UOP 993-15 is a laboratory test method for measuring water in solids by furnace desorption with volumetric Karl Fischer titration. It is intended for professionals who need a practical way to evaluate moisture content in solid materials using a controlled analytical approach. For refinery labs, petrochemical quality teams, and other technical users, this method supports cleaner sample assessment, better product comparison, and more reliable documentation when water content can affect handling, performance, or specification review.

UOP 993-15 method scope

This UOP 993-15 method focuses on the determination of water released from solid samples during furnace desorption, followed by volumetric Karl Fischer titration. As a UOP test method, it fits laboratory workflows that require a defined measurement approach rather than a broad screening procedure. The official title indicates a water-in-solids analysis designed for analytical chemistry settings where moisture content must be measured in a structured, repeatable way for technical review or quality evaluation.

Where is UOP 993-15 used?

UOP 993-15 is commonly relevant in laboratory environments where solid materials tied to petroleum, refining, or chemical operations are evaluated for water content. It may be used by laboratory analysts, QA/QC personnel, analytical chemists, and technical reviewers who need dependable moisture data for sample assessment or product comparison. In practice, it supports routine lab work, incoming material checks, and internal documentation where water in solids can influence downstream processing, storage behavior, or quality decisions.

Why professionals use UOP 993-15

Professionals use UOP 993-15 because it provides a clear analytical path for measuring water in solid samples with a recognized titration-based approach. That helps teams maintain consistency across testing, compare results more confidently, and support quality control records with a defined method reference. For organizations that manage solids in refinery or chemical settings, the method can assist with technical review, laboratory standardization, and decision-making where moisture levels matter to product integrity or process performance.

• Water-in-solids determination
• Furnace desorption workflow
• Volumetric Karl Fischer titration
• Laboratory quality control support
• Refinery and petrochemical sample review
• Technical documentation and result comparison