UOP 603-13

UOP 603-13 is a laboratory test method for measuring trace CO and CO2 in hydrogen and light gaseous hydrocarbons by GC. It is relevant where very low levels of carbon monoxide and carbon dioxide must be checked in gas streams that support refinery, petrochemical, or process operations. For buyers evaluating analytical standards, this method helps define a clear test approach for impurity assessment, product qualification, and technical review. UOP 603-13 is often a practical reference for teams that need consistent gas analysis and dependable documentation in routine laboratory work.

Purpose of UOP 603-13

The purpose of UOP 603-13 is to provide a structured analytical method for determining trace carbon monoxide and carbon dioxide in hydrogen and light gaseous hydrocarbons using gas chromatography. In practical terms, it supports measurement of impurity levels in gas samples where even small amounts of CO and CO2 can affect product quality, downstream processing, or specification compliance. As a UOP Test Method, it is suited to laboratory environments that require a recognized and controlled approach for trace gas evaluation rather than a broad general-purpose gas test.

Laboratory use of UOP 603-13

UOP 603-13 is commonly relevant in refinery and petrochemical laboratories, especially where hydrogen streams or light hydrocarbon gases are reviewed for trace contamination. Laboratory analysts, QA/QC personnel, and technical reviewers may use the method during sample evaluation, routine monitoring, or specification checks. It can also support process engineers and petroleum specialists who need analytical data for gas cleanliness, stream comparison, or operational decisions. In these settings, the method helps align internal testing with a defined UOP framework for GC-based trace analysis.

Practical importance of UOP 603-13

For day-to-day technical work, UOP 603-13 matters because trace CO and CO2 can influence gas quality, handling decisions, and downstream use of hydrogen or light gaseous hydrocarbons. A consistent method helps laboratories generate comparable results, improve documentation quality, and support quality control reviews with greater confidence. UOP 603-13 is especially useful when teams need reliable analytical data for product comparison, investigation of off-spec results, or verification of gas purity. It gives buyers a clear method reference for controlled laboratory decision-making.

• Trace CO and CO2 analysis
• Hydrogen and light gaseous hydrocarbons
• GC-based laboratory method
• Refinery and petrochemical QA/QC
• Analyst and technical reviewer use
• Product quality and specification support