UOP 412-87 is the standard for Loss on Ignition of Catalysts at 500°C, giving laboratories a defined way to evaluate catalyst material by controlled ignition at a specified temperature. For buyers comparing analytical methods, it supports consistent assessment of catalyst condition and material characterization in petroleum and chemical work. The method is relevant where catalyst performance, cleanliness, or composition needs to be checked in a repeatable way. UOP 412-87 is a practical reference for teams that need a dependable laboratory method for catalyst evaluation and quality documentation.

Overview of UOP 412-87

UOP 412-87 focuses on loss on ignition measurement for catalysts at 500°C, which makes it a laboratory method centered on thermal evaluation rather than general product testing. It is commonly selected when a technical team needs a standardized way to assess how catalyst samples behave under ignition conditions. In refinery and chemical laboratory settings, this type of method helps support material review, sample comparison, and quality control records. As a UOP Test Method, it fits workflows that depend on controlled, repeatable analytical documentation.

Laboratory use of UOP 412-87

This method is typically used in catalyst laboratories, refinery QA/QC groups, and analytical teams responsible for sample evaluation and technical review. It may support incoming catalyst checks, in-process monitoring, or post-use assessment where ignition loss is a relevant property. Laboratory analysts and petroleum or chemical specialists can use UOP 412-87 to apply a consistent test approach across related samples. For organizations handling catalyst materials, it provides a clear technical reference for day-to-day laboratory work and method selection.

Why UOP 412-87 matters in day-to-day work

UOP 412-87 matters because it helps keep catalyst evaluation consistent, which is important when teams compare samples, review quality trends, or document results for internal use. A defined ignition method can reduce ambiguity in laboratory reporting and support better technical decisions. For refinery and laboratory personnel, this kind of standard is useful when results need to be traceable, repeatable, and easy to review across different batches or time periods. It also helps align analytical work with a recognized UOP method reference.

• Loss on ignition at 500°C
• Catalyst sample evaluation
• Refinery and laboratory QA/QC
• Analytical documentation support
• Technical review and material comparison
• UOP Test Method reference