UOP 320-86 is a laboratory method for determining sulfate in alumina or silica-alumina base catalysts by a turbidimetric approach. For buyers reviewing UOP 320-86, the key value is its focus on a specific catalyst quality parameter that can affect material performance, batch consistency, and technical acceptance. It is a practical reference for organizations that need a controlled way to evaluate sulfate content in catalyst materials used in refinery and petrochemical work, supporting informed quality checks, method selection, and internal documentation.

What is UOP 320-86?

UOP 320-86 is a UOP test method designed for the analytical determination of sulfate in alumina or silica-alumina base catalysts. As a turbidimetric method, it fits laboratory workflows that require a measurement-based check on catalyst composition rather than a broad material classification. The method is generally relevant where catalyst materials must be assessed for sulfate content as part of routine analysis, incoming inspection, or technical review. It is a focused laboratory standard intended to support consistent, comparable results across quality-controlled environments.

Where is UOP 320-86 used?

This method is commonly used in refinery and petrochemical laboratory settings where alumina or silica-alumina catalysts are handled, reviewed, or qualified. Laboratory analysts may use UOP 320-86 during sample evaluation, while QA/QC teams and technical reviewers may rely on it for documentation and product comparison. It is especially relevant when catalyst materials need to be checked against internal specifications or supplier data. UOP 320-86 supports practical laboratory decision-making for organizations that depend on catalyst consistency and analytical traceability.

Why is UOP 320-86 important?

UOP 320-86 matters because sulfate content can be an important quality characteristic in base catalyst materials, and reliable measurement helps support consistent process and product evaluation. For routine laboratory work, the method provides a focused basis for comparing samples, confirming specifications, and documenting analytical results in a controlled way. It also helps technical teams reduce ambiguity when reviewing catalyst quality, especially in environments where material consistency and data quality influence operational decisions. For buyers, this makes UOP 320-86 a relevant standard for practical analytical control.

• Sulfate measurement for base catalysts
• Alumina and silica-alumina materials
• Turbidimetric laboratory analysis
• Refinery and petrochemical QA/QC
• Analyst and technical review use
• Quality comparison and documentation