UOP 938-10 is a laboratory test method for Total Mercury and Mercury Species in Liquid Hydrocarbons, designed to help professionals evaluate mercury content in hydrocarbon liquids with a defined technical approach. For refinery and petrochemical teams, this kind of method is important because mercury can affect product quality, handling decisions, and downstream equipment considerations. UOP 938-10 gives buyers a clear reference for analytical work where mercury screening, species awareness, and documentation quality matter. It is a practical choice for laboratories that need a standardized UOP method for liquid hydrocarbon analysis.

Purpose of UOP 938-10

The purpose of UOP 938-10 is to support measurement-focused analysis of total mercury and mercury species in liquid hydrocarbons. As a UOP test method, it provides a structured laboratory basis for assessing mercury-related composition in petroleum and chemical samples. This is especially relevant when technical teams need consistent data for sample review, product comparison, or quality verification. The method title indicates a focus on both overall mercury content and the form of mercury present, which can be valuable for analytical chemists, laboratory analysts, and reviewers working with hydrocarbon streams.

Laboratory use of UOP 938-10

UOP 938-10 is commonly relevant in refinery laboratories, fuel testing environments, and petrochemical quality control workflows where liquid hydrocarbon samples are evaluated for mercury content. It may be used by laboratory analysts, QA/QC personnel, and technical reviewers who need a reliable method reference for mercury-related testing. In practice, the method supports routine sample evaluation, method selection, and documentation in organizations that manage hydrocarbon product quality or monitor feed and process streams. For teams handling analytical review, it offers a standardized basis for mercury-focused laboratory work.

Practical importance of UOP 938-10

The practical value of UOP 938-10 lies in helping organizations obtain clear, comparable mercury data from liquid hydrocarbon samples. That matters when teams are checking product consistency, reviewing incoming or in-process materials, or supporting quality decisions with documented analytical results. Mercury evaluation can be important for process awareness and laboratory traceability, so having a recognized UOP method helps reduce ambiguity in technical communication. For buyers comparing standards, this method is useful where mercury and mercury species testing needs to fit into a controlled laboratory or refinery QA/QC workflow.

• Total mercury and mercury species
• Liquid hydrocarbon sample analysis
• Refinery laboratory use
• QA/QC documentation support
• Analytical review for product quality
• UOP method reference for mercury testing