UOP 936-16

UOP 936-16 is the method buyers look for when they need a clear laboratory approach for Combined Nitrogen in LPG by Chemiluminescence. This UOP 936-16 test method is focused on assessing nitrogen content in liquefied petroleum gas, helping technical teams evaluate product quality and confirm whether a sample meets internal or customer requirements. For refinery laboratories, fuel testing groups, and analytical reviewers, it provides a defined standard for consistent petroleum sample analysis. It is especially useful where trace-level nitrogen control matters for product handling, process performance, or documentation.

Purpose of UOP 936-16

The purpose of UOP 936-16 is to provide a standardized analytical method for determining combined nitrogen in LPG using chemiluminescence. As a UOP Test Method, it supports measurement-focused laboratory work where nitrogen specification, product verification, and sample comparison are part of routine quality assessment. The method is relevant to organizations that need a reliable way to evaluate LPG composition and document analytical results in a consistent format. In practice, it helps align lab reporting with refinery and petrochemical quality control expectations.

Laboratory use of UOP 936-16

UOP 936-16 is commonly used in petroleum and gas laboratories that handle LPG sample evaluation, particularly where routine QA/QC checks or technical review are required. Laboratory analysts and analytical chemists may use it to support product testing, while refinery QA/QC teams and petroleum specialists may rely on the results for batch review, release decisions, or specification tracking. It also fits workflows where consistent test documentation is needed across internal lab operations, contract testing environments, or product qualification programs.

Practical importance of UOP 936-16

In day-to-day professional use, UOP 936-16 helps teams measure nitrogen in LPG with a defined and repeatable method, which supports clearer decision-making. That matters when comparing product lots, checking quality consistency, or maintaining documentation for technical audits and internal reviews. For laboratories and refinery operations, a recognized UOP method can improve confidence in analytical results and reduce ambiguity in communication between production, quality, and technical staff. It is a practical choice when method consistency is important to operational control.

• Combined nitrogen analysis in LPG
• Chemiluminescence-based laboratory method
• Refinery and gas lab quality control
• Sample verification and product comparison
• Useful for analysts and technical reviewers
• Standardized UOP method documentation