UOP 967-12

UOP 967-12 is the technical method for evaluating the automated crush strength of spherical and extruded catalysts. It is relevant when a laboratory or plant team needs a consistent way to assess mechanical strength in catalyst forms that can be sensitive to handling, loading, and service conditions. For buyers comparing UOP methods, this standard helps support catalyst qualification, incoming material review, and routine quality checks where repeatable strength data can influence usability and performance in refinery and petrochemical operations.

Purpose of UOP 967-12

The purpose of UOP 967-12 is to provide a standardized laboratory approach for measuring the crush strength of spherical and extruded catalysts using an automated method. As a UOP test method, it is intended to support consistent evaluation of catalyst mechanical integrity rather than process performance. This makes it useful for analytical teams that need a documented basis for comparing catalyst samples, reviewing supplier data, or checking whether a material meets internal handling and quality expectations. The method fits neatly into catalyst testing and technical documentation workflows.

Laboratory use of UOP 967-12

UOP 967-12 is commonly used in catalyst testing laboratories, refinery QA/QC groups, and technical review teams that work with catalyst materials. It may be applied during sample qualification, batch comparison, or periodic verification of catalyst strength for spherical and extruded forms. Laboratory analysts and chemical or process engineers often rely on this kind of method when reviewing catalyst suitability for storage, transport, loading, or service preparation. In practice, it supports organized evaluation of catalyst physical integrity within petroleum and chemical operations.

Practical importance of UOP 967-12

This method matters because crush strength can affect how a catalyst behaves during handling and use. A standardized automated test helps reduce ambiguity in lab results and gives quality and technical teams a clearer basis for comparison across samples or suppliers. UOP 967-12 can support decisions tied to acceptance review, documentation quality, and internal consistency checks, especially where catalyst breakage or attrition is a concern. For organizations managing catalyst performance and materials quality, the method adds practical value to routine laboratory control.

• Automated catalyst crush strength evaluation
• Spherical and extruded catalyst forms
• Laboratory and QA/QC review support
• Catalyst qualification and comparison
• Refinery and petrochemical technical use
• Mechanical integrity documentation