Adjust O&M sourcing for floating-wind connections and heavy-lift availability

What happened

Encomara’s Squid floating-wind connection system completed inshore trials and reached Technology Readiness Level 7/8, with prior AiP and product design certifications supporting commercial manufacture. The system combines mooring and power-cable connections so turbines can be connected rapidly and later disconnected for tow-back maintenance. Watch whether manufacturers scale production and offer commercial acceptance, warranty and mobilisation terms that buyers can contract against

Why the category manager should care

Treat Squid as a new equipment category that requires explicit acceptance criteria, FAT/PAT, and disconnection/tow-back clauses in contracts because it changes offshore work profiles

Key facts

• Reached TRL7/8 after inshore trials at Ardersier Port
• Design combines mooring and power-cable connections for rapid connect/disconnect
• Received AiP and Product Design Assessment prior to commercial manufacture

What happened

Reliabilityweb coverage highlights MaximoWorld discussions and a broader emphasis on linking asset performance to financial outcomes, plus recent edge software updates from major automation vendors. The practical detail is that reliability teams and IT must partner on ERP/EAM decisions and that vendors are shipping new edge/IIoT stacks ready for integration. Watch for concrete integration project offers and pilot opportunities that will surface implementation and support costs

Why the category manager should care

Expect vendors to sell phased integration projects; require clear deliverables and Ops ownership because integration work often expands scope beyond software licenses

Key facts

• MaximoWorld conference showcased asset-management and reliability best practices
• Discussions emphasized linking asset performance to financial outcomes and executive sponsorship
• Major vendors announced edge/IIoT platform updates relevant to O&M integration projects

What happened

Allseas commenced a single-lift removal of a 17,200-ton North Sea topside using its Pioneering Spirit, following a multi-month offshore preparation campaign. The operation is part of a multi-year decommissioning program that includes large lift and tow operations and has required extensive onshore-offshore coordination. For buyers, the key watch is global heavy-lift vessel scheduling and the compressed handover sequence that can squeeze mobilisation and interface readiness

Why the category manager should care

Treat heavy-lift and integrated marine contractor schedules as constrained global assets and verify blackout and mobilisation windows because their capacity is fungible across regions

Key facts

• 17,200-ton topsides removed in a single-lift operation
• Operation followed a four-month offshore preparation campaign
• Part of a multi-year program removing large offshore infrastructure volumes

What happened

Jan De Nul entered the CCS market with a contract to install rock protection over a one‑metre diameter CO2 pipeline in the North Sea using a fall-pipe system at seabed depths of 30–60 metres. The work is subcontracted into a larger CCS transport and storage program and will occupy specialised rock-installation vessel time in coming months. Buyers should watch whether this type of seabed protection work scales up regionally and competes for local vessel slots

Why the category manager should care

Treat seabed-protection scopes as another specialist vessel demand vector and validate substitute supply because these vessels are limited and cross-market competing

Key facts

• Installing rock over a 1-metre pipeline using a vertical fall-pipe system
• Seabed work planned at depths of 30–60 metres
• Work scheduled in coming months as part of a wider CCS transport program