UOP 880-08 is a laboratory test method for evaluating hydrocarbon types and distribution in low-olefin C12 and lower endpoint distillates by gas chromatography. It is intended for professionals who need a clearer view of how a distillate sample is composed, rather than only its general boiling-range behavior. For refinery QA/QC teams, analytical chemists, and fuel testing personnel, this method can support product comparison, sample review, and technical documentation where hydrocarbon profiling is important. UOP 880-08 is especially relevant when composition detail matters for decision-making and quality verification.

UOP 880-08 method scope

This UOP 880-08 method focuses on chromatographic evaluation of hydrocarbon types and their distribution in low-olefin distillate materials with a C12 and lower endpoint. As a UOP test method, it is centered on analytical measurement rather than process testing, making it suitable for laboratory use where compositional insight is needed. The title indicates a GC-based approach for characterizing distillate samples, which can help users assess the makeup of a petroleum stream in a controlled, repeatable way. It is a practical fit for teams comparing sample profiles or reviewing product consistency.

Where is UOP 880-08 used?

UOP 880-08 is commonly used in petroleum and fuel laboratories, particularly where distillate composition needs to be checked by gas chromatography. It may be relevant in refinery quality control, product development support, and analytical review of low-olefin distillate streams. Laboratory analysts, petroleum specialists, and technical reviewers may use this method when evaluating whether a sample aligns with expected hydrocarbon distribution patterns. It is also useful in environments that handle routine sample qualification, specification support, or method-based reporting for refinery and petrochemical operations.

Why professionals use UOP 880-08

Professionals use UOP 880-08 to obtain composition-focused data that supports better technical judgment on distillate samples. By identifying hydrocarbon types and distribution, the method can help teams compare batches, monitor product consistency, and improve laboratory documentation. This is valuable when refinery and laboratory groups need dependable analytical context for quality control or internal review. UOP 880-08 also supports standardized communication between analysts, engineers, and technical managers by providing a defined method reference for GC-based distillate evaluation.

• GC-based hydrocarbon profiling
• Low-olefin C12 and lower endpoint distillates
• Composition review for petroleum samples
• Refinery QA/QC and laboratory analysis
• Product comparison and technical documentation
• Useful for analysts and technical reviewers