Splash Zone Inspection
Splash Zone Inspection
TSC Subsea’s MagCrawler™ system has shown significant capability for in-depth analysis of corrosion mapping and other failuress in splash zone inspections. The MagCrawler is deployed via ROV or basket or can be launched directly from the deck. Capable of carrying an array of inspection technologies, this robust inspection method is the smart choice for splash zone integrity inspections.
Typical applications include:
- Jackets and subsea structure welds
- Conductors and guides
- Bridge supports
- Jetty piles
- Risers
- Monopiles
Our services
Subsea Structures
Splash Zone
Vessels and FPSOs
Flexible Risers
Pipelines
Grouting
Case Studies
Subsea Pipe-in-Pipe (PIP) Integrity Assessment Using ARTEMIS & ART
1. Challenge Inspection of a coated subsea pipe-in-pipe system to measure wall loss and determine whether the insulated annulus was dry or wet. 2. Solution ROV-deployed ARTEMIS® using Acoustic Resonance Technology (ART) for 360° wall-thickness mapping and PIP annulus...
Subsea Pipe-in-Pipe (PIP) Integrity Assessment Using ARTEMIS & ART
1. Challenge Inspection of a coated subsea pipe-in-pipe system to measure wall loss and determine whether the insulated annulus was dry or wet. 2. Solution ROV-deployed ARTEMIS® using Acoustic Resonance Technology (ART) for 360° wall-thickness mapping and PIP annulus...
Simplifying Offshore Inspection Through Deck-Launched Robotics
1. Challenge Diverless UWILD crack detection and sizing across 70 structural locations. Supporting a life extension survey. 2. Solution Deck-launched deployment using a compact ROV and robotic MagCrawler equipped with ACFM® array probes. 3. Result Delivered...
Transforming FPSO Hull Inspections: A Cost-Effective, In-Service Solution with ORCA.
The FPSO in question is a single-hull vessel originally built in 1981 and later converted into a disconnectable FPSO in 2008. It is classed by Lloyd’s Register and has operated under a periodic inspection regime since its conversion, with a dry dock Special Survey 8...
ARTEMIS: Through-Coating Inspection for Large-Diameter Subsea Pipelines.
A primary objective was to assess areas expected to become dead legs as a result of future pipework rearrangements. These dead legs, along with the commingling point for flow back to Nyhamna, have been assessed as susceptible to Flow-Assisted Corrosion (FAC),...
Solutions