UOP 960-20 is a laboratory determination method for measuring trace oxygenated hydrocarbons in gaseous, LPG, and liquid hydrocarbon streams by GC. It is intended for buyers who need a standardized way to evaluate low-level oxygenated compounds that can affect product quality, stream suitability, and analytical consistency. For refinery laboratories, fuel testing teams, and product quality reviewers, this method supports clearer sample assessment and more consistent technical documentation. UOP 960-20 is especially relevant where trace-level control and repeatable gas chromatographic analysis matter in hydrocarbon stream evaluation.

UOP 960-20 analytical scope

This UOP 960-20 determination method focuses on the analytical measurement of trace oxygenated hydrocarbons across multiple hydrocarbon stream types, including gaseous, LPG, and liquid samples. The title indicates a gas chromatography-based laboratory approach, making it suitable for routine analytical work where low-level oxygenated species need to be identified or quantified with consistency. In practice, the method supports controlled comparison of samples, technical review of stream composition, and standardized reporting in petroleum and petrochemical laboratory settings without extending beyond the scope implied by the method title.

Where is UOP 960-20 used?

UOP 960-20 is commonly used in refinery laboratories, petrochemical testing facilities, and fuel analysis groups that handle hydrocarbon streams requiring trace oxygenate evaluation. It may also support QA/QC teams, analytical chemists, and technical managers reviewing product or process samples for specification alignment and composition monitoring. Because the method addresses gaseous, LPG, and liquid streams, it is relevant where different hydrocarbon sample types must be assessed using a consistent laboratory reference. This makes it useful for routine testing, process sample review, and internal technical documentation.

Why labs rely on UOP 960-20

Labs rely on UOP 960-20 because repeatable trace analysis helps improve confidence in product comparison, quality verification, and data review. When oxygenated hydrocarbons are present at low levels, standardized measurement supports clearer decision-making for laboratory analysts and refinery QA/QC personnel. The method also helps reduce ambiguity in technical communication by providing a common analytical basis for sample evaluation. For organizations that manage hydrocarbon streams across different stages of production or handling, UOP 960-20 supports consistent documentation and more reliable laboratory workflows.

• Trace oxygenated hydrocarbons by GC
• Gaseous, LPG, and liquid hydrocarbon streams
• Refinery and petrochemical laboratory use
• QA/QC and product review support
• Analytical consistency for sample comparison
• Technical documentation and routine testing