Ceres’ solid oxide technology is inherently reversible and can bridge electricity and molecules, both of which are essential to delivering a net zero future.
Running in one direction as an electrolyser, our technology can split water to generate hydrogen highly efficiently; run in reverse as a fuel cell, it can use fuel to generate electricity highly efficiently, supporting the move towards greater electrification. In the future where hydrogen or ammonia could be a common fuel, our technology can generate electricity with zero emissions.
Unlike other electrochemical technologies, which typically use a greater amount of rare earth material and exotic metals, Ceres’ stack has recyclability at its heart. Its construction comprises over 95% automotive-grade steel by weight, the most widely recycled material globally, and ceria-based materials within the active elements of the fuel cell, which is abundant and has multiple sources from multiple countries.
Track our decarbonisation progress
The technology converts fuel into power at a very high efficiency and it does so without combustion, producing near-zero or even zero-carbon emissions as well as zero nitrogen oxides, sulphur oxides or particulate air pollutants, whilst using natural gas today or hydrogen and biofuels in the future.
Sustainability Report 2025
We are committed to enabling a cleaner, more resilient energy future through the integration of sustainability across our operations, partnerships and technology.
Sustainability case studies
17.06.25
Ceres Joins Global Hydrogen Council to Accelerate Clean Energy Transition
03.02.25
The challenges of a desert climate for electrolysis and how Ceres SOEC overcomes them
15.08.24
EDF Led Study Demonstrates The Benefits Of Ceres Electrolysis Tech For Hard To Abate Industry
Emissions
