Protocols for establishing safe operating limits and system design boundaries.
"See that?" Elias pointed to the 100mm gap between the set points, exactly as specified by the standard. "That little gap is the difference between a controlled workday and an emergency evacuation."
P-002 integrates with its sister standards—P-001 (Process design) and S-002 (Working environment)—to create a holistic safety net. Fundamentally, the standard states that sound shall not exceed exposure limits, but more importantly, the acoustic environment must support human performance 24/7. norsok p002
Would you like a comparison with a specific standard (e.g., API 14C, ISO 13703, or DEP 31.22.05.11)?
Navigating NORSOK P-002: A Guide to Process System Design In the demanding world of offshore oil and gas, safety and efficiency aren't just goals—they are regulatory mandates. For engineers working on the Norwegian Continental Shelf (NCS) and beyond, NORSOK P-002 Protocols for establishing safe operating limits and system
, titled “Process piping design – Piping and valves,” is the specific technical standard that dictates how piping systems should be designed, selected, and arranged. While international standards like ASME B31.3 provide the baseline for mechanical integrity, NORSOK P-002 tightens the requirements to suit the unique constraints of offshore platforms and floating production units.
The replacement of old "rule of thumb" equations with the more conservative Energy Institute (EI) AVIFF guideline for gas and multiphase lines. Hydrocarbon Risk Reduction: Fundamentally, the standard states that sound shall not
The most famous number in P-002 is for personnel in normally manned areas when measured at the ear position. However, unlike many standards, P-002 focuses on the daily personal noise exposure (Lp,d) over an 8-hour shift, aiming for a target of 80 dB(A) to provide a safety margin against future degradation.