A key project in the British government's hydrogen program, this 20 MW electrolyser located on an existing terminal requires a detailed FEED study and a precise cost estimate to allow a final reliable investment decision.
2023 - 12 months
United Kingdom
Gas, Biogas, Hydrogen and LNG
H2Energy
This electrolyzer project is part of a government framework aimed at accelerating the deployment of low-emission energy solutions. Located in an existing storage terminal, it should allow the production and export of hydrogen via road and pipeline. The context requires a rigorous FEED file integrating class 3 financial estimates as well as a detailed project schedule to secure investments.
The environmental, safety and regulatory constraints specific to the United Kingdom require a rigorous approach, requiring multidisciplinary engineering skills. Close collaboration with electrolyser manufacturers and the customer makes it possible to refine the technical basis of the project, ensuring perfect compliance with commercial and regulatory expectations. The study provides the client with a solid basis to move on to the EPC implementation phase.
The customer is looking for a reliable technical and financial evaluation to justify and secure the investment in a large-scale electrolyzer. This implies perfect control of costs, a clear identification of risks and the ability to integrate technical changes quickly. The main expectation lies in the quality and precision of the FEED file, facilitating a quick and secure final investment decision, while respecting the environmental and regulatory constraints of the United Kingdom.
Detailed technical assessment allowing a reliable estimate of costs and risks.
Rigorous planning to meet deadlines and anticipate regulatory constraints.
Fast adaptation to technical changes and specific project requirements.
The multidisciplinary InSite team carried out an in-depth FEED including an exhaustive analysis of risks, costs and planning. Proactive collaboration with suppliers and the customer has made it possible to optimize technical specifications. Experts in processes, electrical engineering, instrumentation, instrumentation, mechanics, mechanics, civil engineering and cost control ensured rigorous project management. The methodology used made it possible to identify the necessary adjustments early on, guaranteeing a viable and economically solid project.
Accurate estimation of class 3 costs, consolidating investment decision making.
Rigorous management of the project schedule including essential technical changes.
In-depth study of the construction phases and commissioning to secure the EPC execution.
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