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Peak Wind and Wood Thilsted Forge Power-to-X Engineering Partnership to Accelerate Green Hydrogen Projects

4 days ago
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Peak Wind and Wood Thilsted Forge Power-to-X Engineering Partnership to Accelerate Green Hydrogen Projects

Key Insights

  • Renewable energy advisor Peak Wind and offshore wind consultancy Wood Thilsted have signed an MoU to collaborate on Power-to-X engineering solutions.

  • The partnership aims to accelerate the delivery of integrated engineering for projects combining renewable power, especially offshore wind, with hydrogen and its derivatives.

  • Their combined expertise will support developers with technology assessments, process design, valuation inputs, and pre-FEED packages, including flow diagrams and material balances.

  • This strategic alliance is poised to streamline project development, mitigate risks, and enhance the bankability of large-scale green hydrogen initiatives.

Copenhagen, Denmark – Renewable energy advisory firm Peak Wind and specialist offshore wind consultancy Wood Thilsted have formally announced a strategic partnership via a memorandum of understanding (MoU), aiming to significantly accelerate the engineering and development of Power-to-X (PtX) projects. This collaboration is set to combine their distinct yet complementary expertise to provide comprehensive engineering solutions for initiatives integrating large-scale renewable power generation, particularly from offshore wind, with green hydrogen production and its derivatives.

The alliance addresses a critical need within the rapidly expanding Power-to-X sector for integrated, end-to-end engineering capabilities. Power-to-X technologies, which convert renewable electricity into hydrogen, ammonia, methanol, or synthetic fuels, are pivotal for decarbonizing hard-to-abate sectors like heavy industry, shipping, and aviation. By pooling their resources, Peak Wind, known for its strategic project management and technical advisory across the renewable energy value chain, and Wood Thilsted, a leader in offshore wind foundation and structural engineering, will offer a holistic approach to complex PtX developments.

Under the terms of the MoU, the partnership will support project developers from the early conceptual stages through to pre-Front End Engineering Design (pre-FEED). This includes detailed assessments of various technologies, process flows, and design scenarios crucial for optimizing project viability and performance. The combined offering will provide essential inputs for sophisticated valuation models, ensuring financial robustness, and navigate intricate permitting frameworks, a common bottleneck in large infrastructure projects.

Furthermore, the collaboration will deliver standardized design basis packages and comprehensive pre-FEED documentation. These critical outputs encompass detailed process design specifications, precise flow diagrams, and accurate heat and material balances, providing a solid technical foundation for subsequent engineering phases. This streamlined approach is designed to mitigate technical risks, reduce development timelines, and enhance project bankability, thereby fostering greater investment in green hydrogen infrastructure.

"The synergy between Peak Wind's deep understanding of renewable energy project lifecycle and Wood Thilsted's unparalleled offshore wind engineering prowess creates a formidable force for the Power-to-X market," stated Lars Christian Lilleholt, CEO of Peak Wind. "This partnership is not just about combining services; it's about pioneering integrated solutions that will unlock the full potential of green hydrogen as a cornerstone of the global energy transition."

Alastair Thilsted, CEO of Wood Thilsted, echoed this sentiment, adding, "Offshore wind is increasingly recognized as the most scalable and cost-effective source for green hydrogen production. Our collaboration with Peak Wind will ensure that these complex projects are engineered with the highest precision and efficiency, from the turbine foundations to the electrolyser plants, accelerating the pathway to net-zero emissions."

This strategic partnership signals a maturation in the Power-to-X market, where specialized expertise is converging to tackle the multifaceted challenges of large-scale green fuel production. As global demand for sustainable energy solutions intensifies, such integrated engineering alliances will be instrumental in transforming ambitious decarbonization targets into tangible, operational assets, driving the next wave of clean energy investment and innovation.