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Oligo(amylene) from the reaction of fusel oil with zinc dihalide.

Matthew C DavisLaszlo ProkaiJosanne Dee Woodroffe
Published in: RSC advances (2021)
Heating mixtures of fusel oil and zinc chloride or zinc bromide to 180 °C gave water, difusel ethers and the hydrocarbon oligo(amylene) as the major coproducts. Separation by chromatography gave oligo(amylene) in 25% yield from fusel oil. The triamylene fraction of the oligo(amylene) had a net heating value of 43.9 kJ g -1 which was 3% greater than specifications for gasoline, diesel #2 and jet A-1. The cetane number of the triamylene was 31.9 so it may not be useful for diesel engines. The triamylene had a flashpoint of 38 °C, viscosity (-20 °C) of 7.85 mm 2 s -1 , density (15 °C) of 0.78 g mL -1 and melting point below -78 °C which all compared well to the specifications of jet A-1.
Keyphrases
  • oxide nanoparticles
  • particulate matter
  • fatty acid
  • high frequency
  • liquid chromatography
  • mass spectrometry
  • high resolution
  • high speed
  • ionic liquid
  • air pollution