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Significant
reductions
in CO2
emissions
Reductions
in the tail-
pipe
emissions
of Sulphur
oxides,
particulate
s and
carbon
monoxide
• Pakistan consumes around 8 million tons of diesel
per annum
• Imports 3.4 million tons
• Vegetable oils as raw material can lead to thickening in cold climate, fuel flow
problems, poor atomization and low efficiency
• Higher engine power than conventional diesel fuel
• Lower carbon dioxide, carbon monoxide, hydrocarbons and smoke emissions
• Similar properties as that of diesel but green fuel
PROCESS FLOW DIAGRAM
• Less expensive method yet useful and environmental
friendly
• Free fatty acid contents reduced to 1%
• Insulation of storage tanks and pipe-lines would need to
be done at low temp zone.
• Polluted water needs to be treated first and then used
• Storage tanks made of aluminum, steel etc. are
recommended for usage.
World’s fossil fuel energy sources crisis to explore
renewable energy sources which are more energy
efficient & environmental friendly.
Jatropha is a bush that grows in regions around the
equator as raw material to convert it into biodiesel
by Base Catalyzed Trans-esterification reaction.
PRODUCTION OF BIODIESEL FROM JATROPHA OIL
Alternative to petro-diesel
Use abundantly available and of less
worth raw material to highly useful fuel oil
Preheating
and
dehydration
of oil
Mixing of
catalyst and
methanol
Esterificatio
n of free
fatty acids
Transesterifi
cation of
triglycerides
Phase
separation
(decanting)
Neutralizing
Separation
of biodiesel,
glycerol and
methanol
Biodiesel can be used to regulate oil crop
prices
Neat biodiesel is as biodegradable as sugar
and less toxic than salt
Biodiesel is also a job creator
ABSTRACT
OBJECTIVES
FEASIBILITY
Substitute
• Substitution
fuel for
petroleum-
derived
diesel and
can be used
in existing
diesel
engine
without
modification
Commercialize
• Glycol
formed
reduce the
final
manufacturi
ng costs of
the process
up to 6.5 per
cent.
LowPrice
• Jatropha oil
produced on
commercial
basis is less
costly
LITERATURE SURVEY
PROCESS DESCRIPTION
ENVIRONMENTAL IMPACTS
APPLICATIONS
CONCLUSION
RECOMMENDATIONS
DEMAND
47%
7%
27%
12%
1%
6%
Domestic
Commercial
Industrial
Agricultural
Streetlights
Bulk Supplies
Pakistan Energy Consumption 2010 - 2011
R1 R2
H1 H2
S1 C1
C3 C2
Oil withfree
FattyAcid
Methanol
Methanol WaterH2SO4
Water Salts
Glycerol
Water
Methanol,Glycerol
Salts
Glycerol Salt
For Purification
NaOH
Biodiesel
H2SO4
PROJECT ADVISOR : SIR HASEEBULLAH KHAN JATOI
Project of ASHRAE Technical Forum, “Fuels and Petrochemicals”

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Biodiesl Poster

  • 1. Significant reductions in CO2 emissions Reductions in the tail- pipe emissions of Sulphur oxides, particulate s and carbon monoxide • Pakistan consumes around 8 million tons of diesel per annum • Imports 3.4 million tons • Vegetable oils as raw material can lead to thickening in cold climate, fuel flow problems, poor atomization and low efficiency • Higher engine power than conventional diesel fuel • Lower carbon dioxide, carbon monoxide, hydrocarbons and smoke emissions • Similar properties as that of diesel but green fuel PROCESS FLOW DIAGRAM • Less expensive method yet useful and environmental friendly • Free fatty acid contents reduced to 1% • Insulation of storage tanks and pipe-lines would need to be done at low temp zone. • Polluted water needs to be treated first and then used • Storage tanks made of aluminum, steel etc. are recommended for usage. World’s fossil fuel energy sources crisis to explore renewable energy sources which are more energy efficient & environmental friendly. Jatropha is a bush that grows in regions around the equator as raw material to convert it into biodiesel by Base Catalyzed Trans-esterification reaction. PRODUCTION OF BIODIESEL FROM JATROPHA OIL Alternative to petro-diesel Use abundantly available and of less worth raw material to highly useful fuel oil Preheating and dehydration of oil Mixing of catalyst and methanol Esterificatio n of free fatty acids Transesterifi cation of triglycerides Phase separation (decanting) Neutralizing Separation of biodiesel, glycerol and methanol Biodiesel can be used to regulate oil crop prices Neat biodiesel is as biodegradable as sugar and less toxic than salt Biodiesel is also a job creator ABSTRACT OBJECTIVES FEASIBILITY Substitute • Substitution fuel for petroleum- derived diesel and can be used in existing diesel engine without modification Commercialize • Glycol formed reduce the final manufacturi ng costs of the process up to 6.5 per cent. LowPrice • Jatropha oil produced on commercial basis is less costly LITERATURE SURVEY PROCESS DESCRIPTION ENVIRONMENTAL IMPACTS APPLICATIONS CONCLUSION RECOMMENDATIONS DEMAND 47% 7% 27% 12% 1% 6% Domestic Commercial Industrial Agricultural Streetlights Bulk Supplies Pakistan Energy Consumption 2010 - 2011 R1 R2 H1 H2 S1 C1 C3 C2 Oil withfree FattyAcid Methanol Methanol WaterH2SO4 Water Salts Glycerol Water Methanol,Glycerol Salts Glycerol Salt For Purification NaOH Biodiesel H2SO4 PROJECT ADVISOR : SIR HASEEBULLAH KHAN JATOI Project of ASHRAE Technical Forum, “Fuels and Petrochemicals”