14 November 2002 – A new patented “clean-burn” after-market fuel device for diesel engines has been found to improve fuel economy by at least ten percent. The manufacturer also claims the Turbo-3000D Vada enhances performance and reduces carbon deposits, stack soot, black smoke and toxic emissions. It has been granted patents with 46 claims on the “clean-burn” technology.
When fuel enters the combustion chamber, it must be mixed with oxygen from the air in order to burn. The Turbo-3000D Vada creates a controlled turbulence in the fuel. This improves volatility and atomization by increasing the surface area of the fuel that is surrounded by and combined with oxygen in the air. Combustion efficiency is enhanced by more completely atomizing and burning fuel that usually remains unburned and wasted.
The Turbo-3000D Vada improves combustion efficiency in a natural way, without the use of magnets or electrical components. The Turbo-3000D Vada clean-burn process also helps detergents in the oil and fuel remove and prevent carbon build-up and aids in maximum development of power.
The Turbo-3000D Vada is also expected to become an invaluable option to owners of New Emission Compliant Engines. The Turbo-3000D Vada’s properties should help to offset losses of fuel economy and horsepower sacrificed to meet New Government Mandated Emission Standards.
Another fleet owner using the Turbo-3000D Vada recently commented that, with the ever-increasing price of fuel, the Turbo-3000D Vada has given his company a crucial competitive edge. He stated that the Turbo-3000D Vada also allows him to extend the life of his fleet’s oil. This will decrease the amount of money spent on preventative maintenance by reducing the frequency of oil changes without compromising engine life.
The Turbo-3000D Vada is precision machined from stainless steel/brass. It has no moving parts, and should last indefinitely. It is made in the USA, installs as easily as an in-line fuel filter, and is maintenance-free. For further information, visit the Turbo-3000D Vada website