Campaign management for offshore wind interventions, from planning through demobilization.
Offshore wind campaigns are high-stakes operations. Tight weather windows, complex logistics chains, multi-disciplinary crews, and zero tolerance for safety incidents. Success depends on rigorous preparation, clear coordination, and management systems that keep everyone aligned, from the vessel deck to the client's boardroom.
H-OPS has coordinated multiple offshore campaigns across the North Sea, consistently delivering on schedule with strong safety records. The approach is always the same: structure the complexity upfront so execution becomes manageable.
Tier-1 offshore wind O&M contractor
Full campaign management for a corrective maintenance program on an operational North Sea wind farm. Scope included mobilization planning, crew coordination across 11 subcontractors, daily progress reporting, and client interface management.
The challenge was scale: 36 people working simultaneously across multiple turbines, with weather-dependent scheduling and strict vessel capacity constraints. Every delay cascades. Every safety incident stops everything.
The result: 98% task completion rate within the planned campaign window. Zero lost-time incidents. Clean demobilization and a reference RAMS library that reduced preparation time for subsequent campaigns by over 40%.
Major North Sea wind farm operator
Full work package preparation for the initial commissioning campaign of a North Sea offshore wind farm. Scope included overseeing RAMS development, defining tooling and equipment lists, and building crew requirement plans: specialist profiles, certification requirements, rotation schedules, and accommodation logistics.
A coordination-heavy role: setting preparation priorities, managing the RAMS writing process, translating technical scope into crew staffing requests for the internal recruitment team, and defending the prepared work packages toward the client. The deliverable wasn't a single document. It was a campaign-ready package where every element had been reviewed, challenged, and signed off before anything moved offshore.
Offshore wind farm operator
Commissioned to assess the remaining service life of transformer cooling radiators on an operational North Sea offshore substation. The system comprised 24 radiators across four battery banks. The operator needed a clear answer: can these assets last another eight years, or is intervention required now?
The inspection combined systematic visual assessment with calibrated coating thickness measurements across all accessible surfaces. Each radiator was individually documented, with damage patterns mapped and protection levels quantified against current coating standards.
The deliverable went beyond the inspection itself: three remediation scenarios, each with scope, cost drivers, and risk profile, plus a follow-up roadmap covering damage control protocols, replacement sequencing, and a recurring inspection schedule.
Confidential references and project details available on request.
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