UOP 300-61 is a technical test method for Water in Glycol, designed to support laboratory evaluation of glycol samples where moisture content matters. For buyers comparing analytical standards, this method is relevant when water in glycol can affect product quality, process stability, or sample acceptance in refinery and chemical operations. It gives laboratory teams a defined reference for assessing this property in a controlled way, making it useful for routine quality checks, method selection, and technical documentation. UOP 300-61 is a practical fit for organizations that need consistent, standards-based analysis of glycol condition.

Purpose of UOP 300-61

The purpose of UOP 300-61 is to provide an analytical method for evaluating water in glycol in a laboratory setting. As a UOP Test Method, it supports measurement-focused work where moisture content is an important quality attribute of glycol streams or products. This makes the method relevant to analysts and technical reviewers who need a recognized procedure for comparing samples, checking specification alignment, or supporting internal review. Its value lies in giving a clear, standardized basis for water assessment without relying on informal or inconsistent testing approaches.

Laboratory use of UOP 300-61

UOP 300-61 is commonly suited to refinery and petrochemical laboratory workflows where glycol samples are reviewed as part of product control or process monitoring. Laboratory analysts may use it during sample evaluation, while QA/QC teams and technical specialists may rely on the results for verification and recordkeeping. In practice, the method helps support routine analytical work, incoming or in-process checks, and documentation of glycol quality. It is especially useful in environments where moisture content can influence operational decisions or downstream handling.

Practical importance of UOP 300-61

For day-to-day technical use, UOP 300-61 matters because water content in glycol can affect how a material is judged, handled, or accepted. A consistent method helps improve comparison between samples, strengthens laboratory quality control, and supports more reliable reporting across teams. It also gives engineers, analysts, and product quality staff a common reference point when reviewing data for internal decisions. For organizations that depend on clear analytical documentation, this method helps reduce ambiguity in moisture-related evaluation of glycol.

• Water-in-glycol measurement focus
• Laboratory-based analytical method
• Useful for QA/QC review
• Supports sample comparison and documentation
• Relevant to refinery and petrochemical labs
• Assists technical evaluation of glycol quality