UOP 934-94

UOP 934-94 is a laboratory test method for evaluating diolefins in C5 olefinic hydrocarbon streams by gas chromatography. For buyers comparing analytical standards, it offers a focused way to assess unsaturated components in light hydrocarbon streams where composition control matters. This makes the method relevant to refinery and petrochemical labs that need reliable product characterization, quality verification, or technical review of C5 olefinic materials. UOP 934-94 supports consistent interpretation of sample data in workflows where hydrocarbon stream composition can influence processing, stability, or downstream use.

Overview of UOP 934-94

This UOP method is centered on the measurement of diolefins in C5 olefinic hydrocarbon streams using gas chromatography. As a UOP test method, it fits analytical laboratory work where separation and identification of hydrocarbon components are important for sample evaluation. The title indicates a specific focus on diolefin content rather than broad stream composition, making it useful for professionals who need targeted analytical information. UOP 934-94 is therefore a practical reference for laboratories selecting a method for hydrocarbon stream assessment and documentation.

Laboratory use of UOP 934-94

UOP 934-94 may be used in refinery laboratories, petrochemical quality control, and analytical testing groups that handle C5 olefinic feedstocks or related process samples. Laboratory analysts and technical reviewers can use it to support routine sample checks, method comparison, or product evaluation where diolefin presence is a concern. It is also relevant to QA/QC teams and petroleum specialists who need a defined gas chromatographic method for documenting stream quality. In day-to-day lab work, the method helps align reporting with a recognized technical standard.

Why UOP 934-94 matters in day-to-day work

UOP 934-94 matters because it gives teams a consistent analytical reference for a specific and operationally important hydrocarbon class. In practice, that supports clearer product comparison, stronger laboratory quality control, and more dependable technical documentation. For organizations reviewing C5 olefinic streams, the method can help reduce ambiguity when evaluating sample data and deciding whether material meets internal expectations. UOP 934-94 is especially useful where analytical clarity is needed to support refinery decisions, laboratory records, and quality-focused communication across technical teams.

• Diolefins in C5 olefinic hydrocarbon streams
• Gas chromatographic laboratory analysis
• Refinery and petrochemical sample review
• QA/QC and technical documentation support
• Analytical method selection for hydrocarbon streams