Smulders HSM, SPIE and Scaldis Team Up to Future-Proof Wind-Powered North Sea Gas Platform

## Integrated Contractor Team Advances Hybrid Offshore Energy Project in Dutch North Sea An integrated project team comprising Smulders HSM, SPIE, and Scaldis has been appointed to handle the next phase of a gas platform project in the Dutch North Sea, according to Offshore Energy. The collaboration brings together three established names in the offshore sector — each contributing distinct technical expertise to what is shaping up to be a landmark hybrid energy installation. Smulders HSM, a provider of multidisciplinary offshore platform solutions, will lead the structural and platform engineering scope, while multi-technical services specialist SPIE is expected to handle mechanical, electrical, and instrumentation work. Offshore installation contractor Scaldis rounds out the team, responsible for the heavy-lift and marine installation elements of the project. The platform in question is notably powered by offshore wind, reflecting a broader industry trend toward integrating renewable energy sources into traditionally fossil fuel-dependent offshore infrastructure. By incorporating wind power into the platform's energy supply, the project aims to reduce the carbon footprint of ongoing gas production operations — an approach increasingly favoured by operators seeking to extend asset life while meeting tightening emissions requirements under Dutch and EU regulatory frameworks. The appointment of a pre-integrated contractor consortium rather than separate vendors underscores the complexity of such hybrid projects, where close coordination between structural, systems, and marine installation disciplines is critical to safe and efficient execution. While full project details, including the operator's identity and precise timeline, have not been publicly disclosed at this stage, the initiative is consistent with the Dutch North Sea's evolving role as a testbed for integrated energy solutions. The Netherlands has been at the forefront of efforts to repurpose and extend the operational life of ageing offshore assets through electrification and renewable integration, in line with national climate commitments. The project represents a meaningful step in demonstrating that offshore gas infrastructure can be future-proofed through wind-powered electrification, potentially offering a replicable model for other North Sea operators facing similar decarbonisation pressures.