UOP 389-15 is a trace metals analysis method for organics by ICP-OES, designed to help laboratories evaluate metal content in organic samples with reliable instrumental measurement. For buyers reviewing UOP 389-15, the method is relevant wherever trace metals can affect product quality, contamination control, or downstream processing behavior. It is particularly useful for analytical chemists, refinery laboratory teams, QA/QC personnel, and technical reviewers who need a clear UOP method for metals characterization in organic matrices. The title indicates a focused laboratory approach centered on trace metals testing and analytical precision.

Purpose of UOP 389-15

The purpose of UOP 389-15 is to provide a standardized approach for measuring trace metals in organic materials using ICP-OES. As a UOP Trace Metals Method, it supports consistent analytical chemistry work where small metal levels must be identified or compared across samples. This makes it useful for method selection, sample characterization, and technical documentation in petroleum, fuel, and chemical laboratory settings. By focusing on trace metals in organics, the method helps laboratories apply a common framework for instrumental evaluation and quality-related review.

Laboratory use of UOP 389-15

UOP 389-15 is commonly used in laboratory environments that handle organic process streams, refined products, or related technical samples where trace metals are part of the review. It may be used by analytical chemists, refinery QA/QC teams, and fuel testing personnel who need dependable metals data for reporting or comparison. In practice, the method fits workflows that support sample evaluation, contamination checks, and routine laboratory comparison. For organizations working with organic materials, it provides a recognizable UOP standard for instrumental trace metals analysis.

Practical value of UOP 389-15

The practical value of UOP 389-15 lies in giving teams a consistent way to assess trace metals in organics and compare results with greater confidence. That can support day-to-day decisions in laboratory quality control, product review, and technical reporting, especially where metals content may influence processing or specification checks. A standardized method also helps reduce ambiguity when different labs or teams review the same material. For buyers, this makes UOP 389-15 a relevant document for analytical clarity, reproducible evaluation, and structured trace metals documentation.

• Trace metals analysis in organic samples
• ICP-OES instrumental measurement
• Laboratory quality control support
• Refinery and fuel sample review
• Analytical chemistry and QA/QC use
• Technical reporting and result comparison