UOP 407-09 is a trace metals method for evaluating metals in organic materials by dry ashing and ICP-OES. It is intended to help laboratories measure low-level metal content in samples where trace contamination or compositional differences may matter to product performance, process behavior, or technical review. For buyers comparing analytical standards, the method title signals a focused laboratory approach that supports consistent metals assessment in petroleum, fuel, and chemical sample work. UOP 407-09 is a practical reference for teams that need reliable trace metals data for quality control, sample comparison, or reporting.

UOP 407-09 analytical scope

This UOP 407-09 method is centered on trace metals analysis in organic matrices, using dry ashing followed by ICP-OES. The scope suggests a laboratory technique designed to convert organic material into a form suitable for elemental measurement, then evaluate metal content with instrumental precision. As a UOP trace metals method, it is relevant when the goal is to characterize sample composition, check for contamination, or support analytical comparison across materials. It is especially useful where reproducible metals data is needed for technical review and laboratory documentation.

Where is UOP 407-09 used?

UOP 407-09 is commonly used in refinery laboratories, petroleum and petrochemical testing labs, and other analytical settings that review trace metals in organic samples. It may be needed by analytical chemists, QA/QC teams, laboratory managers, and technical reviewers who support product qualification or process monitoring. The method is also relevant where metals data must be compared across batches, incoming materials, or process samples. In practice, it helps teams working with fuel testing, sample evaluation, and refinery quality control maintain a consistent analytical basis.

Why labs rely on UOP 407-09

Labs rely on UOP 407-09 because trace metals results can influence how a material is judged for quality, handling, and process suitability. A defined analytical method helps reduce ambiguity in sample review and supports more consistent comparison between test runs, products, or suppliers. For technical teams, it also strengthens documentation and makes metals data easier to interpret in routine reporting. UOP 407-09 fits workflows where accuracy, repeatability, and clear analytical context matter to decision-making in petroleum and chemical laboratory work.

• Trace metals in organic samples
• Dry ashing plus ICP-OES analysis
• Refinery and laboratory quality control
• Sample contamination review
• Analytical comparison and reporting support
• Useful for QA/QC and technical teams