FUEL CATALYST +
MAGNETIC FIELD = OCTANE BOOSTER
PROZONEŽ
FuelSaver combines two proven scientific fuel enhancement
processes - a tin-alloy catalyst and a magnetic field - to condition
the fuel, gasoline (petrol), or diesel before it
reaches the combustion area of the engine. This is in contrast to
standard catalytic converters that act on the exhaust gases after
they leave the engine and thus, have NO EFFECT
on the actual combustion process.
On
entering the PROZONEŽ FuelSaver,
the fuel passes over
one (FS1) or more (FS2-FS4) complex alloy cores. The cores are specially
designed to create turbulence in the fuel's flow path, enriching the
fuel and maximizing the take-up of trace metals. The fuel then passes
through a sintered ceramic magnetic core, which alters the free electron
structure of the fuel, polarizing the fuel hydrocarbons prior to combustion.
The
two processes, chemical and ferro-magnetic, essentially alter the molecular
structure of the fuel to encourage better bonding between fuel molecules
and atmospheric oxygen, thereby promoting a more complete oxidation
of the fuel and, hence, a more efficient combustion process. Additionally,
the metal alloy catalyst is deposited in molecular quantities in the
combustion chambers, coating the vulnerable surfaces of the valves,
valve seats, and piston rings to prevent overheating, aid sealing, and
enhance engine lubrication.
The results of improved fuel combustion are: a significant reduction
in harmful exhaust emissions; a noticeable increase in engine power
output; and a measurable improvement in fuel economy.