API Publ 4587 is a technical API document focused on a remote sensing feasibility study for refinery fenceline emissions. For buyers evaluating environmental, inspection, or engineering reference material, it offers a practical basis for understanding whether remote sensing methods may be suitable for monitoring emissions around a refinery boundary. API Publ 4587 can help teams review approach, scope, and application context before planning studies, selecting monitoring strategies, or aligning internal technical discussions. Published in 1994, it remains relevant as a reference document for refinery-related emissions assessment and related compliance planning.

API Publ 4587 standard overview

This API document provides technical background centered on the feasibility of using remote sensing for refinery fenceline emissions. As an API technical reference, API Publ 4587 is best suited to teams that need a structured source for evaluating method applicability, study framing, and the operational context of emissions monitoring at refining sites. It is not a field manual, but a document that can support technical review, internal comparison of monitoring options, and early-stage planning where emissions control and observation at the refinery perimeter are under consideration.

Where is API Publ 4587 used?

API Publ 4587 is commonly relevant in refinery and petroleum industry settings where fenceline emissions are being evaluated through remote sensing approaches. It may be used by environmental, engineering, operations, inspection, and compliance-related teams when reviewing monitoring concepts, supporting project scoping, or assessing whether a study approach fits site conditions. Procurement and technical documentation groups may also use it as a reference during vendor review or specification development for emissions monitoring work tied to refinery facilities.

Practical importance of API Publ 4587

The practical value of API Publ 4587 lies in helping organizations make more informed decisions about emissions monitoring around refinery boundaries. It can support technical consistency when comparing monitoring options, reduce ambiguity during planning, and provide a credible reference for internal review of remote sensing feasibility. For teams responsible for environmental oversight, project planning, or operational risk management, this document can help align expectations before resources are committed to a study or monitoring program.

• Refinery fenceline emissions focus
• Remote sensing feasibility reference
• Environmental and compliance review support
• Engineering and project planning input
• Useful for operations, inspection, and QA/QC teams
• Technical reference for study scoping