Compare the functions and applications in this category, then use the catalogue filters to narrow your requirement. Each topic includes detailed selection information and an enquiry form.
Subsea connectors and control components join mechanical, hydraulic or electrical interfaces in underwater systems. They are specified as parts of an integrated subsea architecture with defined environmental and qualification requirements.
Subsea production equipment and intervention systems use these components at different water depths. Existing equipment documentation is essential for replacement compatibility.
ROV tooling equips a remotely operated vehicle to perform defined underwater tasks. Survey accessories support measurement and positioning, while manipulation tools provide mechanical interfaces to subsea equipment.
Inspection, subsea installation and intervention campaigns use task-specific tooling. Vehicle capacity, available utilities and launch arrangements affect the possible configuration.
Marine hoses and loading equipment transfer fluids across moving interfaces between vessels, offshore structures or terminals. The assembly must accommodate its specified movement and environmental loads while remaining compatible with the product.
Offshore loading, bunkering and terminal transfer use different hose and connection arrangements. Transfer rates and installation geometry determine the required package.
Mooring equipment secures vessels or floating assets within a designed arrangement. Deck equipment includes machinery used for handling lines, anchors or loads, with mechanical and power interfaces specific to the installation.
Marine support and offshore facilities use winches, mooring components and related deck machinery. Loads and operating environment govern equipment selection.
Umbilicals carry selected power, communication or fluid services to subsea equipment. Risers connect subsea and surface systems, while jumpers connect specified underwater interfaces. Each has different mechanical and functional duties.
Offshore production and subsea developments use these connection systems within an integrated field layout. Water depth and installation geometry are fundamental inputs.
Subsea valves, trees and manifolds control and route fluids within an underwater production system. Their mechanical connections and controls must operate within the specified subsea environment and integrated system design.
Offshore production and injection developments use these assemblies to connect wells and flowlines. Maintenance and replacements require exact system identification.
Marine life-saving equipment supports defined emergency arrangements, while navigation and communication equipment supports vessel operation. Product suitability depends on the vessel or asset requirements and the applicable approval basis.
Vessels and offshore installations use liferafts, emergency signaling devices and marine communications. Inspection and replacement intervals follow the responsible operator's programme.
