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Pipeline Coating Systems: External vs Internal Protection — Selection Guide and Standards

Pipeline coating systems cross-section diagram showing FBE, 3LPE external coating layers and epoxy internal lining for buried pipeline corrosion protection.

Pipeline coating systems are engineered to protect steel pipelines against soil corrosion, seawater exposure, internal chemical attack, flow-related erosion, and long-term service failure. For industrial pipeline projects, selecting the right external and internal coating system is critical because coating failure can lead to leakage risk, product contamination, shutdown, excavation, and high repair costs. As an […]

Splash Zone Coating for Offshore Structures: Selection Guide and CX Standards

Offshore structure corrosion zone diagram showing splash zone coating with glass flake epoxy system and NORSOK M-501 DFT requirements.

Of all the corrosion zones on an offshore structure, the splash zone is the most aggressive and the most difficult to protect. Permanently submerged steel can be protected with cathodic protection. Atmospheric steel above the waterline can be protected with standard marine coating systems. But the splash zone — the band of steel that is […]

Passive Fire Protection vs Active Fire Protection: What Industrial Engineers Need to Know

Passive fire protection vs active fire protection diagram for industrial steel structures showing intumescent coating, sprinklers, and fire detection systems.

When a fire breaks out in an industrial facility, two fundamentally different systems are at work. One fights the fire — suppressing flames, sounding alarms, directing evacuations. The other simply holds the structure together long enough for people to escape and emergency services to respond. Understanding the difference between passive fire protection (PFP) and active […]

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