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Fuel Economy
It
does not matter if you own a family car, a fleet of trucks, a school
bus or diesel powered heavy equipment. Any turbo Diesel powered
engine will benefit from the
Diesel Magnum
Propane Injection system by saving you on fuel costs.
Today's high fuel prices eat into the bottom line of businesses with
fleets of trucks, buses or heavy equipment. Propane is currently 30%
to 50% less per gallon than Diesel fuel. By adding the
Diesel Magnum
Propane Injection system, businesses increase their profits, reduce
fuel costs, reduce maintenance costs, decrease pollution and
increase performance. Can your business afford to be without the
Diesel Magnum?
Fuel Efficiency can be significantly increased with the
Diesel Magnum
propane injection system with the accelerated evening effect of
combustion by the introduction of the proper amount of LPG (Propane)
to the combustion chamber. Basically the Diesel Engine becomes much
more efficient (burns more of the Diesel fuel charge for a longer
period of time) and naturally if it is mechanical injection or
electronic injection the system will reduce the Diesel Fuel trim
(amount of fuel injected) to achieve the same given RPM resulting in
less Diesel Fuel needed to perform the same functions.
Air Pollution
Air
Pollution is a major concern for vehicles of all types. The
Diesel Magnum
drastically reduces harmful particulate and NOX emissions commonly
emitted by diesel engines. Unlike most pollution reducing devices,
the
Diesel Magnum
actually
Increases
fuel economy and performance!
How
does the
Diesel Magnum
accomplish this? It is really quite simple. Emission reductions
including PM (particulate matter or black smoke) and NOx (oxides of
nitrogen) can be significantly reduced with the
Diesel Magnum
Propane injection system by accelerating the flame front or burn of
the existing fuel. Two things happen.
1. NOx
is reduced by enhancing the mixture at the tip of the flame front
with the correct amount of Propane (LPG), which reduces the
residence time of the Diesel Fuel Burn in a high temperature area.
PM
is reduced by enhancing the burn rate of the existing Diesel Fuel
through out the entire combustion chamber rather than just the
intense hot area. The result is more of the existing Diesel Fuel
charge is burned along the colder areas of the combustion chamber
that normally would be expelled out the exhaust system.
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