UOP 916-93

UOP 916-93 is a UOP test method for measuring palladium, gold, and potassium in silica catalyst by ICP-AES. It is intended for laboratory teams that need a reliable way to assess metal content in catalyst materials where trace composition can affect performance, quality review, or technical acceptance. For buyers comparing analytical standards, this method is relevant when elemental testing must be tied to a defined UOP procedure and a recognized instrumental technique. It supports practical refinery and chemical laboratory work focused on catalyst characterization and documentation.

UOP 916-93 method scope

This UOP 916-93 method addresses the instrumental determination of palladium, gold, and potassium in silica catalyst using ICP-AES. Its scope is centered on elemental analysis rather than broader catalyst evaluation, making it useful for identifying and quantifying specific metal components in a controlled laboratory setting. The method is well suited to analytical workflows where consistency, trace-level review, and method alignment matter. As a UOP method, it provides a defined technical basis for comparing catalyst samples and supporting structured laboratory reporting.

Where is UOP 916-93 used?

UOP 916-93 is commonly used in analytical laboratories that support catalyst manufacturing, refinery quality control, and petrochemical technical review. It may be selected by laboratory analysts, analytical chemists, and QA/QC personnel who need elemental data on silica catalyst samples for routine checks, sample comparison, or product qualification. It can also be relevant to process or technical teams evaluating catalyst composition as part of material control, incoming inspection, or internal documentation. The method fits environments that rely on instrumental analysis for consistent results.

Why professionals use UOP 916-93

Professionals use UOP 916-93 when they need a clear, standardized approach for checking palladium, gold, and potassium in silica catalyst. In day-to-day laboratory work, that helps support consistent sample evaluation, internal quality control, and technical comparison across batches or suppliers. It also improves documentation quality by linking results to a specific UOP test method, which is useful for review, traceability, and communication between laboratory and engineering teams. For organizations handling catalyst materials, the method helps keep analytical decisions grounded in a defined procedure.

• ICP-AES elemental analysis
• Palladium, gold, and potassium
• Silica catalyst testing
• Laboratory QC and review
• Analytical chemistry workflow
• Technical documentation support