Transcript XMILE diesel

Xmile to day
• Xmile has been applied successfully in
many countries all over the world since
1995
• Used by, several (energy) industries,
road and shipping transport sectors, and
the military
• Oil companies market special Xmileenriched fuels to meet the growing demand
for high performance products
Xmile benefits
• Improve fuel/engine efficiencies, + 8%
• Lowering maintenance costs, filters,
lubrication oil and fuel pomp/injectors
• Process and business improvement
• Emission reduction
• CO2 -8%, CO -25%, N0x -8%
Xmile and solids in suspension
Addition of Xmile to fuel oil improves oil
quality:
• Enzymes in Xmile have a specific affinity
for asphaltene micelles and saturated
hydrocarbons
• Enzymes in Xmile break up large
asphaltenes to smaller units
How does Xmile work?
• Xmile converts hydrocarbon elements back
into fuel
• Xmile neutralised and catalysed the fuel
• Lowering the Activation Energy
Activation Energy
Enzymes in Soltron
lower the activation
energy for reactions
that break up large
asphaltenes.
Xmile tank desludging
A proven process of internally cleaning dirty fuel oil tanks
• Enzymes in Xmile reduce microbial
• Xmile enzymes improve the filtration of
microbial contaminated fuels
• Xmile enzymes improve the separation of
water and sludge
• The use of Xmile cleans the storage tank and
fuel system
• The fuel is stabilized and not compromised
Xmile Business Case 1
• The combustion quality of the bunker fuel can
be better, the fuel cost are high
• Xmile improve the fuel/engine efficiencies,
better SFC, lower fuel cost on same load
• The fuel quality related maintenance cost are
very high
• Clean fuel causes less wear out out on fuel
pomp and injector. Clean burning keep the
combustion chamber, exhaust system, Turbo
and internal engine clean
Xmile Business Case 2
First steps of using Xmile enzymes
• Collect engine and exhaust gas data
• Calculate with Xmile Excel the SFC and
compare with engine test figures
• If the difference between the SFC is more than
5% start with Xmile
• Xmile dosing 1 litre to 10 m3 fuel, Xmile is self
mixing on MGO, for HFO use dosing pomp
Xmile Business Case 3
• The use of Xmile is very simple and can be
done by the bunker engineer
• The use of Xmile is save, contains no heavy
metals or chemicals
• The data collecting and calculation is very
simple, can be done by the second engineer
• Reporting the progress is simple and can be
done by the first engineer
• Time for collecting engine and exhaust gas
data is 10 minutes
Xmile Business 4
• With a better SFC of 1,6% is the use of Xmile
on MGO cost neutral
• Proven Xmile customers figures show savings
from 4,8 up to 8% fuel saving
• The use of Xmile is very cost efficient
Clean engine