UOP 1006-14 is a laboratory method for Trace Silicon in Petroleum Liquids by ICP-MS, giving buyers a clear reference for instrumental analysis of silicon at very low levels. For organizations that need dependable petroleum testing, this method supports trace-level evaluation of liquid samples where silicon control may affect product quality, process performance, or downstream handling. UOP 1006-14 is relevant to refinery laboratories, petrochemical analysts, and QA/QC teams that need a consistent technical document for measurement, comparison, and review in routine or investigative work.

What does UOP 1006-14 measure?

This UOP instrumental analysis method is designed for the measurement of trace silicon in petroleum liquids using ICP-MS, which places the focus on sensitive elemental analysis rather than broad product characterization. In practical laboratory terms, it helps quantify silicon present at low concentrations in liquid petroleum samples, supporting evaluation of sample cleanliness, contamination checks, and analytical review. UOP 1006-14 is suited to teams that need a defined method for trace elemental work and a standardized basis for comparing results across laboratory workflows.

Where is UOP 1006-14 used?

UOP 1006-14 is commonly used in petroleum and refinery laboratory settings where trace silicon monitoring may be part of routine sample evaluation or technical investigation. It is also relevant for petrochemical testing groups, analytical chemists, and QA/QC personnel who handle instrumental measurements and method documentation. In practice, the method may support product review, process sample assessment, and laboratory reporting where low-level silicon data is needed to inform quality decisions or further analysis.

Why is UOP 1006-14 important?

This method matters because trace silicon results often need to be consistent, credible, and easy to compare within controlled laboratory programs. UOP 1006-14 helps provide a clear analytical framework for teams that depend on precise instrumental data for quality verification, troubleshooting, and technical documentation. For buyers managing refinery or petroleum testing workflows, it offers a focused standard that supports better measurement discipline and more reliable communication between analysts, reviewers, and operational teams.

• Trace silicon analysis in petroleum liquids
• ICP-MS-based instrumental method
• Refinery and petrochemical lab use
• QA/QC and analytical review support
• Useful for sample comparison and documentation