UOP 829-20 is a laboratory determination method for the titrimetric measurement of carbon dioxide in ethanolamines. It is designed to help analysts assess CO2 levels in these chemical samples with a standardized approach, supporting consistent quality review and comparison across batches or plant locations. For teams working with ethanolamine-based process streams, the method provides a practical reference for routine laboratory analysis, technical documentation, and product verification. UOP 829-20 is especially relevant when repeatable results are needed to support refinery, chemical, or process-quality decisions.

What does UOP 829-20 measure?

The official title, Titrimatric Determination of CO2 in Ethanolamines, indicates a measurement method focused on carbon dioxide present in ethanolamine samples. As a UOP determination method, it is intended to provide a defined analytical basis for quantifying this component in a laboratory setting. That makes UOP 829-20 useful when a facility needs a standardized way to evaluate CO2 content for sample characterization, product control, or internal specification checks. The emphasis is on reliable determination rather than broad compositional analysis.

Where is UOP 829-20 used?

UOP 829-20 is commonly used in laboratory and quality control environments handling ethanolamines, especially where analytical chemists, laboratory analysts, and QA/QC personnel need a consistent CO2 determination method. It may be applied in refinery support labs, petrochemical testing groups, and technical review functions that monitor process-related chemical samples. The method is also relevant for organizations comparing product lots, reviewing supplier data, or documenting analytical results for operational follow-up. Its titrimetric format makes it suitable for routine lab workflows centered on chemical quality assessment.

Why is UOP 829-20 important?

UOP 829-20 matters because carbon dioxide content in ethanolamines can affect how a sample is evaluated and how results are compared across time, locations, or suppliers. A defined titrimetric method helps teams maintain analytical consistency, improve documentation quality, and support informed decisions in routine testing. For laboratory and technical teams, this can reduce ambiguity in result interpretation and strengthen quality verification practices. UOP 829-20 is therefore a practical reference for organizations that rely on repeatable measurement in chemical and process sample analysis.

• CO2 determination in ethanolamines
• Titrimetric laboratory method
• Supports routine sample evaluation
• Useful for QA/QC and technical review
• Helps compare results consistently
• Relevant to refinery and chemical labs