UOP 588-94 is a laboratory method for determining total, inorganic, and organic chloride in hydrocarbons by potentiometric titration. For buyers comparing analytical standards, it supports chloride monitoring where low-level contaminants can affect product quality, corrosion risk, and downstream processing. As a UOP ion analysis method, it is relevant to laboratories that need a controlled way to evaluate chloride content in hydrocarbon streams and document results consistently. UOP 588-94 is often considered by refinery chemists, fuel testing personnel, and QA/QC teams who need dependable analytical guidance for sample review and quality verification.

What does UOP 588-94 measure?

UOP 588-94 measures chloride in hydrocarbons, with the analysis organized to distinguish total, inorganic, and organic chloride content. The method title indicates a potentiometric titration approach, which places the focus on laboratory measurement rather than general screening. This makes it useful where chloride type and overall level both matter in sample evaluation. In practice, the method supports analytical chemistry work tied to petroleum and hydrocarbon samples, giving laboratories a standard reference for chloride determination and comparison across similar materials.

Where is UOP 588-94 used?

This method is commonly used in refinery laboratories, fuel testing facilities, and petrochemical analytical groups that evaluate hydrocarbon samples for chloride contamination. It is also relevant to QA/QC personnel and technical reviewers who need documented chloride data for product qualification or process monitoring. UOP 588-94 fits workflows where sample integrity, analytical consistency, and trace impurity control matter, especially when chlorine-bearing species may influence equipment performance or product acceptance. UOP 588-94 is a practical choice for teams managing routine lab analysis and technical review of hydrocarbon quality.

Why is UOP 588-94 important?

UOP 588-94 helps laboratories produce clearer chloride data for day-to-day quality control and decision support. By separating total, inorganic, and organic chloride, it can improve the usefulness of analytical results when comparing batches, reviewing process samples, or checking product conformity. That distinction is valuable for teams that need more than a single chloride number and want better documentation for refinery or laboratory records. For organizations handling hydrocarbon streams, the method supports consistent testing practices and more confident technical evaluation of chloride-related concerns.

• Total chloride determination
• Inorganic chloride review
• Organic chloride assessment
• Potentiometric titration method
• Refinery and laboratory QC use
• Hydrocarbon sample evaluation