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[Home] [Technology Additives] [Markets] [Products] [Research] [Consulting] [Press Release] [Environmental Sites] [Legal Disclaimer] [Terms & Conditions] [Contact us] Fuel Catalysts Fuel Additives Fuel Reformulation Technology
The complex molecular structure of this fuel catalyst improves fuel combustion to a point where no unburned residues remain in the combustion chamber. In burning cleaner fuels, fuel economy is achieved while producing more energy, and dramatically reducing air pollution. Some of the main benefits are as follows:
When the catalyst is blended to all grades of gasoline, both leaded and unleaded, it greatly improves combustion making the engine work more efficiently while reducing toxic emissions. Most emission tests of cars using gasoline treated with our catalyst, depending on the original quality of the fuel being used, show zero on emission tests. As carbon deposits in the combustion chamber are inhibited and the quantity of sediments in the fuel drastically reduced, the abrasive effect is virtually eliminated, thus extending the life of the engine. Our catalyst does the impossible; reducing Carbon Monoxide and HC to 0.00 in most cases. Our catalyst performs the same action as in gasoline. In addition it provides the necessary lubricity that is missing in de-sulfured diesel fuels. The first action of this catalyst is to upgrade the fuel. If any incompatibility exists, the fuel becomes stabilized. Water is emulsified. Sludge and other organic materials in the fuel storage tank are dissolved and converted into good usable fuel. The resident time is an important factor, the longer the catalyst resides in the fuel, the better the results that can be expected. Clogging of fuel lines is reduced. Filters remain cleaner longer with much less maintenance required. The viscosity of the fuel is lowered to where a significant lowering of the pre-heat temperature is possible. Previous pre-heat requirements in the approximate range of 200F can be lowered to 150F and still achieve the same easy handling of fuel transported through fuel supply lines. But the major benefit of using the catalyst is in combustion improvement through the same mechanism as explained above. Formation of V2 O5 (vanadium pentoxide) is prevented by eliminating vanadium traces still present in the fuel oil. This prevents the catalytic formation of SO3. Also, with fuel oil high in sulfur content (4%) the improved combustion resulting from use of our catalyst prevents formation of the highly polluting "acid smut".
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