ASTM International News Releases
New ASTM International Petroleum Products Standard Covers Alternatives to Conventional Aviation Fuel
“The issuance of ASTM D7566 is the culmination of a focused, collaborative effort by the commercial aviation industry to move toward more environmentally friendly fuels, and to diversify the suppliers of aviation fuel,” says Mark Rumizen, aviation fuels specialist, Federal Aviation Administration, and chair of the task group that developed ASTM D7566.
Rumizen says that concerns with the future cost and supply of conventionally derived aviation fuel and the imposition of carbon emissions limitations contributed to the development of ASTM D7566.
According to Rumizen, the Commercial Aviation Alternative Fuels Initiative (CAAFI) was established in 2006 to facilitate the introduction of alternative aviation fuels.
“The U.S. Air Force, CAAFI and ASTM Subcommittee J (Section J.06) coordinated the evaluation and qualification of candidate alternative fuels,” says Rumizen. “In support of this effort, Section 6 of Subcommittee J established the synthetic fuels task group to write ASTM D7566 to accommodate blends of conventional aviation turbine fuel with synthesized hydrocarbon blend components.”
In addition to providing requirements for these blends, ASTM D7566 defines specific types of aviation turbine fuel that may contain synthesized hydrocarbons for civil use in the operation and certification of aircraft; it describes fuels found satisfactory for the operation of aircraft and engines.
This initial version of ASTM D7566 provides criteria for the production, distribution and use of aviation turbine engine fuel produced from coal, natural gas or biomass using the Fischer-Tropsch process. However, the standard is structured to accommodate other future types of synthetic fuels produced from non-conventional feedstocks and processes as they are developed. These new fuel types can be added to ASTM D7566 in annexes after they are qualified.
Potential users of ASTM D7566 include all entities involved in the production, transportation, storage, trade and use of aviation turbine engine fuel, including refineries, pipelines, airport fuel farms and airlines.
“It is especially important to have participation from manufacturers of the aircraft and turbine engines, as these require fuel controlled to very high standards,” says Rumizen. “In addition, representatives from companies comprising the aviation fuel infrastructure and biofuel producers would provide expertise and experience that would be very beneficial for development of future annexes of ASTM D7566.”
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