Emissions analysis on diesel engine fuelled with cashew nut shell biodiesel and pentanol blends
Y Devarajan, D Munuswamy, BK Nagappan - Environmental science and …, 2017 - Springer
The present work is intended to investigate the emission characteristics of neat cashew nut
shell methyl ester (CNSME100) by adding pentanol at two different proportions and
compared with the baseline diesel. CNSME100 is prepared by the conventional
transesterification process. CNSME100 is chosen due to its non-edible nature. Pentanol is
chosen as an additive because of its higher inbuilt oxygen content and surface to volume
ratio which reduces the drawbacks of neat CNSME100. Emission characteristics were …
shell methyl ester (CNSME100) by adding pentanol at two different proportions and
compared with the baseline diesel. CNSME100 is prepared by the conventional
transesterification process. CNSME100 is chosen due to its non-edible nature. Pentanol is
chosen as an additive because of its higher inbuilt oxygen content and surface to volume
ratio which reduces the drawbacks of neat CNSME100. Emission characteristics were …
Emissions analysis on diesel engine fuelled with cashew nut shell biodiesel and pentanol blends.
YD Yuvarajan Devarajan, DB Munuswamy… - 2017 - cabidigitallibrary.org
The present work is intended to investigate the emission characteristics of neat cashew nut
shell methyl ester (CNSME100) by adding pentanol at two different proportions and
compared with the baseline diesel. CNSME100 is prepared by the conventional
transesterification process. CNSME100 is chosen due to its non-edible nature. Pentanol is
chosen as an additive because of its higher inbuilt oxygen content and surface to volume
ratio which reduces the drawbacks of neat CNSME100. Emission characteristics were …
shell methyl ester (CNSME100) by adding pentanol at two different proportions and
compared with the baseline diesel. CNSME100 is prepared by the conventional
transesterification process. CNSME100 is chosen due to its non-edible nature. Pentanol is
chosen as an additive because of its higher inbuilt oxygen content and surface to volume
ratio which reduces the drawbacks of neat CNSME100. Emission characteristics were …
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