ASTM D5954
Standard Test Method for Mercury Sampling and Measurement in Gaseous Fuels by Atomic Absorption Spectroscopy
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- Language: English
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About This Item
ASTM D5954 is a technical standard focused on mercury sampling and measurement in gaseous fuels using atomic absorption spectroscopy. It provides a structured approach for collecting and analyzing samples where accurate mercury determination may be needed for product evaluation, process control, and compliance activities. Because mercury can affect equipment performance and fuel quality decisions, this standard helps support consistent testing practices across gaseous fuel applications.
What is ASTM D5954?
This ASTM standard, titled Standard Test Method for Mercury Sampling and Measurement in Gaseous Fuels by Atomic Absorption Spectroscopy, describes a test method for obtaining and measuring mercury in gaseous fuel streams. Its purpose is to guide laboratories and technical users in applying a defined analytical approach based on atomic absorption spectroscopy. ASTM D5954 is relevant when a reliable, documented method is needed for mercury-related assessment in gaseous fuels and related quality programs.
Where is ASTM D5954 used?
ASTM D5954 is commonly used in laboratory and field testing workflows involving gaseous fuels, especially where mercury monitoring is part of fuel quality control or incoming material evaluation. It may be applied in settings that handle natural gas or other gaseous fuel streams, along with the sampling and analytical equipment used to collect and measure trace contaminants. The standard is useful wherever a repeatable mercury test method is needed to support technical decisions.
Why is ASTM D5954 important?
This standard matters because mercury measurement in gaseous fuels can influence compliance decisions, equipment protection, and overall quality assurance. ASTM D5954 helps promote consistency in sampling and analysis, which is important when comparing results between laboratories, suppliers, or test batches. Using a recognized ASTM method can also reduce uncertainty in procurement and verification workflows, making it easier to evaluate gaseous fuel performance with confidence.
- Mercury sampling for gaseous fuels
- Atomic absorption spectroscopy method
- Laboratory and field test workflows
- Quality control and compliance support
- Trace contaminant measurement
- Publication Date: 2024-03-14
- Publisher: ASTM
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