If the manual valve is behind a fence, up a ladder, or inside a smoke-filled rack, you cannot meet that 10-minute window. That means you need automated isolation. Myth 1: "Our control valves can act as emergency isolation." Reality: No. Control valves are designed for throttling, not bubble-tight shutoff. API 615 requires dedicated EIVs with shutoff capabilities (Class V or VI shutoff).
Piping failures account for a significant percentage of Loss of Primary Containment (LOPC) incidents. Yet, for decades, there was no dedicated API standard specifically for identifying which pipes are hazardous and how to isolate them quickly. api 615
Have you implemented API 615 at your site? Let me know your biggest challenge with emergency isolation in the comments below. If the manual valve is behind a fence,
API 615: The Missing Link in Your Hazardous Piping Safety Strategy Control valves are designed for throttling, not bubble-tight
As the industry moves toward Inherently Safer Design , the ability to mechanically stop a leak from the control room (or automatically via sensors) is no longer a luxury—it is a necessity.
When we talk about process safety in refineries and chemical plants, the conversation usually starts and ends with pressure vessels, relief valves, and control systems. But what about the miles of pipe snaking through your facility?