Active Standard: D4814 - 13a
The workmanship section of specification D4814 contains language to address silicon contamination in spark-ignition engine fuels. That language currently states that there is no ASTM approved test method for determining silicon in gasoline, gasoline/oxygenate blends, or denatured fuel ethanol. During the spring semester of 2012 ASTM standard D7757 - 12 Standard Test Method for Silicon in Gasoline and Related Products by Monochromatic Wavelength Dispersive X-ray Fluorescence Spectrometry was published. This test method is applicable to the gasoline and gasoline/oxygenate blends covered by D4814. The statement in D4814 is now incorrect. This ballot is to correct the error in the current language by removing the sentence related to the lack of an approved ASTM method. Subcommittee D02.A felt the modifications to D4814 proposed in the ballot were minor updates to the standard. Due to the minor nature of the proposed modifications, the Subcommittee D02.A chair approved this ballot for concurrent Committee D02/ Subcommittee D02.A voting. The standards being balloted for this same revision include D4806, D4814 and D5798. The workmanship task force is considering additional wording to address the new silicon test method in SC A specifications. This effort would involve future ballots.
Keywordsalcohol; antiknock index; automotive fuel; automotive gasoline; automotive spark-ignition engine fuel; copper strip corrosion; corrosion; distillation; driveability; Driveability Index; EPA regulations; ethanol; ether; fuel; gasoline; gasoline-alcohol blend; gasoline-ethanol blend; gasoline-ether blend; gasoline-oxygenate blend; induction period; lead; leaded fuel; methanol; MTBE; octane number; octane requirement; oxidation stability; oxygenate; oxygenate detection; phase separation; phosphorous; solvent-washed gum; sulfur; T
Negative Votes Need Resolution