ASTM D2276 is the ASTM standard for the Standard Test Method for Particulate Contaminant in Aviation Fuel by Line Sampling. It is used to evaluate the presence of solid contamination in aviation fuel drawn from a line sample, helping users better understand fuel cleanliness before use. By focusing on particulate matter, this test method supports quality control and helps identify conditions that may affect fuel handling, performance, or overall system reliability.

Purpose of ASTM D2276

The purpose of ASTM D2276 is to provide a standardized approach for measuring particulate contaminant in aviation fuel using line sampling. This gives laboratories, fuel handlers, and quality teams a consistent technical basis for checking cleanliness in fuel distribution and supply systems. As a recognized ASTM standard, it helps reduce variation in test practice and supports more comparable results when assessing fuel condition. ASTM D2276 is especially useful where contamination control is an important part of fuel management.

Common use cases of ASTM D2276

This standard is commonly used in aviation fuel quality programs, fuel terminal checks, and sampling workflows where line samples are taken for contamination assessment. It may be applied during routine monitoring, incoming fuel inspection, or investigation of suspected particulate contamination. ASTM D2276 is also relevant when documenting fuel condition for internal specifications, procurement requirements, or acceptance testing tied to aviation fuel handling and distribution.

Why ASTM D2276 matters

ASTM D2276 matters because particulate contamination can influence fuel cleanliness, operational confidence, and compliance with internal or contract quality requirements. A standardized test method helps organizations make consistent decisions about fuel acceptance, filtration needs, and corrective action. For buyers and users of aviation fuel testing standards, it provides a clear technical reference that supports reliability, reduces ambiguity in test reporting, and strengthens quality control across sampling and evaluation activities.

• Line-sampled aviation fuel evaluation
• Particulate contamination assessment
• Fuel quality control and monitoring
• Standardized test reporting
• Cleanliness verification for fuel handling systems