UOP 863-01 is a laboratory test method for measuring trace desorbent in C10-C18 Molex products by GC. It is designed to help analysts and technical teams assess whether low-level desorbent remains present in these product streams, supporting product verification and quality review. For buyers comparing analytical standards, the method title clearly signals a focused chromatography-based approach for trace-level evaluation. That makes UOP 863-01 relevant to organizations that need dependable documentation for sample screening, refinery laboratory work, and controlled product assessment.

UOP 863-01 method scope

This UOP test method is centered on analytical measurement of trace desorbent in C10-C18 Molex products using gas chromatography. Its scope is narrow and practical: it addresses a specific component in a defined product category, which helps laboratories apply the method where targeted impurity or residual-component review is needed. As a UOP method, UOP 863-01 fits routine petroleum and petrochemical analytical workflows that rely on clear, reproducible laboratory determination and consistent method selection for product-related testing.

Where is UOP 863-01 used?

UOP 863-01 is commonly used in laboratory and refinery settings where C10-C18 Molex product quality needs to be checked against trace desorbent presence. It may support work by laboratory analysts, analytical chemists, refinery QA/QC teams, and technical reviewers responsible for sample evaluation and method documentation. The method is also relevant in petrochemical or process-support laboratories that review product purity, batch consistency, or analytical compliance. In practice, it helps teams align testing with a defined UOP standard rather than relying on general-purpose screening methods.

Why professionals use UOP 863-01

Professionals use UOP 863-01 because it gives a defined approach for identifying and measuring a trace component that can matter in product assessment and quality control. For laboratory and QA/QC teams, that supports clearer comparisons between samples, better documentation, and more consistent technical decisions. The method also helps reduce ambiguity when reviewing product condition or release data, especially in environments where trace residues or carryover are operationally important. For organizations working with C10-C18 Molex products, it provides a focused analytical reference.

• Trace desorbent measurement
• C10-C18 Molex product analysis
• Gas chromatography-based method
• Laboratory QA/QC support
• Refinery and petrochemical review
• Technical documentation reference