UOP 1013-16 is a laboratory method for measuring total chloride in liquid hydrocarbons by wavelength dispersive X-ray fluorescence. For buyers evaluating petroleum testing standards, it provides a focused way to assess chloride-related contamination or presence in liquid hydrocarbon samples, supporting product qualification and analytical review. In refinery and laboratory settings, this type of method can help teams compare samples consistently and document results with a recognized technical approach. UOP 1013-16 is therefore relevant for organizations that need a controlled chloride measurement method tied to liquid hydrocarbon analysis.

UOP 1013-16 analytical scope

This UOP ion analysis method is centered on the determination of total chloride in liquid hydrocarbons using wavelength dispersive X-ray fluorescence. Its analytical scope is aimed at measuring chloride content in a way that supports laboratory evaluation of hydrocarbon samples rather than general compositional testing. As a technical method, it is suited to buyers seeking a defined procedure for chloride-related analysis, especially where analytical consistency and method recognition matter in routine petroleum laboratory workflows. UOP 1013-16 helps frame the measurement approach within a quality-controlled testing environment.

Where is UOP 1013-16 used?

UOP 1013-16 is commonly used in refinery laboratories, petroleum testing facilities, and technical review environments where liquid hydrocarbon samples need chloride assessment. It is relevant to laboratory analysts, refinery QA/QC personnel, and analytical chemists who handle sample evaluation and reporting. In practice, the method supports workflow decisions around product qualification, incoming sample review, and analytical documentation. It may also be useful for process engineers and product quality specialists who rely on chloride data to support technical oversight of hydrocarbon streams.

Why labs rely on UOP 1013-16

Labs rely on UOP 1013-16 because it gives a clear, standardized way to evaluate total chloride in liquid hydrocarbons. That matters when teams need comparable results across samples, consistent reporting, and a recognized method for quality control or technical release decisions. For organizations managing refinery or petrochemical sample testing, the method can support better analytical clarity and reduce ambiguity in chloride-related review. UOP 1013-16 is useful where documentation quality, test consistency, and routine laboratory control are important to daily operations.

• Total chloride measurement
• Liquid hydrocarbon sample analysis
• WDXRF-based laboratory method
• Refinery QA/QC support
• Analytical review and documentation
• Petroleum quality evaluation