UOP 833-82

UOP 833-82 is the reference method for measuring molybdenum in Platforming catalysts and fines by atomic absorption spectrophotometry. For buyers reviewing laboratory standards, it is a focused UOP 833-82 test method tied to catalyst materials where molybdenum content can be an important quality and process indicator. The method is relevant to refinery and analytical teams that need dependable documentation for sample evaluation, catalyst control, and technical review. It supports consistent laboratory analysis when accurate metals determination is needed for plant or QC decision-making.

Purpose of UOP 833-82

The purpose of UOP 833-82 is to provide an analytical measurement method for molybdenum in Platforming catalysts and catalyst fines. As a UOP test method, it is used in petroleum and chemical laboratory work where metals content must be checked with a defined instrumental approach. The title indicates a specific focus on atomic absorption spectrophotometry, making this method relevant for analysts who need a standardized way to evaluate catalyst-related samples. It helps support clear, repeatable metals testing in a controlled laboratory setting.

Laboratory use of UOP 833-82

UOP 833-82 is typically used in refinery laboratories, catalyst evaluation programs, and technical support environments that handle Platforming catalyst samples or fines. Laboratory analysts and quality control personnel may rely on this method when reviewing molybdenum levels as part of routine sample assessment or incoming and used-catalyst documentation. It can also be useful for technical reviewers and process teams comparing catalyst condition, lot consistency, or material performance trends. In practice, it fits workflows that require a recognized analytical method for metals testing.

Practical importance of UOP 833-82

The practical value of UOP 833-82 is its role in supporting consistent molybdenum measurement for catalyst materials. Reliable results help teams compare samples, review product quality, and document analytical findings with greater confidence. For refinery and laboratory users, this kind of standardized method can improve quality control decisions and reduce ambiguity in technical reporting. UOP 833-82 is especially relevant when catalyst performance, material accountability, or trace metals review depends on a clear laboratory method rather than informal comparison.

• Molybdenum measurement for catalyst samples
• Platforming catalysts and fines focus
• Atomic absorption spectrophotometry method
• Refinery laboratory and QC use
• Analytical support for technical review