UOP 829-82 is a laboratory determination method for the titrimetric measurement of carbon dioxide in ethanolamines. For buyers comparing analytical standards, this method is relevant when a controlled, repeatable way to assess CO2 content is needed in amine-based samples used in petroleum, gas treating, or related chemical processing work. It supports clearer product evaluation, helps teams compare samples consistently, and provides a recognized reference for laboratory analysis where CO2 loading or contamination can affect performance, quality, or process interpretation.

Overview of UOP 829-82

UOP 829-82 focuses on the titrimetric determination of CO2 in ethanolamines, making it a practical analytical reference for laboratories that need a standardized measurement approach. As a UOP determination method, it is suited to routine analytical work where precision, consistency, and documentation matter. The method is generally of interest to laboratory analysts, analytical chemists, and technical reviewers who evaluate amine samples for quality control or process support. It helps establish a common basis for comparing results across testing programs and internal review workflows.

Laboratory use of UOP 829-82

In practice, UOP 829-82 may be used in refinery and petrochemical laboratories, gas-treating support labs, and other technical environments that handle ethanolamine samples. QA/QC personnel and laboratory analysts may rely on it to verify sample condition, support routine batch review, and document analytical findings in a consistent format. It is also relevant where product quality specialists or process engineers need dependable data for comparing sample performance, tracking CO2-related changes, or supporting internal technical decisions tied to amine handling and treatment operations.

Why UOP 829-82 matters in practice

UOP 829-82 matters because CO2 content in ethanolamines can influence how a sample is interpreted in both quality and process contexts. A standardized titrimetric method helps reduce ambiguity, supports repeatable laboratory results, and gives technical teams a clearer basis for comparison across samples or test periods. For organizations that depend on reliable analytical documentation, this method can strengthen review confidence, improve consistency in routine testing, and help align laboratory output with internal quality verification expectations. UOP 829-82 is therefore useful where measurement clarity directly affects operational judgment.

• Titrimetric CO2 determination
• Ethanolamine sample analysis
• Routine laboratory measurement
• Refinery QA/QC support
• Analytical documentation reference
• Product comparison and review