UOP 779-08 is the technical reference for Chloride in Petroleum Distillates by Microcoulometry, providing a focused analytical approach for evaluating chloride levels in distillate samples. For refinery laboratories and fuel testing teams, this method supports quality review where chloride control can affect product handling, downstream processing, and documentation of sample composition. It is especially relevant when analysts need a consistent laboratory method for comparing petroleum distillates and confirming whether a sample meets internal or regulatory quality expectations. Buyers often use UOP 779-08 to support routine analytical work and method-standardized reporting.

UOP 779-08 analytical scope

UOP 779-08 is an ion analysis method centered on the measurement of chloride in petroleum distillates using microcoulometric analysis. Its scope is best understood as a laboratory determination method for an ionic contaminant or related chemical species in a refined petroleum sample. That makes it useful where chloride screening or confirmation is part of sample evaluation, product qualification, or routine QA/QC review. The method is positioned for controlled analytical work rather than broad compositional testing, helping labs apply a defined procedure for chloride assessment in distillate materials.

Where is UOP 779-08 used?

This method is commonly used in refinery and petroleum laboratory environments where distillate products are checked for chloride content as part of quality control. It may also be relevant to analytical chemists, laboratory analysts, and technical reviewers who manage sample data for fuel or petrochemical streams. In practice, UOP 779-08 can support incoming sample inspection, product release decisions, and investigation of off-spec analytical results. Teams responsible for process monitoring or product quality documentation may use it when chloride information is needed for consistent technical review.

Why labs rely on UOP 779-08

Labs rely on UOP 779-08 because chloride measurement in petroleum distillates can be important for dependable product assessment and clear analytical records. A standardized method helps reduce ambiguity when different analysts, shifts, or sites compare results from similar samples. It also supports day-to-day QA/QC work by giving refinery and laboratory teams a consistent basis for checking composition data and documenting findings. For organizations that track chloride as part of quality verification or troubleshooting, the method adds practical value through repeatable laboratory decision support.

• Chloride analysis in petroleum distillates
• Microcoulometric laboratory determination
• Refinery QA/QC support
• Fuel and distillate sample review
• Analytical consistency for lab reporting
• Useful for technical and quality teams