ASTM D6350
Standard Test Method for Mercury Sampling and Analysis in Natural Gas and Other Gaseous Fuels by Amalgamation Atomic Fluorescence Spectroscopy
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- Language: English
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- Language: English
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About This Item
ASTM D6350 is a technical standard that addresses mercury sampling and analysis in natural gas and other gaseous fuels by amalgamation atomic fluorescence spectroscopy. It is intended to support consistent measurement of trace mercury in gas streams where accurate monitoring matters for equipment protection, process control, and product quality. By defining a recognized test method, this ASTM standard helps users apply a more uniform approach to sampling and analysis when evaluating gaseous fuel contamination.
Overview of ASTM D6350
This standard focuses on a specific analytical approach for mercury determination in natural gas and related gaseous fuels. The use of amalgamation atomic fluorescence spectroscopy suggests a method designed for sensitive mercury measurement after appropriate sampling and collection steps. ASTM D6350 is relevant for laboratories, operators, and quality teams that need a dependable reference for testing trace mercury in gas samples. As a published ASTM standard, it supports repeatable procedures and clearer communication between buyers, sellers, and testing organizations.
Common use cases of ASTM D6350
ASTM D6350 is commonly used in laboratory and field-related workflows that involve sampling gaseous fuels for mercury analysis. It may be applied when evaluating natural gas streams, fuel gas quality, or other gaseous fuel supplies where mercury levels need to be checked. The standard is also useful in compliance testing, supplier qualification, and routine monitoring programs where consistent mercury measurement helps support equipment reliability and process decisions.
Benefits of using ASTM D6350
Using ASTM D6350 can help improve consistency in mercury testing by providing a defined method for sampling and analysis. That can support better comparison of results across laboratories and projects, which is valuable for procurement, quality control, and technical review. It may also reduce uncertainty when assessing gaseous fuel suitability and help organizations document a recognized testing approach. For teams managing trace contaminants, this standard can contribute to clearer compliance and lower operational risk.
- Mercury sampling for gaseous fuels
- Amalgamation atomic fluorescence spectroscopy
- Natural gas and related fuel gas testing
- Quality control and compliance documentation
- Publication Date: 2024-06-13
- Publisher: ASTM
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