UOP 880-96 is the method buyers look for when they need a controlled laboratory approach for Hydrocarbon Types in Low Olefin Distillates by GC. As a UOP Test Method, it is aimed at helping analysts evaluate the hydrocarbon-type composition of distillate samples in a way that supports petroleum testing, product comparison, and technical review. For refinery and lab teams, the value lies in having a defined GC-based method that can support consistent interpretation of low-olefin distillate material and related quality checks across routine workflows.

Purpose of UOP 880-96

The purpose of UOP 880-96 is to provide a formal analytical method for determining hydrocarbon types in low olefin distillates using gas chromatography. This type of method is commonly selected when a laboratory needs a structured way to characterize distillate samples and support compositional understanding rather than simple bulk property testing. It is relevant to analytical chemists, laboratory analysts, and technical reviewers who need a recognized UOP method for petroleum sample evaluation, method selection, and documentation in controlled testing environments.

Laboratory use of UOP 880-96

In practice, UOP 880-96 may be used in refinery laboratories, fuel testing labs, and petrochemical support groups where GC-based analysis is part of routine quality work. It can help QA/QC teams and laboratory personnel review low olefin distillate samples for hydrocarbon-type characterization and compare results across batches or sources. Technical reviewers may also use the method as part of internal specifications, product qualification, or data review workflows where a standardized UOP Test Method is preferred for consistency and traceability.

Practical importance of UOP 880-96

UOP 880-96 matters because hydrocarbon-type data can support better decisions in product evaluation, laboratory control, and refinery documentation. A consistent method helps reduce ambiguity when comparing distillate samples, reviewing analytical results, or confirming whether a material fits a required quality profile. For teams responsible for technical reporting or product acceptance, the method provides a practical framework that supports clearer communication between laboratory analysts, quality specialists, and process or product reviewers.

• Hydrocarbon type characterization
• Low olefin distillate samples
• GC-based laboratory analysis
• Refinery QA/QC support
• Fuel and distillate review
• Technical documentation and comparison