UOP 913-92

UOP 913-92 is a chromatography-based method for evaluating impurities in styrene, giving laboratories a structured way to assess sample cleanliness and product quality. In practical terms, it supports the detection and comparison of impurity profiles that can affect styrene handling, downstream processing, and specification review. For refinery laboratories, petrochemical quality teams, and analytical chemists, this method provides a consistent framework for laboratory analysis and reporting. UOP 913-92 is especially useful when careful chromatographic assessment is needed to support technical decisions and maintain comparability across test results.

Purpose of UOP 913-92

The purpose of UOP 913-92 is to measure and evaluate impurities in styrene using gas chromatography, a common instrumental approach for separating and identifying components in a complex sample. As a UOP chromatography method, it is designed to support analytical consistency and help laboratories characterize styrene quality with greater confidence. This type of method is often used when teams need a reliable technical basis for sample review, product assessment, or internal quality documentation. It focuses on impurity determination rather than broad product testing.

Laboratory use of UOP 913-92

UOP 913-92 is commonly relevant in petrochemical and refinery laboratory environments where styrene samples are checked as part of routine analytical workflows. Laboratory analysts and QA/QC personnel may use it to support sample evaluation, while technical reviewers rely on the results for product comparison and quality verification. Because the method is centered on gas chromatography, it fits well into instrument-based lab programs that require consistent impurity assessment and clear reporting. UOP 913-92 helps align testing practices across teams that manage styrene quality and analytical documentation.

Practical value of UOP 913-92

For day-to-day laboratory work, UOP 913-92 adds value by making impurity review in styrene more structured and easier to compare over time. That can support better quality control, clearer batch-to-batch evaluation, and more dependable technical documentation. It is useful when analytical chemists and product quality specialists need a defensible chromatography method for reviewing sample condition and identifying differences that may matter to downstream use. UOP 913-92 also supports more consistent communication between lab teams and technical management.

• Impurities in styrene by gas chromatography
• Laboratory sample evaluation
• QA/QC and product quality review
• Chromatographic impurity profiling
• Analytical reporting and documentation
• Refinery and petrochemical lab use