Fixing Hidden Data: How We Beat Electromagnetic Interference in Pipeline Inspections (CIPS-DCVG)

Fixing Hidden Data: How We Beat Electromagnetic Interference in Pipeline Inspections (CIPS-DCVG)

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Struggling with unreliable pipeline inspection data due to electromagnetic interference (EMI)? This video breaks down a real-world solution for achieving accurate CIPS-DCVG surveys near power lines, railways, and other sources of electrical noise.

Learn how GPS-synchronized stationary data loggers were deployed on gas pipelines to minimize EMI, correct measurement errors, and deliver dependable data for pipeline integrity management. We translate a complex field study into clear, actionable insights for corrosion engineers, pipeline operators, and NDT professionals.

📚 Related Keywords
Cathodic Protection Inspection, CIPS (Close Interval Potential Survey), DCVG (Direct Current Voltage Gradient), Pipeline Integrity Management, Electromagnetic Interference (EMI), AC Mitigation, Stray Current Corrosion, Buried Pipeline Corrosion, NDT (Non-Destructive Testing), Pipeline Safety, Coating Disbondment Detection, GPS-Synchronized Data Loggers, Data Correction Techniques, Pipeline Risk Assessment, Oil & Gas Infrastructure, Corrosion Prevention.

📢 WHO SHOULD WATCH:
Pipeline Integrity Engineers
Corrosion Specialists & Technician
NDT (Non-Destructive Testing) Inspectors
Oil & Gas Operations and Maintenance Teams
Students & Professionals in Mechanical, Civil, or Petroleum Engineering
Environmental Health & Safety (EHS) Professionals

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#PipelineIntegrity #CathodicProtection #CIPS #DCVG #EMI #ElectromagneticInterference #CorrosionControl #NDT #OilAndGas #AssetIntegrity #Engineering #PipelineSafety #PreventiveMaintenance #StrayCurrent #GasPipeline

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Enhanced Inspection of Buried Pipelines Subjected to Electromagnetic Interference from Transmission Power Lines and External Cathodic Protection System

Layman Abstract :
This study explains how using two pipeline inspection methods together helps check both corrosion protection and coating damage at the same time. It shows that electrical interference can affect the results, but using GPS-synchronised data loggers greatly improves accuracy. This makes pipeline safety assessments more reliable, even in noisy electrical environments.

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