UOP 357-80

UOP 357-80 is a laboratory method for tracing sulfur in petroleum distillates by the nickel reduction method. It is intended for professionals who need a controlled way to evaluate low-level sulfur content in distillate samples, where even small amounts can matter for product quality, downstream processing, and specification review. For refinery and fuel testing teams, this method supports more consistent analytical decisions when assessing distillate streams, comparing batches, or documenting test results. As a UOP test method, it provides a standardized reference for routine laboratory use and technical evaluation.

What is UOP 357-80?

UOP 357-80 is a UOP test method focused on the determination of trace sulfur in petroleum distillates using the nickel reduction method. In practical terms, it serves as an analytical chemistry procedure for evaluating sulfur at low levels in distillate-type petroleum samples. This makes it relevant when a laboratory needs a standardized method for measuring sulfur presence in fuels or related refinery products. Buyers typically look to this method when they need a clear technical document for sample analysis, method selection, or internal quality documentation tied to sulfur control.

Where is UOP 357-80 used?

This method is commonly used in petroleum laboratories, refinery quality control groups, and fuel testing environments where distillate samples must be checked for trace sulfur. It may also be useful to analytical chemists, laboratory analysts, and technical reviewers who support product qualification or specification monitoring. In practice, UOP 357-80 can fit into routine sample review, incoming or outgoing product assessment, and refinery documentation workflows. It is especially relevant where sulfur-related analytical information is needed for comparison, reporting, or process-related decisions.

Why is UOP 357-80 important?

UOP 357-80 matters because trace sulfur evaluation can influence product acceptance, quality consistency, and downstream operational decisions. A standardized method helps laboratories produce more comparable results and gives technical teams a clearer basis for reviewing distillate samples. For organizations handling petroleum and fuel products, this supports better analytical control, stronger documentation, and more confident comparisons between batches or suppliers. UOP 357-80 is therefore a practical reference for day-to-day laboratory work where sulfur measurement needs to be reliable and technically defensible.

• Trace sulfur analysis for petroleum distillates
• Nickel reduction method reference
• Refinery and fuel laboratory use
• Quality control and sample comparison
• Analytical documentation support
• Useful for analysts and technical reviewers