UOP 980-17

UOP 980-17 is a petroleum laboratory method for evaluating C5 and lower boiling dienes, olefins, and paraffins in naphthas by gas chromatography. It is relevant when a buyer needs a technical document focused on light hydrocarbon composition in naphtha streams, where small changes in boiling-range components can affect product quality, processing decisions, and downstream use. For refinery and laboratory teams, the method supports more consistent sample review, analytical comparison, and documentation of hydrocarbon makeup. UOP 980-17 is a practical fit for organizations that rely on controlled petroleum testing and clear compositional data.

What is UOP 980-17?

UOP 980-17 is a UOP Test Method centered on chromatographic analysis of naphtha samples for C5 and lower boiling dienes, olefins, and paraffins. As an instrumental laboratory method, it is designed to help characterize the light hydrocarbon fraction in a controlled and repeatable way. The official title indicates a measurement-focused method intended for analytical work rather than process description. In practice, UOP 980-17 helps users identify and compare key components in naphtha-related testing workflows, supporting petroleum composition review and technical documentation.

Where is UOP 980-17 used?

UOP 980-17 is commonly used in petroleum and refinery laboratories where naphtha analysis is part of routine quality or composition review. It may be useful for laboratory analysts, analytical chemists, refinery QA/QC teams, and technical reviewers who need gas chromatographic data on light hydrocarbons. The method also fits settings where sample characterization supports process evaluation, product comparison, or internal specification checks. Organizations handling naphtha streams, blend components, or related hydrocarbon samples may use this method as part of structured laboratory testing and reporting.

Why is UOP 980-17 important?

UOP 980-17 matters because it helps provide clearer analytical control over a sensitive part of naphtha composition. For refinery and lab teams, knowing the levels or presence of C5 and lower boiling dienes, olefins, and paraffins can support better product consistency, technical review, and documentation quality. It also helps reduce uncertainty when comparing samples across batches or sites. As a standardized UOP method, UOP 980-17 gives teams a recognized framework for petroleum testing that supports dependable laboratory decisions and more consistent communication across technical functions.

• C5 and lower boiling hydrocarbon analysis
• Dienes, olefins, and paraffins in naphthas
• Gas chromatography-based laboratory method
• Refinery QA/QC and sample review support
• Useful for analytical and technical documentation