UOP 930-07

UOP 930-07 is the method for Chloride in LPG and Gaseous Hydrocarbons by Dry Colorimetry, giving laboratories a practical way to evaluate chloride content in light hydrocarbon streams. For buyers responsible for petroleum testing and product quality review, this standard supports consistent analytical control where chloride can affect handling, equipment reliability, and downstream processing. As a UOP ion analysis method, it is especially relevant to teams that need a defined laboratory approach for sample assessment, QA/QC documentation, and technical comparison of LPG and gaseous hydrocarbon products.

Overview of UOP 930-07

UOP 930-07 is an analytical method focused on the measurement of chloride in LPG and gaseous hydrocarbons using dry colorimetry. Its purpose is to provide a laboratory-based determination that supports chemical evaluation of hydrocarbon samples where ionic contamination is a concern. The method fits within routine petroleum and refinery analysis workflows, where analysts and technical reviewers often need a clear standard for checking chloride presence in product streams. In practice, it helps define a controlled approach to sample interpretation and documentation.

Laboratory use of UOP 930-07

This method is commonly relevant in refinery laboratories, LPG testing labs, and petrochemical quality functions that evaluate gaseous hydrocarbon samples. Laboratory analysts and QA/QC personnel may use UOP 930-07 to support routine sample review, product qualification, and internal specification checks. It can also be useful for technical teams comparing feed or product quality across batches, especially when chloride monitoring is part of process control or reliability management. The dry colorimetry approach makes the method aligned with standardized laboratory analysis of ionic impurities in light hydrocarbon materials.

Why UOP 930-07 matters in practice

UOP 930-07 matters because chloride results can influence practical decisions about product acceptance, process protection, and data consistency. For organizations handling LPG and gaseous hydrocarbons, a recognized method helps reduce ambiguity in lab reporting and supports more confident comparison of results across samples, locations, or time periods. It is also valuable for maintaining analytical discipline in QA/QC programs, where reliable documentation and repeatable review are essential. For technical teams, the standard provides a clear reference point for chloride assessment in day-to-day laboratory work.

• Chloride measurement in LPG and gaseous hydrocarbons
• Dry colorimetry-based laboratory method
• Useful for refinery and LPG quality control
• Supports analytical consistency and sample review
• Relevant to lab analysts, chemists, and QA/QC teams
• Helps document ionic contamination checks