TSC Subsea is specialised in advanced subsea inspection methods for challenges where conventional NDT can’t work. With remotely deployable inspection tools we go where divers can’t operate, in hazardous environments, and in restricted locations to inspect welds, pipelines and offshore structures.
Subsea Structures
Splash Zone
Vessels and FPSOs
Flexible Risers
Grouting
Pipelines
Cost-effectively monitor assets and infrastructure
TSC Subsea’s remote inspection technology enables our clients to cost-effectively monitor their assets and infrastructure. Using high-quality data packaged within field-proven delivery systems allows our clients to manage operations based on the most reliable and repeatable inspection results, minimising unscheduled stoppages, incidents, and leaks to the environment. Our exclusive access to ROV-deployed ACFM®, ART and PEC systems coupled with the NodeScanner™ or MagCrawler™, along with the ARTEMIS™ system are why TSC Subsea has the solutions you need.
ARTEMIS®
MagCrawler™
NodeScanner™
ARTEMIS® vCompact
LinearScanner™
ART vCaliper™
Latest News
TSC Subsea targets new global markets in 2023 as strong growth pattern continues
TSC Subsea, a global specialist in remotely deployed subsea NDT inspections for the energy industry, is entering 2023 in a strong position, with plans to target new markets in the Middle East, Africa and South East Asia. The strategic growth plans follow on from one...
TSC Subsea targets new global markets in 2023 as strong growth pattern continues
TSC Subsea, a global specialist in remotely deployed subsea NDT inspections for the energy industry, is entering 2023 in a strong position, with plans to target new markets in the Middle East, Africa and South East Asia. The strategic growth plans follow on from one...
TSC Subsea awarded Subsea Pipeline Project Award 2022
The project was successfully completed for a major operator off Angola, West Africa utilizing the ARTEMIS vPush system and achieved an industry first in acoustic deepwater hydrate detection, delivering rapid inspection without compromising detection capability or...
Meet Rhys Satterley, Operations Director for TSC Subsea
He joins TSC Subsea with more than 15 years’ experience in the inspection industry, most recently as Advanced NDT Manager at a global inspection company, where he coordinated projects for a range of petrochemical and power generation clients around the globe. Prior to...
Thank you to Simen Heimli, our Finance Intern
During his time with us as an intern, he was provided with the opportunity to gain experience across a wide range of areas in the finance department. Simen had this to say about his time with us: “During my time at TSC Subsea, I learned a lot. Working as part of an...
Case Studies
External Subsea Inspection of Flexible Risers
TSC Subsea’s Acoustic Resonance Technology (ART) is currently the only third-party validated method of subsea detection of liquid ingress in the annulus of flexible production risers. It is deployed using the ARTEMIS® tool which has a broad application range and can be used on risers and flowlines down to 3000m water depth.
External Subsea Inspection of Flexible Risers
TSC Subsea’s Acoustic Resonance Technology (ART) is currently the only third-party validated method of subsea detection of liquid ingress in the annulus of flexible production risers. It is deployed using the ARTEMIS® tool which has a broad application range and can be used on risers and flowlines down to 3000m water depth.
Deployed for first time by mini ROV provides a proven solution for diverless ACFM® inspection of subsea welds
ACFM® MagCrawler™ Challenge On behalf of Stinger Technology AS, TSC Subsea were contracted to carry out a subsea, remotely- deployed Alternating Current Field Measurement (ACFM®) inspection at Repsol’s YME platform YME, located in the Egersund basin area in the...
ACFM® NodeScanner™
TSC Subsea was contracted by Ocean Breeze Energy GmbH (OBE), for selected weld subsea inspections at the BARD Offshore1 wind farm in the German Bight. Commissioned during 2010-2013, the wind farm consists of 80 5MW turbines and a single Offshore Substation Platform...
Pushing the boundaries of deepwater
hydrate detection capability
The ART vPush was designed and developed by TSC Subsea’s UK team, working closely with the company’s acoustic scientists based in Norway, to meet the specific needs of the operator for this project. They required an external pipeline medium inspection, through...
Solutions