UOP 1009-15 is the UOP method for Total Mercury in Solids, giving laboratories a focused way to evaluate mercury content in solid materials where trace contamination can affect handling, processing, or quality decisions. For buyers reviewing petroleum and chemical laboratory standards, this method is relevant when mercury control or screening is part of routine sample assessment. It supports analytical work that helps teams understand whether a solid sample meets internal specifications, fits process requirements, or needs additional review before use or transfer.

Overview of UOP 1009-15

This UOP test method is centered on the determination of total mercury in solid samples. In practical laboratory terms, it provides a defined analytical approach for measuring mercury as part of a controlled test workflow. That makes UOP 1009-15 useful for organizations that need a clear method reference for mercury-related evaluation in solids, especially where documentation and consistency matter. As a UOP method, it is suitable for technical users who rely on standardized laboratory procedures for comparison, review, and reporting support.

Laboratory use of UOP 1009-15

UOP 1009-15 is typically used in laboratory environments where solid material testing is part of routine quality review or technical assessment. It may be relevant to laboratory analysts, refinery QA/QC teams, and analytical chemists who need a method for mercury-focused sample evaluation. In practice, it can support incoming material checks, product verification, and internal review of solids associated with petroleum, refining, or chemical operations. For teams responsible for data quality and method selection, it offers a standardized basis for mercury measurement in solids.

Why UOP 1009-15 matters in day-to-day work

Day to day, UOP 1009-15 helps teams apply a consistent approach when mercury in solids must be assessed and documented. That consistency matters for comparing results across batches, supporting laboratory quality control, and keeping technical records aligned with company or customer requirements. It can also reduce ambiguity during internal reviews, since a recognized UOP method gives analysts and reviewers a common reference point. For organizations managing product quality or process risk, this kind of clarity supports better decisions and more reliable sample evaluation.

• Total mercury measurement in solids
• Laboratory analytical method reference
• Supports QA/QC review workflows
• Useful for petroleum and chemical sample evaluation
• Relevant to analysts and technical reviewers
• Helps standardize mercury-related documentation