UOP 79-87 is a laboratory method for Fractionation of Petroleum Distillates, giving technical teams a structured way to evaluate how a distillate sample is separated into fractions. For buyers comparing petroleum testing standards, this method is relevant when fraction behavior, sample characterization, or product consistency needs to be understood in a refinery or quality-control setting. UOP 79-87 is most useful where distillate handling, process monitoring, and analytical documentation depend on a recognized UOP test method with a clear petroleum focus.

UOP 79-87 method scope

This UOP test method is centered on the fractionation of petroleum distillates, which places it within petroleum characterization and laboratory analysis workflows. It is typically used to assess how a distillate sample can be separated into meaningful fractions for technical review. As a controlled analytical method, UOP 79-87 supports consistent sample evaluation and helps laboratories apply a standard approach when comparing distillate materials. Its scope is best understood as a practical fractionation method for petroleum-related samples rather than a broad general-purpose test.

Where is UOP 79-87 used?

UOP 79-87 is commonly used in refinery laboratories, fuel testing facilities, and technical review groups that handle petroleum distillates. Laboratory analysts may use it during sample evaluation, while refinery QA/QC teams and petroleum specialists may rely on it when checking product behavior or comparing batches. It can also be relevant for process engineers and technical reviewers who need standardized information about distillate fractions for documentation, product assessment, or internal decision support. The method fits workflows where repeatable petroleum testing is important.

Why professionals use UOP 79-87

Professionals use UOP 79-87 to bring clarity and consistency to fractionation-related testing of petroleum distillates. In day-to-day work, that can help teams compare samples more reliably, support laboratory quality control, and improve the technical value of test records. For organizations dealing with refinery products or distillate streams, a recognized UOP method can also make internal review and cross-team communication more straightforward. UOP 79-87 is therefore useful where practical analytical consistency matters as much as the test result itself.

• Petroleum distillate fractionation
• Refinery laboratory analysis
• Sample characterization and comparison
• QA/QC support for distillate products
• Useful for analysts and technical reviewers
• Standardized UOP method reference