UOP 975-02 is a laboratory test method for measuring fluorine in liquid hydrocarbons and LPG by oxidative combustion with ion-selective electrode detection. It is intended for professionals who need a practical way to evaluate fluorine content in hydrocarbon-based samples and support product quality decisions. For refinery and petrochemical laboratories, the method is relevant when fluorine control matters for feedstock review, process monitoring, or final product verification. As a UOP method, it provides a defined technical basis for consistent analytical work and clearer comparison of sample results across laboratory workflows.

UOP 975-02 method scope

This UOP 975-02 method focuses on the analytical determination of fluorine in liquid hydrocarbons and LPG using oxidative combustion followed by ion-selective electrode detection. The title indicates a laboratory measurement approach designed for petroleum and chemical sample analysis rather than a broad production process test. It is suited to controlled lab environments where fluorine presence needs to be checked in hydrocarbon streams or liquefied petroleum gas samples. For technical teams, the method helps frame a consistent analytical scope around fluorine evaluation and supports structured method selection for quality and documentation needs.

Where is UOP 975-02 used?

UOP 975-02 is commonly used in refinery laboratories, fuel testing facilities, and petrochemical quality control environments where fluorine screening or confirmation is part of sample review. Laboratory analysts, analytical chemists, and QA/QC teams may use it when evaluating liquid hydrocarbon samples or LPG for compliance-related checks, incoming material assessment, or internal product verification. It can also support technical reviewers and petroleum specialists who need a recognized UOP test method for comparing results, documenting findings, or aligning laboratory practice with established analytical procedures.

Why professionals use UOP 975-02

Professionals use UOP 975-02 because it provides a focused, recognized method for fluorine analysis in hydrocarbon and LPG samples. That matters when teams need dependable laboratory data for quality control, product comparison, or technical review. A clear analytical method helps reduce ambiguity in sample evaluation and supports better communication between laboratory staff, operations personnel, and quality specialists. For organizations managing petroleum or chemical product documentation, the method also adds structure to routine testing and helps standardize how fluorine-related results are generated and reviewed.

• Fluorine measurement in liquid hydrocarbons
• LPG sample analysis
• Oxidative combustion with ion-selective electrode detection
• Refinery and petrochemical laboratory use
• QA/QC and technical review support
• Consistent analytical documentation