ASTM D6196
Standard Practice for Choosing Sorbents, Sampling Parameters and Thermal Desorption Analytical Conditions for Monitoring Volatile Organic Chemicals in Air
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About This Item
ASTM D6196 is a technical standard that guides the selection of sorbents, sampling parameters, and thermal desorption analytical conditions for monitoring volatile organic chemicals in air. It is used to support more consistent air sampling and analysis by helping users match sorbent choices with test needs and analytical setup. As a result, the standard can improve comparability, reduce method selection uncertainty, and support more reliable monitoring workflows for VOC measurement.
ASTM D6196 standard overview
The ASTM D6196 standard provides practical direction for choosing sorbents and defining sampling and thermal desorption conditions when collecting volatile organic chemicals from air. Its focus is on helping users align the sampling media with the analytical approach so the resulting data are more suitable for monitoring purposes. For laboratories, environmental professionals, and testing programs, ASTM D6196 serves as a technical reference that supports method planning, consistent practice, and better control of sample collection variables.
Where is ASTM D6196 used?
This standard is commonly used in air monitoring workflows that rely on sorbent-based sampling followed by thermal desorption analysis. It is relevant when selecting collection media, setting sampling parameters, and preparing analytical conditions for volatile organic chemicals in air. ASTM D6196 may be used by laboratories, industrial hygiene programs, environmental testing teams, and quality-focused organizations that need a structured approach to VOC air sampling and analytical setup.
Practical importance of ASTM D6196
ASTM D6196 matters because the choice of sorbent and desorption conditions can strongly affect sample recovery and analytical reliability. Using a standard practice helps support consistency across projects, better method selection, and more defensible results for compliance or internal quality control work. It also helps reduce the risk of poor sampling performance or mismatched analytical conditions, which can otherwise lead to unreliable monitoring data for volatile organic chemicals in air.
- Sorbent selection guidance
- Sampling parameter planning
- Thermal desorption setup
- VOC air monitoring support
- Consistency in analytical practice
- Publication Date: 2023-03-03
- Publisher: ASTM
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