UOP 389-10 is a trace metals testing method for organics that uses ICP-OES to evaluate metal content in liquid or organic samples. For laboratories and technical teams, it supports controlled measurement of trace metallic constituents that can affect product quality, process performance, and analytical review. The method title points to an instrumental approach suited to routine evaluation where metals contamination, compositional checks, or sample characterization need to be documented with consistency. UOP 389-10 is therefore relevant for buyers looking for a practical laboratory method tied to trace metals analysis in petroleum and related organic materials.

Overview of UOP 389-10

UOP 389-10 focuses on the analytical determination of trace metals in organics by ICP-OES, making it a useful reference for instrumental metals analysis. In practice, this type of UOP method is selected when a lab needs a structured way to assess low-level metallic content in organic matrices and compare results across samples or test programs. It is especially relevant to analytical chemists and quality-focused laboratory personnel who need a clear, repeatable framework for trace metals measurement and technical documentation.

Laboratory use of UOP 389-10

UOP 389-10 is commonly relevant in refinery laboratories, petrochemical testing environments, and analytical facilities that handle organic sample evaluation. It may support work performed by laboratory analysts, QA/QC teams, and technical reviewers who track trace metals as part of product assessment or process monitoring. Because the method is based on ICP-OES, it fits workflows where instrumental analysis and lab-to-lab comparison matter, particularly when reviewing contaminants or composition trends in petroleum-related organic materials.

Why UOP 389-10 matters in practice

For day-to-day professional use, UOP 389-10 helps bring consistency to trace metals analysis and gives technical teams a defined basis for comparison and reporting. That matters when metal levels may influence product behavior, equipment considerations, or broader quality decisions. Buyers often look for this type of method when they need dependable analytical support for lab control, sample review, or documentation in refinery and chemical testing programs. UOP 389-10 also helps align laboratory output with internal quality expectations and technical review processes.

• Trace metals analysis by ICP-OES
• Organic and petroleum sample evaluation
• Laboratory quality control support
• Refinery and petrochemical test workflows
• Analytical chemist and QA/QC use
• Technical reporting and sample comparison