The FMS effectuates lower fossil fuel consumption, better performance of the combustion engine and lower emissions of soot and carbon dioxide.
In the FMS, water and a liquid additive are added to fossil fuels (diesel, gasoline, LPG, LNG). By separating the molecules of the mixture, the additive creates a homogeneous mixture fit for using in a combustion engine. The addition of water results in cleaner and more efficient combustion process. The precise mix of the components is realized in the FMS feature, and varies for several types of combustion engine.
The FMS mixes the components with the fossil fuel and inserts this mix in the combustion engine for ignition. During the ignition process the water will form steam, which will empower the piston of the engine by expansion.
The precise composition of the FMS varies in relation with the engine and its powers. In each FMS there is a mechanical component to store the FMS additives and for providing the right mixture for the specific engine, and a communication system to enable a remote access to the FMS. The FMS feature and the additive are the defining unique characteristics of the FMS, as well as the remote control.
01
The FMS effectuates a considerable reduction of fuel costs, due to the addition of the two components. The engine will deliver the same power using less fuel. The fuel reduction is in a direct relation to the volume of water in the mix.
02
The addition of the additives in the FMS also results in lower engine temperatures during the combustion process, as the formation of steam out of the water requires much energy. This lower temperature results in reduced emissions of nitrogen oxides.
03
By adding water and the additive in the FMS, the combustion process is considerably cleaner. The percentage of fossil fuel is reduced while the amount of available oxygen stays the same, so more oxygen is available per unit of fossil fuel. As a result the combustion is cleaner and more efficient, reducing the soot emissions.
04
Due to a reduction in the consumption of fossil fuel in the FMS the amount of carbon dioxide emissions is reduced as well.
05
The FMS effectuates a better performance of the engine, due to a more efficient combustion process. The increase in performance varies per engine type.
06
The additive of the FMS is clean and 96% biologically degradable. A green label is to be expected.