Port of Aberdeen and Subsea7 have been awarded a grant by the Scottish Government to conduct a study on the feasibility of underwater hydrogen storage at the port's South Harbour. The project, called “H2Shore – Hydrogen coastal storage and distribution,” has received a grant of £150,000 to carry out engineering studies and identify the most effective technological approach, as well as an appropriate offshore location for the hydrogen storage. In addition, the study will develop an outline business case.
To ensure a comprehensive analysis, energy consultancy firm Xodus has been assigned the task of examining the necessary distribution and bunkering requirements. Their focus will be on evaluating equipment, processes, and operating procedures. This collaboration aims to pave the way for advancements in renewable hydrogen production, storage, and distribution.
Marlene Mitchell, the commercial manager of Port of Aberdeen, expressed the significance of securing funding from the Scottish government for the H2Shore project. She emphasized the pivotal role that ports play in the transition to hydrogen technologies, contributing to the journey towards achieving net-zero emissions. Ports are crucial infrastructure for hydrogen transport and trade, and initiatives like H2Shore present promising opportunities for Port of Aberdeen to lead Scotland's growing hydrogen economy.
Stian Sande, the group strategy director for energy transition at Subsea7, expressed his delight in partnering with Port of Aberdeen for this innovative hydrogen storage project. He conveyed their eagerness to explore and evaluate suitable concepts that will enable and expedite offshore hydrogen production, storage, and infrastructure.
The H2Shore project is one of 32 initiatives that have received funding from the Hydrogen Innovation Scheme, which is dedicated to fostering innovation in renewable hydrogen production, storage, and distribution. This collective effort represents a significant step forward in harnessing the potential of hydrogen as a clean and sustainable energy source.
