UOP 979-02 is a laboratory method for determining total chloride in alumina supported catalysts by wavelength dispersive X-ray fluorescence. For buyers responsible for catalyst quality review, refinery lab work, or technical documentation, this method provides a structured way to evaluate chloride content in a support material where chemical cleanliness can affect product handling and performance. As a UOP Ion Analysis Method, it is especially relevant for organizations that need consistent analytical control, comparison between samples, and dependable results for internal quality decisions.

What does UOP 979-02 measure?

This method measures total chloride in alumina supported catalysts using wavelength dispersive X-ray fluorescence, making it an instrumental analytical approach for chloride determination. It is intended to support laboratory evaluation of catalyst materials where chloride content must be checked as part of composition review or quality assessment. UOP 979-02 is commonly used when a clear, standardized method is needed to assess ionic or halide-related content in a catalyst sample without relying on informal testing practices.

Where is UOP 979-02 used?

UOP 979-02 is typically used in refinery laboratories, catalyst testing groups, and analytical chemistry teams that support catalyst qualification or incoming material review. It may also be relevant for QA/QC personnel, laboratory analysts, and technical reviewers who manage sample data for alumina supported catalysts. In practice, the method supports routine lab workflows where chloride measurement is needed to document material condition, compare lots, or confirm conformance to internal specifications and process expectations.

Why is UOP 979-02 important?

For day-to-day technical work, UOP 979-02 helps provide a consistent basis for chloride measurement in catalyst materials, which supports cleaner data review and better quality control. It can be useful when teams need to compare samples, track variation, or maintain documentation for product qualification and laboratory records. By using a defined UOP method, organizations can improve analytical consistency across personnel and sites, making results easier to interpret in refinery and laboratory decision-making.

• Total chloride determination in alumina supported catalysts
• Wavelength dispersive X-ray fluorescence technique
• Supports catalyst quality review and sample comparison
• Useful for refinery labs and analytical chemistry teams
• Helps maintain consistent chloride data for documentation