ASTM D8564
Standard Test Method for Determination of Phenolic Antioxidants and Fuel System Icing Inhibitors in Aviation Turbine Fuels
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About This Item
ASTM D8564 is a technical standard for determining phenolic antioxidants and fuel system icing inhibitors in aviation turbine fuels. It provides a structured test method for evaluating additive presence in fuel, which supports quality control, product verification, and compliance-related decisions. For aviation fuel stakeholders, this standard helps bring consistency to testing and helps confirm whether a fuel sample contains the expected additive types identified in the official title.
Purpose of ASTM D8564
The purpose of ASTM D8564 is to define a repeatable test method for measuring two important additive groups in aviation turbine fuels: phenolic antioxidants and fuel system icing inhibitors. This makes the standard useful where fuel composition needs to be checked against product requirements or procurement expectations. By focusing on additive determination, the method supports more reliable fuel assessment and helps users compare results consistently across laboratories, batches, and supply chains.
Common use cases of ASTM D8564
This standard is commonly used in aviation fuel testing environments where turbine fuel quality must be confirmed before distribution or use. It may be applied in laboratory workflows that support fuel receipt inspection, batch release, routine monitoring, or dispute resolution. ASTM D8564 is especially relevant when organizations need to verify the presence of additive packages associated with oxidation stability and icing control in aviation turbine fuels.
Why ASTM D8564 matters
ASTM D8564 matters because additive determination can affect fuel performance, handling confidence, and compliance documentation. A clear test method helps reduce variation in results and supports more dependable decisions during quality control and procurement. For laboratories and fuel suppliers, using a recognized ASTM standard can improve consistency in reporting and make it easier to evaluate whether a fuel sample aligns with technical requirements or contractual specifications.
- Determines additive-related fuel chemistry
- Supports aviation turbine fuel quality checks
- Helps confirm phenolic antioxidant presence
- Helps confirm icing inhibitor presence
- Useful for laboratory and compliance workflows
- Publication Date: 2024-08-05
- Publisher: ASTM
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