If natural gas is lead through a sufficiently strong
homogenous magnetic field, the dense lines of magnetic force will
longitudinally reorganise carbon chain structures. Electrostatic charging is
known by everyone (e.g. charging synthetic fibre clothes by friction), the
friction of gas in the pipes. This cohesive force is eliminated by the effect
of magnetic lines of force.
In case of liquid hydrocarbons the strong magnetic
field eliminates the electrostatic charging of fuel molecules, reduces
viscosity therefore upon it is divided into much smaller drops upon
carburetion. The smaller drops will be mixed better with the air and more
oxygen can contact the molecules of the fuel, therefore combustion becomes
faster. As a result the quality of combustion becomes better and more energy
can be released from the hydrocarbon in the same period of time.
By the use of the technology the amount of uncombusted or imperfectly combusted hydrocarbons emitted to our environment can be dramatically reduced (by 30-50%).
It is measurable by combustion gas analysing devices.
If you want to read more about the technology, you can do it here!