UOP 801-14 is the UOP method for the Size Distribution of Charcoal Particles, giving laboratories a structured way to evaluate how charcoal material is distributed by particle size. For buyers comparing technical standards, this method supports more consistent sample assessment and clearer documentation of charcoal characteristics that can affect handling, processing, and quality review. UOP 801-14 is relevant wherever charcoal particle sizing needs to be checked as part of product characterization, laboratory analysis, or technical verification in petroleum, chemical, or related industrial work.

Purpose of UOP 801-14

The purpose of UOP 801-14 is to provide a laboratory method focused on measuring the size distribution of charcoal particles. As a UOP Test Method, it serves as a technical reference for analysts who need a repeatable way to evaluate particle size characteristics in charcoal samples. This makes it useful for method selection, internal review, and quality documentation when particle distribution is an important property for the material being assessed. It is best suited to controlled laboratory settings where consistent characterization is needed.

Laboratory use of UOP 801-14

In practice, UOP 801-14 may be used by laboratory analysts, technical reviewers, and quality control teams working with charcoal-related samples. It fits laboratory workflows where particle size distribution data supports sample qualification, process monitoring, or comparison between lots. In refinery, chemical, or industrial labs, the method can help standardize how charcoal material is evaluated before further use or review. For teams responsible for analytical documentation, it provides a defined method reference for internal testing and technical communication.

Practical importance of UOP 801-14

The practical value of UOP 801-14 is in providing a consistent basis for checking particle size distribution, which can influence how charcoal is handled, compared, or accepted in technical work. Clear sizing information helps support quality control, sample comparison, and documentation accuracy across laboratory and production-facing teams. For organizations that rely on charcoal as a material input or test sample, the method improves analytical clarity and helps reduce ambiguity in review decisions. It is especially relevant when consistent characterization is needed for routine evaluation.

• Size distribution focus for charcoal particles
• Laboratory-based sample characterization
• Quality control and technical review support
• Useful for analysts and QA/QC teams
• Helps standardize product comparison and documentation