UOP 960-06 is a laboratory method for measuring trace oxygenated hydrocarbons in liquid hydrocarbon streams by GC. For buyers evaluating petroleum testing standards, it offers a focused way to assess small oxygenated impurities that can affect product quality, stream compatibility, and downstream processing decisions. The method is relevant where precise analytical review is needed for refinery, fuel, or chemical stream characterization. UOP 960-06 is typically considered by laboratory analysts, QA/QC personnel, and technical reviewers who need a defined approach for trace-level evaluation.

What is UOP 960-06?

UOP 960-06 is an analytical UOP test method centered on the determination of trace oxygenated hydrocarbons in liquid hydrocarbon streams using gas chromatography. Its purpose is to provide a laboratory framework for identifying and evaluating low-level oxygenated components in hydrocarbon-based samples. As a GC-based method, it fits within routine analytical chemistry workflows where consistent sample review and documentation matter. This makes it a practical reference for laboratories that need a standardized method aligned with petroleum and chemical sample analysis.

Where is UOP 960-06 used?

UOP 960-06 is commonly used in laboratory settings that support refinery operations, fuel testing, and petrochemical quality review. It may be selected by analytical chemists, lab analysts, and QA/QC teams when trace oxygenated hydrocarbons need to be checked in liquid hydrocarbon streams. The method is also useful for technical reviewers and process support personnel who rely on analytical data to compare streams, verify product condition, or support method selection. In practice, it fits workflows where trace impurity screening is part of product and process evaluation.

Why is UOP 960-06 important?

UOP 960-06 matters because trace oxygenated hydrocarbons can influence how a liquid hydrocarbon stream is classified, handled, or compared against quality expectations. A standardized GC method helps teams maintain analytical consistency, support clearer documentation, and reduce uncertainty during product review. For laboratory and refinery users, that can improve day-to-day decision support when evaluating stream quality or investigating unusual results. UOP 960-06 gives technical teams a defined method reference for trace-level analysis rather than relying on ad hoc testing practices.

• Trace oxygenated hydrocarbons
• Liquid hydrocarbon stream analysis
• Gas chromatography-based method
• Refinery and laboratory QA/QC
• Analytical review for product quality
• Technical documentation support