SPE Offshore Europe has opened submissions for its 2027 technical programme, inviting engineering papers covering operational performance, decarbonisation, digital transformation, subsurface development, safety, and workforce capability. The event returns to P&J Live in Aberdeen from 7–9 September 2027, with proposals accepted until 1 February.
The conference will run under the theme “(Em)Powering Europe: Securing Our Energy Future” and will organise its main programme around three pillars: delivering responsibly, driving prosperity, and strengthening capability and innovation. More than 30 technical and e-poster sessions are expected to be assembled from the submitted work, alongside plenary sessions, panels, and fireside discussions.
Organisers are seeking case studies, operating results, lessons learned, and emerging technologies rather than restricting submissions to one part of the offshore market. Areas highlighted include improving value from existing assets, operational excellence, decarbonisation, digitalisation, lower-carbon energy, safety, and development of the industry’s future workforce.
The breadth reflects how far offshore engineering now extends beyond conventional upstream production. The North Sea still contains producing oil and gas assets requiring maintenance, inspection, integrity management, subsea intervention, drilling, and eventual decommissioning, but the same regional supply chain is also supporting offshore wind, carbon capture and storage, hydrogen, electrification, and new digital operating models.
Those sectors are not technically interchangeable, and treating them as a single energy market can obscure substantial differences in equipment and risk. An offshore wind project has little use for reservoir engineering, while an ageing oil platform does not suddenly become a wind turbine because both sit in the North Sea. The industrial overlap instead lies in capabilities such as offshore construction, high-voltage systems, subsea engineering, inspection, fabrication, controls, vessels, project management, and maintenance.
David Latin, chair of Serica Energy and conference co-chair of OE27, said: “The theme of OE27 reflects what the people in this sector have always done best, tackling the most complex challenges through innovative solutions. New North Sea oil and gas production alongside renewables are part of the same mission to secure Europe’s energy future. OE27 helps turn that mission into action.”
That position will remain politically contested as governments and operators balance domestic hydrocarbon production against emissions commitments and faster deployment of lower-carbon generation. The engineering workload is rather less binary. Existing offshore infrastructure continues to require intervention regardless of the longer-term policy direction, while renewable and carbon-management projects need many of the same scarce engineering disciplines already employed across conventional energy.
The technical programme is therefore likely to expose where skills can genuinely transfer and where new capability is required. Mature oil and gas facilities may focus on production optimisation, corrosion, rotating machinery, flow assurance, life extension, and decommissioning. Offshore wind introduces foundations, subsea cables, high-voltage export systems, larger turbines, remote inspection, and increasingly complex operations strategies. Carbon storage adds wells, compression, pipelines, reservoir monitoring, verification, and long-duration containment requirements.
Digital transformation cuts across all three. Remote operations, sensor networks, predictive maintenance, artificial intelligence, digital twins, condition monitoring, and automated inspection are becoming common themes throughout offshore engineering, although their value depends on reliable underlying data and their integration with physical maintenance and operating practices.
A predictive model that identifies an abnormal pump signature is useful only if the organisation can decide whether intervention is necessary, obtain the required parts, schedule a suitable maintenance window, and execute the work safely offshore. Digitalisation does not remove those conventional engineering constraints; it changes how early they can be recognised and how efficiently resources can be allocated.
The 2027 programme will also introduce a dedicated Talent Development and Diversity stream. Edna Michelle Bisso Bi Mba, head of reservoir services at Harbour Energy’s Technology and Service Centre and technical programme co-chair, said organisers wanted submissions from people improving operational performance and safety, applying new technologies, unlocking subsurface value, and supporting lower-carbon energy delivery.
Workforce capability is increasingly inseparable from project delivery. Offshore engineering competes with power networks, data centres, defence, nuclear, transport, and advanced manufacturing for electrical engineers, control specialists, technicians, project managers, welders, fabricators, and other experienced personnel. New technologies create additional demand but do not necessarily remove the requirement for established engineering disciplines.
The exhibition floor will mirror that broader remit. Planned features include an Energy Theatre, Offshore Wind Hub, Future Talent Hub, and North Sea Futures Zone covering carbon capture, utilisation and storage, decommissioning, digital technologies, and hydrogen. Oil and gas will remain substantial parts of the event, but the surrounding programme increasingly reflects a regional industrial base expected to deliver several different types of offshore infrastructure at once.
Irene Brekne Hamre, managing director of Baker Hughes’ North Sea Geozone and technical programme co-chair, said Europe’s energy future would depend on collaboration, shared knowledge, and the ability to develop solutions at scale. That last requirement is particularly important: many technologies now discussed in the energy transition are already technically feasible, but manufacturing, financing, installing, and operating them at commercial scale remains considerably harder.
The call for papers gives engineers until 1 February 2027 to submit evidence from projects and operating assets ahead of the September conference. The strongest contributions will be those that move beyond broad claims of innovation and show where equipment, process changes, operating practice, or digital systems have delivered measurable results.
Offshore energy has accumulated no shortage of strategic statements. A technical programme is more useful when it deals in performance data, engineering failures, production constraints, maintenance results, commissioning experience, and lessons that can be applied elsewhere. By opening submissions more than a year before the event, OE27 is now asking the industry to provide that evidence.
