Ceres and Shell Advance Hydrogen Production Partnership

In a significant advancement towards sustainable energy, UK-based clean energy technology pioneer Ceres has embarked on the second phase of its strategic partnership with global energy leader Shell. This collaboration is centred around the development of a solid oxide electrolyser (SOEC) module specifically designed for large-scale industrial applications, including the production of synthetic fuels, ammonia, and green steel. As industries globally shift towards greener operations, this partnership signals a proactive approach to meeting the escalating demand for sustainable solutions.

Building on the groundwork established in 2022, Ceres successfully deployed a 1MW SOEC system at Shell’s research and development facility in Bangalore, India. This initial demonstration project yielded invaluable insights and data that inform the next phase of their collaboration. The new contract aims to engineer a pressurised module design that can scale up to hundreds of megawatts, facilitating integration with industrial plants for the commercial production of sustainable fuels. By enhancing hydrogen production capacity and efficiency, the partnership is set to play a crucial role in the energy transition.

SOEC technology is a cornerstone of this initiative, promising substantial efficiency improvements. By leveraging heat from industrial processes, SOECs can produce approximately 35% more hydrogen per unit of electrical energy. The collaboration aims for a module-level efficiency of less than 36kWh/kg of hydrogen, aligning with the European Union’s ambitious 2030 targets for solid oxide electrolyser technology. This focus on efficiency not only aids in reducing production costs but also contributes to a larger narrative of decarbonisation across multiple industries, including synthetic fuels and green steel manufacturing, which are vital for achieving sustainability goals.

Beyond technological advancements, the Ceres-Shell partnership reflects a commitment to fostering a sustainable future. As global industries face mounting pressures to reduce carbon emissions, the ability to produce hydrogen more efficiently represents a transformative opportunity. This collaboration exemplifies how innovative technologies can deliver significant environmental and economic benefits, signalling a robust step forward in the global energy transition. As Ceres and Shell continue to develop SOEC systems, their partnership stands to inspire further innovations in the pursuit of sustainable energy solutions, underscoring the power of collaborative efforts in tackling the pressing challenges of climate change.