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Our Technology
XPlate
XPLATE Technology works exactly to the point of O2 in air by increasing the oxygen molecular surface areas that enhances combustion efficiency and resulting in the reduction of CO2, NOx, and fuel consumption.
mXt9
mXt9 treat liquid fuel molecules which upon entering engines and furnaces, making better combustion and engine performance, resulting in fuel savings and reduce engine pollution.
XPlate
XPLATE Technology works exactly to the point of O2 in air by increasing the oxygen molecular surface areas that enhances combustion efficiency and resulting in the reduction of CO2, NOx, and fuel consumption.
mXt9
mXt9 treat liquid fuel molecules which upon entering engines and furnaces, making better combustion and engine performance, resulting in fuel savings and reduce engine pollution.
When gaseous fluids such as air flow in any pipe, the molecules naturally move and interact, or hit each other on the side wall of pipe. The interactions that occur between the atoms of a molecule with the other atoms of the other molecule cause the attractive and repulsive forces to occur. These forces are known as intermolecular forces that cause the molecules to adhere together and form molecular clusters.
Clusters of these passing air molecules, O2 and N2, can be separated into single O2 and single N2 molecules by XPlateTM technology. As a result, O2 molecules will have more active molecular surface areas available for the complete combustion.