ASTM D6277
Standard Test Method for Determination of Benzene in Spark-Ignition Engine Fuels Using Mid Infrared Spectroscopy
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About This Item
ASTM D6277 is the standard test method for determining benzene in spark-ignition engine fuels using mid infrared spectroscopy. It provides a practical, instrument-based approach for measuring benzene content in gasoline-type fuels, supporting quality control, product verification, and compliance-related testing. Because benzene levels can affect fuel specification decisions and regulatory assessment, this standard matters to laboratories, refiners, and fuel handlers that need a consistent analytical method for routine evaluation.
Overview of ASTM D6277
This ASTM standard focuses on the determination of benzene in spark-ignition engine fuels by mid infrared spectroscopy. The method is designed for analytical use where a controlled test procedure is needed to assess benzene content in fuel samples. ASTM D6277 is relevant to organizations that rely on repeatable laboratory measurements to support specification checks, product release, and technical documentation. Its spectroscopy-based approach helps align fuel testing with a defined ASTM framework.
Common use cases of ASTM D6277
The standard is commonly used in fuel testing laboratories and quality assurance workflows for spark-ignition engine fuels, especially where benzene measurement is part of product evaluation or compliance review. It may be applied during routine batch testing, incoming material checks, and specification verification for gasoline-related products. ASTM D6277 is also useful when a lab needs a recognized test method for comparing results across different sites, instruments, or production lots.
Benefits of using ASTM D6277
Using ASTM D6277 helps support consistent benzene testing with a recognized ASTM method, which can improve confidence in laboratory results and reduce ambiguity in fuel assessment. It is valuable for organizations that need clear documentation for procurement, quality control, and compliance-oriented decisions. By defining a standard approach for mid infrared spectroscopic measurement, the method supports more reliable comparisons between samples and more efficient technical review of spark-ignition engine fuels.
- Mid infrared spectroscopic test method
- Benzene determination in spark-ignition engine fuels
- Supports quality control and compliance testing
- Useful for laboratory fuel evaluation workflows
- Standardized ASTM approach for result consistency
- Publication Date: 2022-05-26
- Publisher: ASTM
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