UOP 350-82 is the UOP method for trace concentrations of lead in gasoline or petroleum naphthas, giving laboratories a focused way to evaluate low-level lead content in light petroleum products. For buyers comparing analytical standards, this method is relevant wherever trace metal control, product qualification, or historical lead assessment may matter in fuel and naphtha testing. It supports technical review by helping teams identify whether a sample aligns with internal quality expectations and regulatory or process documentation needs. UOP 350-82 is a practical reference for laboratories that require a defined approach to lead determination in petroleum materials.

Purpose of UOP 350-82

The purpose of UOP 350-82 is to provide a standardized laboratory method for measuring trace lead in gasoline and petroleum naphthas. As a UOP test method, it is intended for analytical chemistry work where small concentrations must be evaluated consistently and reported in a controlled way. This makes it useful for sample comparison, product verification, and technical documentation in petroleum testing programs. The method title indicates a narrow and specific focus, which helps users select the right analytical document for lead-related assessment without relying on broader fuel testing procedures.

Laboratory use of UOP 350-82

UOP 350-82 is commonly suited to refinery and petroleum laboratory environments where gasoline and naphtha samples are reviewed for trace lead content. It may be used by laboratory analysts, QA/QC teams, analytical chemists, and technical reviewers who support fuel testing or product release decisions. In practice, the method can fit routine sample evaluation, investigation of product history, or documentation of trace metal levels in light hydrocarbons. It is especially relevant when a team needs a recognized test method for lead determination rather than a general-purpose fuel specification.

Practical importance of UOP 350-82

The practical value of UOP 350-82 lies in its ability to support consistent trace lead assessment in products where even small amounts may matter. For day-to-day laboratory work, that consistency helps improve result comparison, review of sample trends, and internal quality control records. It also gives technical teams a defined method reference when evaluating gasoline or petroleum naphthas for contamination, historical control, or analytical documentation. UOP 350-82 is therefore useful to organizations that need clear laboratory evidence for petroleum product review and trace metal monitoring.

• Trace lead analysis
• Gasoline and naphtha testing
• Laboratory quality control
• Refinery QA/QC review
• Analytical documentation support
• Product comparison and verification