UOP 873-86 is a laboratory test method for measuring noble metals and modifiers in catalysts by ICP-AES. For buyers reviewing catalyst analysis documentation, this method is relevant where accurate elemental characterization supports catalyst qualification, performance review, or quality control. It is aimed at technical users who need a clear analytical approach for catalyst materials that may contain noble metals and other modifier elements. In refinery and petrochemical lab settings, UOP 873-86 can help standardize how catalyst composition is checked and reported for technical decision-making.

Overview of UOP 873-86

This UOP 873-86 method belongs to the instrumental laboratory testing category and focuses on elemental measurement using ICP-AES. Based on the title, it is intended for noble metals and modifiers in catalysts, making it useful where catalyst composition needs to be examined with analytical consistency. The method is most relevant to laboratories handling catalyst materials, product review, or technical documentation linked to refinery and chemical processing operations. It supports a controlled approach to assessing catalyst-related elements in a way that fits routine analytical chemistry workflows.

Laboratory use of UOP 873-86

UOP 873-86 is commonly suited to analytical laboratories that support catalyst evaluation, refinery QA/QC, and technical review functions. Laboratory analysts and analytical chemists may use it when catalyst samples need elemental characterization for incoming material checks, internal comparison, or product verification. It also fits work environments where refinery or petrochemical teams review catalyst composition as part of operational or specification-driven programs. Because the method is built around ICP-AES, it is aligned with instrument-based laboratory workflows rather than field testing.

Why UOP 873-86 matters in day-to-day work

In day-to-day work, UOP 873-86 helps teams keep catalyst analysis consistent and documented in a way that supports reliable technical decisions. For refinery QA/QC personnel, process specialists, and laboratory reviewers, it can provide a dependable basis for comparing samples, checking catalyst composition, and maintaining analytical clarity across reports. Using a recognized UOP method also helps reduce ambiguity when different groups need to interpret the same catalyst data. That makes it valuable for routine laboratory control and for formal review of catalyst-related results.

• Noble metals and modifier elements in catalysts
• ICP-AES instrumental analysis
• Catalyst composition review
• Refinery laboratory QA/QC
• Analytical chemistry and technical reporting
• Supports catalyst qualification and comparison