UOP 962-98 is a petroleum laboratory method for measuring copper in gasoline and naphtha by Flame-AAS or ICP-AES. It is designed for buyers who need a reliable analytical document for trace metal evaluation in light hydrocarbon streams, where even small copper levels may matter for product quality, downstream performance, or technical review. For refinery and laboratory teams, the method supports disciplined sample assessment and clear comparison of results across batches or sources. UOP 962-98 is a practical reference for organizations that require a recognized copper test method for routine analytical work.

Overview of UOP 962-98

This UOP test method focuses on the analytical determination of copper in gasoline and naphtha using instrumental laboratory techniques. Its title indicates a metals analysis approach based on Flame-AAS or ICP-AES, making it relevant to teams that handle petroleum sample evaluation and trace element monitoring. UOP 962-98 is typically suited to quality-oriented testing environments where copper measurement is needed for product characterization, investigation of contamination concerns, or comparison of finished and intermediate streams. It provides a structured method reference for technical work tied to fuel and naphtha analysis.

Laboratory use of UOP 962-98

In practice, UOP 962-98 may be used by laboratory analysts, analytical chemists, refinery QA/QC personnel, and technical reviewers who support fuel and naphtha testing. The method fits workflows where copper determination is part of routine sample review, incoming material checks, or product release support. It is also relevant in refinery or petrochemical settings that need consistent laboratory documentation for trace metal assessment. Because the method is instrument-based, it can support organized analytical work where comparison, confirmation, and reporting of copper results are important.

Why UOP 962-98 matters in day-to-day work

UOP 962-98 matters because copper can be an important quality indicator in gasoline and naphtha handling, and reliable measurement helps teams make better technical decisions. For day-to-day operations, the method supports consistency in testing, clearer analytical records, and more dependable product comparison across samples or time periods. It can help laboratories maintain a defined procedure for trace metal analysis while giving refinery and quality teams a clearer basis for review. UOP 962-98 is therefore useful where method control and result credibility are part of normal laboratory practice.

• Copper analysis in gasoline and naphtha
• Flame-AAS or ICP-AES instrumental use
• Trace metal monitoring for product quality
• Refinery QA/QC and laboratory review
• Support for sample comparison and documentation