Ensuring the Health of Your Core Structures
Structural Integrity Management (SIM) is a specialized engineering and inspection discipline focused on ensuring that load-bearing structures are safe, fit-for-purpose, and can perform their intended function throughout their lifecycle. This is critical for everything from offshore platforms and chemical plants to bridges, buildings, and port facilities, where a structural failure would be catastrophic.
Our services focus on assessing structural condition and managing degradation. This involves planned inspections to detect damage such as fatigue cracking, corrosion, and member deformation. We employ a range of techniques, from advanced Non-Destructive Testing (NDT) (like Phased Array UT on welds) and Remote Visual Inspection (using drones for high structures) to detailed visual examination by certified structural engineers.
BQCIS provides expert advisory services to develop your SIM strategy. We analyze inspection data, perform engineering calculations and Fitness-for-Service (FFS) assessments on damaged components, and develop prioritized repair or mitigation plans. Our goal is to help you ensure safety, comply with regulations, and optimize the maintenance and lifespan of your critical structural assets.
Key Structural Integrity Activities
Key Benefits of Structural Integrity Management
Reduced Failure Risk
Early detection of fatigue and corrosion ensures proactive maintenance before structural compromise occurs.
Optimized Maintenance
Data-driven prioritization helps allocate repair resources efficiently, targeting high-risk areas first.
Regulatory Compliance
Ensures compliance with integrity and safety codes such as API 2SIM, ISO 19902, and DNV standards.
Extended Asset Life
Informed engineering evaluations support safe life-extension and reliability of critical structures.
Success Story
Structural Integrity Assessment Prevents Offshore Failure
An aging offshore platform required a structural integrity assessment as part of its life extension program. The operator needed to verify the condition of critical jacket-to-leg welds, many located in splash zones.
BQCIS deployed advanced NDT specialists and structural engineers using robotic PAUT scanners. Data was analyzed using fracture mechanics to model crack propagation and remaining life expectancy.
Undetected fatigue cracks were identified and repaired proactively. The intervention prevented a potential offshore failure and ensured safe operation for an additional service period.