ASTM D5197

ASTM D5197 is the ASTM standard for determining formaldehyde and other carbonyl compounds in air using active sampler methodology. It provides a technical basis for collecting and analyzing airborne carbonyls in a consistent way, which can support comparison of results across tests and projects. As a clearly defined test method, it helps users evaluate air samples with greater confidence and align monitoring practices with an established ASTM standard for this type of measurement.

What is ASTM D5197?

ASTM D5197, Standard Test Method for Determination of Formaldehyde and Other Carbonyl Compounds in Air (Active Sampler Methodology), describes a method focused on measuring carbonyl compounds present in air through active sampling. In practical terms, it is a technical document used to guide how samples are collected and assessed for formaldehyde and related compounds. This makes ASTM D5197 useful for users who need a recognized approach to airborne carbonyl testing and a consistent framework for reporting results.

Where is ASTM D5197 used?

This standard is commonly used in air monitoring and analytical testing workflows where formaldehyde and other carbonyl compounds need to be measured in a controlled way. It may be applied by laboratories, environmental testing teams, industrial hygiene programs, and quality-focused organizations that rely on active samplers for air sample collection. ASTM D5197 is especially relevant when the goal is to evaluate indoor or workplace air, compare test results, or support routine monitoring using a defined test method.

Why is ASTM D5197 important?

ASTM D5197 matters because it helps create a consistent approach to measuring airborne carbonyl compounds, which supports reliable results and better decision-making. For procurement, compliance, and quality control, a recognized ASTM test method can reduce uncertainty when selecting a testing procedure or comparing data from different sources. It also helps organizations document testing practices more clearly and assess air quality concerns using a standardized technical reference.

• Active air sampling methodology
• Formaldehyde measurement in air
• Other carbonyl compound testing
• Consistent analytical workflow
• Air monitoring and reporting support