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Title:   Author  item
                                            Moser, Bryanitem
                                            Murray, Rexitem
                                            Doll, Kenneth

                                                         - *Ken*
  Submitted to: Proceedings of American Chemical Society National Meeting
                                    Publication Type: Proceedings
                                    Publication Acceptance Date: 12/19/2014
                                    Publication  Date: 3/22/2015
                                    Citation: Moser, B.R., Murray, R.E., Doll, K.M. 2015. Fuel properties of heptadecene isomers prepared via tandem isomerization-decarboxylation of oleic acid [abstract]. Proceedings of American Chemical Society National Meeting, Energy and Fuels Division, ENFL 323, p. 148.Interpretive Summary:
                                Technical Abstract: Heptadecene isomers were prepared via tandem isomerization-decarboxylation of oleic acid using catalytic triruthenium dodecacarbonyl [Ru3(CO)12]. Chromatographic and spectroscopic characterization of the isolated heptadecene mixture indicated that it consisted of 96% internal isomers and 4% aromatics. Fuel properties such as acid value, cold flow, density, derived cetane number, energy content, kinematic viscosity, lubricity, moisture content, oxidative stability, specific gravity, sulfur content, and surface tension were measured and compared against the petrodiesel standards ASTM D975 and EN 590. Also of interest was a comparison with ultra-low sulfur (<15 ppm S) diesel (ULSD) fuel along with the properties of a 5 vol % blend of the heptadecene isomers in ULSD. The heptadecene mixture yielded higher energy content (47.08 MJ/kg), derived cetane number (86.9), and sulfur content (not detected) than ULSD but inferior low temperature behavior (cloud point -1 deg C), density (791 kg/m3), and oxidative stability (3.4 h; EN 15751). All other fuel properties were similar and within the ranges specified in the petrodiesel standards. In conclusion, from oleic acid renewable hydrocarbons were readily prepared that yielded fuel properties amenable to their use as an alternative diesel fuel or as a blend component for diesel fuel.


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