2017 |
Volume 1 |
Issue Issue 2
Experimental Investigation of Emission Analysis of Diesel Engine Fueled with Pongamia Oil Blends and Petroleum Diesel
1.
Younus Pasha
– Assist. Prof., Dept. Of M.e., Hkbk College Of Engineering, Bengaluru, Karnataka, India.
2.
Udipi Shrinivasa
– Assist. Prof., Dept. Of M.e., Hkbk College Of Engineering, Bengaluru, Karnataka, India.
3.
D. R. Swamy
– Assist. Prof., Dept. Of M.e., Hkbk College Of Engineering, Bengaluru, Karnataka, India.
4.
S. Muzzamil Ahmed
– Assist. Prof., Dept. Of M.e., Hkbk College Of Engineering, Bengaluru, Karnataka, India.
Received
18-Dec-2017
|
Accepted
-
|
Published
18-Dec-2017
|
Abstract
Under Ideal stochiometric condition, Carbon
dioxide [CO2] and water [H2O] ought to be the only
emissions from the Diesel engine. Transesterification is
a chemical process implement to convert raw vegetable
oils to biodiesel on usual practice. In the present analysis
an effort has made to induce the properties of petroleum
diesel to the raw vegetable oil upon mixing high volatile
solvent such as petrol. The prepared biodiesel upon
charging to C I engine, emission characteristics were
measured and compared with the conventional emission
of C I engine when it was charge with petroleum Diesel. By
considering the due effect of viscosity, Calorific value and
Flash point temperature densities the corrective measures
have taken to bring the value closer to Diesel. To reduce the
pollution level within the acceptable range there is a need
for alternative fuel which satisfy the criteria of economical
and environment feasible.
Keywords Bio fuels, Carbon monoxide [CO], Exhaustemissions, Hydrocarbons [HC].
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