Advanced Manufacturing Research and Intelligent Applications by M. Chandasekaran, S. Arun

By M. Chandasekaran, S. Arun

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NOx emission at 23° BTDC Fig 21. NOx emission at 26° BTDC It can be observed that at lower loads the NOx values are less and when the load increases it shows very high values. Compared to pure Diesel, the NOx emission for Algae biodiesel at various injection timings shows higher values and it increases with increase in load and least at minimum load condition. Algae biodiesel blend of B10 at all injection timings has high NOx emission than the other fuels at various injection timings. The reason for more NOx values of algae biodiesel may be due to higher combustion temperatures and also the higher oxygen content might have helped for the formation of NOx.

NOx emission at 23° BTDC Fig 21. NOx emission at 26° BTDC It can be observed that at lower loads the NOx values are less and when the load increases it shows very high values. Compared to pure Diesel, the NOx emission for Algae biodiesel at various injection timings shows higher values and it increases with increase in load and least at minimum load condition. Algae biodiesel blend of B10 at all injection timings has high NOx emission than the other fuels at various injection timings. The reason for more NOx values of algae biodiesel may be due to higher combustion temperatures and also the higher oxygen content might have helped for the formation of NOx.

Hansena (2011). “Biodiesel Effect of biodiesel on engine performances and emissions”, Renewable and Sustainable Energy Reviews 15 1098–1116. [3] Meher LC, Sagar DV, Naik S N (2006). Technical aspects of biodiesel production by transesterification – a review. Renew Sustain Energy Rev; 10:248–68. [4] Oette K, Doss M. (1968) Mikromethode zur schnellen umesterung von lipoiden auf dünnschichtplatten mit natriummethylat für die gas-chromatographische analyse der fettsäuremethylester. J Chromatogr A; 32:439–50.

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