UOP 960-16 is a laboratory test method for evaluating trace oxygenated hydrocarbons in gaseous, LPG, and liquid hydrocarbon streams by gas chromatography. It is designed to help technical teams assess low-level oxygenated compounds that can affect product quality, process performance, and specification review. For buyers comparing analytical methods, this standard is relevant wherever careful sample characterization is needed in petroleum, fuel, or petrochemical work. UOP 960-16 supports controlled laboratory analysis when trace-level composition needs to be checked with consistency and documented using an established UOP method.

Overview of UOP 960-16

This UOP test method provides an instrumental approach for analyzing trace oxygenated hydrocarbons across hydrocarbon streams in gas, LPG, and liquid form. As a GC-based method, it fits laboratory workflows that require targeted compound evaluation rather than broad product characterization. UOP 960-16 is commonly considered by analysts and technical reviewers who need a standard reference for comparing samples, supporting quality checks, or reviewing product composition in refinery and petrochemical settings. Its main value is in offering a defined analytical framework for trace oxygenated hydrocarbon measurement.

Laboratory use of UOP 960-16

UOP 960-16 is typically used in analytical laboratories that support refinery QA/QC, fuel testing, and product quality review. It may be selected by laboratory analysts, analytical chemists, and technical teams responsible for sample evaluation of gaseous, LPG, or liquid hydrocarbon streams. In practice, it helps when a lab needs to confirm the presence of trace oxygenated hydrocarbons as part of routine monitoring, incoming material checks, or product comparison. The method is especially useful where chromatography-based documentation is part of an internal test program or customer specification review.

Why UOP 960-16 matters in day-to-day work

Day to day, UOP 960-16 helps teams bring consistency to trace analysis and technical reporting. For laboratories and quality specialists, it provides a recognized method reference for evaluating oxygenated hydrocarbons in hydrocarbon streams, which can improve comparison between samples and support clearer decision-making. It is also useful when process or product teams need reliable documentation for internal review, supplier assessment, or compliance-related recordkeeping. UOP 960-16 can help reduce ambiguity in analytical work by aligning testing with a defined UOP laboratory method.

• Trace oxygenated hydrocarbon analysis
• GC-based laboratory method
• Gaseous, LPG, and liquid streams
• Refinery QA/QC support
• Fuel and petrochemical sample review
• Analytical documentation and comparison