Prioritize APAC rig mobilization and decommissioning readiness amid fleet shifts

What happened

Xodus expanded its role on the Northern Endeavour decommissioning program in Australian waters to lead environmental approvals and implementation planning for phases 2 and 3. Phase 2 covers permanent plugging and abandonment of Laminaria‑Corallina wells and Phase 3 covers removal of remaining subsea infrastructure, building on Phase 1 work already completed. Operationally this converts advisory spend into a multi‑phase delivery stream; watch whether suppliers push for execution scope and milestone pass‑throughs that change commercial terms

Why the category manager should care

Treat this as a scheduled demand stream that needs optioned mobilisation, yard capacity planning and clear acceptance milestones to avoid repeated mobilisation premiums

Key facts

• Phase 2: permanent plugging and abandonment of Laminaria‑Corallina subsea wells
• Phase 3: decommissioning and removal of remaining subsea infrastructure
• Phase 1 already operationally complete

What happened

Bourbon’s Evolution 810 IMR vessel entered service and has begun its first long‑term contract offshore India, bringing updated DP3 systems, heavy‑lift cranes and deepwater ROV capability to the region. The vessel is fitted with two active heave‑compensated cranes and two ROVs and is positioned to support deepwater inspection, maintenance and repair tasks. Buyers should confirm onshore yard, storage and crew rotation capacity before rescheduling nearby campaigns to rely on this asset

Why the category manager should care

Use local IMR tonnage to reduce transit risk, but validate shore‑side capacity and rotation logistics before assuming lower mobilization cost

Key facts

• Bourbon Evolution 810 entered service and started a long‑term contract in India
• Equipped with two cranes (40t and 150t) and two 200 HP ROVs
• Designed for operations at depths of 2,500–3,000 meters

What happened

ADNOC and SLB rolled out an AI‑powered Real‑Time Operations Center across a large rig fleet to cut downtime and improve drilling oversight. The platform reportedly reduces engineering effort, increases the number of rigs each engineer can monitor and shortens incident response time, which the operators say avoids days of downtime. For buyers this creates a dependency on clean, real‑time feeds and vendor SLAs; validate integration and escalation workflows before treating the uptime claims as contract levers

Why the category manager should care

Treat RTOC as an operational standardiser that changes vendor responsibilities for data access, monitoring SLAs and incident escalation

Key facts

• Deployed across more than 120 rigs
• Reported 30–40% reduction in engineering effort
• Claims of shortened incident response and avoided days of downtime