UOP 1001-14 is a laboratory method for measuring chloride and fluoride in liquefied petroleum gases (LPG) by combustion ion chromatography (CIC). It is designed for buyers and technical teams that need a defined approach to ionic analysis in LPG samples, where even low-level chloride or fluoride can affect product quality, handling, or downstream processing decisions. As a UOP method, it supports consistent laboratory review and helps organizations evaluate whether an LPG stream meets internal quality expectations or technical documentation needs.

Overview of UOP 1001-14

This UOP 1001-14 method focuses on the analytical determination of chloride and fluoride in LPG using an instrumental combustion ion chromatography workflow. The method title indicates a targeted ion analysis approach rather than a broad composition screen, making it relevant when laboratories need specific information on halide contaminants or related ionic species in liquefied petroleum gas. It is a practical fit for petroleum testing programs that depend on controlled, repeatable measurements for sample qualification, comparison, and technical recordkeeping.

Laboratory use of UOP 1001-14

UOP 1001-14 is commonly relevant in refinery and LPG laboratory environments where analysts, QA/QC personnel, and technical reviewers assess sample quality against internal specifications or project requirements. It may support routine fuel testing workflows, incoming sample evaluation, and investigative work when chloride or fluoride data are needed for process review or product documentation. For teams managing analytical consistency, this method provides a focused tool for generating results that can be compared across batches, suppliers, or operating periods.

Why UOP 1001-14 matters in practice

In day-to-day use, UOP 1001-14 helps make ionic testing on LPG more structured and comparable. That matters when laboratories need clear data for quality verification, trend review, or technical sign-off. A defined method also helps reduce ambiguity in reporting and supports more confident decisions by refinery chemists, laboratory managers, and product quality teams. For organizations working with LPG specifications, having a recognized analytical method can improve consistency across testing programs and documentation workflows.

• Chloride and fluoride measurement in LPG
• Combustion ion chromatography-based analysis
• Refinery and LPG laboratory workflow support
• QA/QC and sample qualification use
• Technical review for product quality data
• UOP ion analysis method for controlled reporting