UOP 879-87 is a laboratory test method for determining aluminum in catalysts by atomic absorption. For buyers evaluating analytical standards and test documentation, it provides a focused way to assess aluminum content in catalyst materials used in petroleum and chemical operations. That makes it relevant when teams need dependable catalyst characterization, quality verification, or comparison against expected material specifications. UOP 879-87 is most useful where catalyst composition affects process performance, technical review, or routine laboratory reporting.

Overview of UOP 879-87

This UOP Test Method is centered on measuring aluminum in catalyst samples using atomic absorption, an established analytical technique for elemental determination. UOP 879-87 is typically selected when a laboratory needs a clear, method-based approach to quantify aluminum as part of catalyst evaluation or material control. Its scope is aligned with technical work in refinery and petrochemical laboratories, where accurate elemental analysis supports documentation, product assessment, and internal quality practices. The method is commercially relevant for organizations that rely on consistent catalyst testing procedures.

Laboratory use of UOP 879-87

In practice, UOP 879-87 may be used by laboratory analysts, analytical chemists, refinery QA/QC teams, and technical reviewers working with catalyst samples. It fits laboratory workflows where catalyst composition needs to be checked for routine control, incoming material review, or comparative analysis across batches. Because the method is focused on aluminum by atomic absorption, it is a practical reference for organizations that manage catalyst performance data, laboratory records, and specification-based evaluations in petroleum or chemical processing environments.

Why UOP 879-87 matters in day-to-day work

For day-to-day operations, UOP 879-87 helps teams maintain a consistent analytical framework for catalyst-related aluminum testing. That matters when laboratories need dependable results for quality control, technical comparison, or internal documentation. A clear method supports better communication between lab staff, process engineers, and quality specialists, especially when catalyst condition or composition may influence operational decisions. UOP 879-87 also helps reduce ambiguity in method selection, making it easier to align testing practices with established refinery and laboratory procedures.

• Aluminum analysis for catalyst materials
• Atomic absorption-based laboratory method
• Refinery and petrochemical QA/QC support
• Catalyst sample evaluation and reporting
• Useful for analysts and technical reviewers