EXPERIENCE

CHALLENGES                  OUR SOLUTION

Internal Corrosion of Vessel Shell – Automated Phased Array Corrosion Mapping

Internal Corrosion of Dished Ends – Semi-Automated Phased Array Corrosion Mapping

Root Erosion/Corrosion of Circumferential and Seam Welds – Time of Flight Diffraction (TOFD)

Flange Face,   Erosion of Nozzle Welds and Nozzle Bores Corrosion – Flange Face Phased Array and  Manual Phased Array Corrosion Mapping

Corrosion Under Insulation -CUI Pulsed Eddy Current and Computed – Radiography/Digital Radiography

Corrosion Under Pipe Supports,  Corrosion Under Saddle Supports , Corrosion Under Nozzle Compads/Lifting Lug attachments – Quantitative Short Range.. QSR

Pitting/Corrosion of Pipe Work   – Various Automated & Semi-Automated Phased Array Corrosion Mapping techniques, and Digital Radiography

Erosion/Corrosion of Pipe Welds – TOFD/Small Bore Phased Array

 Subsea and top side Fatigue cracking in jacket structures, pipeline weld integrity  – Alternating Current Field Measurement -ACFM

Surface-forming scabs and corrosion blisters on offshore assets – Pulsed Eddy Current  – PEC

Pipeline, Offshore piles and topside jetty lines inspections for metal loss features such as corrosion or erosion – Long Range Ultrasonic Testing (LRUT)

The inspection of heat  exchangers encompasses the assessment of the tubes found in a variety of assets including shell – and – tube heat exchangers, steam generators, boilers, coolers, feedwater heaters, and condensers – IRIS System for ECT, RFT, NFT, MFL. The Eddyfi Ectane configurable for any type of inspection technique.

Tanks floors common failure mechanism is leakage through the floor, damaging the tank foundation which leads to instability possibly resulting in catastrophic failure – Magnetic Flux leakage – MFL

Leaks in pipelines (even if buried) and high-tension lines – A thermal-imaging Matic- Drone inspection