UOP 547-13, Laboratory Hydrogen Sulfide and Mercaptan Extraction, is a UOP test method used to evaluate the extraction of sulfur-containing components from laboratory samples. For buyers reviewing petroleum testing methods, it provides a focused way to support sample characterization where hydrogen sulfide and mercaptans are a concern. This makes the method relevant to refinery QA/QC, fuel testing, and analytical laboratories that need a consistent technical document for handling sulfur-related evaluation work. UOP 547-13 is especially useful when method selection depends on clear laboratory comparison and dependable documentation.

What is UOP 547-13?

UOP 547-13 is a laboratory method centered on the extraction of hydrogen sulfide and mercaptans from a sample for analytical evaluation. As a UOP test method, it fits into petroleum and chemical laboratory workflows where sulfur species must be considered during sample review or product assessment. The official title indicates a practical extraction-based approach rather than a broad product specification, making it suitable for users who need a defined method for targeted laboratory handling of these compounds. It is typically consulted by technical teams that require method consistency and clear analytical context.

Where is UOP 547-13 used?

UOP 547-13 is commonly used in refinery and laboratory environments where hydrogen sulfide and mercaptan-related sample assessment is part of routine technical work. It may be relevant to laboratory analysts, refinery QA/QC teams, and technical reviewers who evaluate petroleum or process samples with sulfur concerns. The method can also support petroleum specialists and fuel testing personnel when comparing sample behavior or documenting laboratory findings. In practice, it helps align internal testing workflows with a recognized UOP method for sulfur-related extraction work.

Why is UOP 547-13 important?

UOP 547-13 matters because hydrogen sulfide and mercaptans are significant sulfur compounds in petroleum and related samples, and their laboratory extraction supports clearer evaluation. For day-to-day technical work, the method helps teams maintain consistency in sample handling, improve comparison between results, and strengthen analytical documentation. That can be valuable for quality control, product review, and method selection when sulfur-related behavior affects interpretation. UOP 547-13 gives professional users a defined laboratory reference for a focused extraction task, which supports more reliable technical decision-making.

• Laboratory hydrogen sulfide and mercaptan extraction
• Petroleum and chemical sample evaluation
• Refinery QA/QC support
• Fuel testing and technical review
• Sulfur-related analytical workflow
• UOP test method documentation