the fuel - consequently generating more power and greater fuel efficiency.

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