WORLD CLASS CAPABILITIES

Freudenberg Oil & Gas Technologies (FOGT) is a global solutions provider of innovative seal solutions and differentiated seal products to the global oil and gas industry; Our line of clamp connectors, Vector type SPO compact flanges and dynamic ball joints are found on offshore oil & gas platforms, FPSO's; riser and swivel applications, flowlines and subsea installations; and chemical and petrochemical plants. Featured products are the SPO Compact Flange, the TECHLOK Clamp Connector, the ROV-operated Optima Subsea Connector etc..

4Subsea’s annulus monitoring solution AMOS™ provides safe and cost-effective operation of flexible risers. The system monitors the riser annulus diffusion rate, detecting early signs of riser failure, reducing risk and averting potential costly replacement of risers. AMOS™ enables safe operations and improved decision-making, averting costly unplanned replacement of risers. 4Subsea’s AMOS™ is a continuous annulus monitoring system for new and existing (retrofit) flexible risers. It uses a patent pending method to detect failures such as outer sheath damages and blocked ventilation ports early on, hence preventing costly replacements, shutdowns and accidents. AMOS™ also provides the option of automated annulus free volume testing as well as automated nitrogen annulus testing.

The conductor is the main load-bearing component in a satellite well, typically drilled for exploration or appraisal purposes. In order to have control of the well, it is crucial that the conductor retains its integrity at all times. Primarily during the entire drilling campaign, but also in the case of an accident, such as loss of position or if a capping stack needs to be installed. 4Subsea’s conductor analysis documents that the conductor can maintain required integrity during the entire lifespan of the well. By tailoring the analysis to the specific rig choice, well location and design, we reduce cost by maximising the operational window and avoid oversized equipment.

Subsea Wellhead Integrity Monitoring (SWIM™) measures accumulated load and other critical parameters on the wellhead during drilling operations, providing KPIs and prediction analysis as a digital service. Autonomous sensors are placed on the BOP, monitoring BOP movements, and data from the sensors is transferred wirelessly to the ROV. Operators can reuse critical wells and maximise lifetime of wellheads by scheduling drilling operations based on well criticality and historically accumulated load on wellhead. The system can provide live monitoring of drilling risers and conductors and uses machine learning to predict into the future and artificial intelligence to detect and manage shallow gas/shallow water, structural failures in the wellhead, and conductor instability issues.