UOP 389-14 is a trace metals analysis method for organics by ICP-OES, designed to help laboratories evaluate metallic contamination or elemental composition in organic samples with consistent technical oversight. For buyers comparing analytical standards, this method is relevant when trace metals data are needed for product review, refinery QA/QC, or process monitoring. Its focus on instrumental metals testing makes it a practical reference for teams that need dependable laboratory results and clear documentation when assessing organic materials in petroleum, fuel, or chemical workflows.

UOP 389-14 analytical scope

This UOP trace metals method centers on instrumental measurement of metals in organic matrices using ICP-OES. In practice, it supports analytical chemistry work where low-level metals data may be needed to characterize a sample, check for contamination, or compare material quality across batches. UOP 389-14 is especially relevant when laboratories need a standardized method for trace metals evaluation in organics, with an emphasis on repeatable measurement and technical consistency rather than broad qualitative screening.

Where is UOP 389-14 used?

UOP 389-14 is typically used in refinery and petrochemical laboratories, as well as other technical environments that handle organic feedstocks, process samples, or finished products. Analytical chemists, laboratory analysts, QA/QC teams, and technical reviewers may use it when trace metals information is needed for sample assessment, contamination review, or product comparison. It also fits workflows where process engineers and petroleum testing personnel rely on laboratory data to support material evaluation and internal reporting.

Why labs rely on UOP 389-14

Labs rely on UOP 389-14 because trace metals results can influence product quality decisions, process interpretation, and technical signoff. A standardized ICP-OES method helps improve comparison between runs, laboratories, and sample sets, which is valuable for day-to-day quality control and documentation. For organizations working with organic materials, the method supports clearer analytical reporting and helps teams make more confident decisions when reviewing contamination, composition trends, or specification-related concerns.

• Trace metals testing in organic samples
• ICP-OES-based analytical workflow
• Refinery and petrochemical lab use
• QA/QC and sample comparison support
• Useful for contamination review and technical reporting