Ceres is advancing its solid oxide electrolyser cell (SOEC) technology for low-carbon hydrogen and ammonia production, emphasizing efficiency and thermal integration benefits. Deepak Mistry, the Strategic Business Development Director at Ceres, highlighted in a gasworld webinar how the technology could lower both capital and operational costs while catering to industries where electrification is challenging. One key advantage of Ceres' SOEC technology is its 30% lower energy consumption compared to conventional electrolysers. By using less electricity, the system can reduce costs and require fewer electrolysers, enhancing the overall efficiency of hydrogen production. The technology is backed by over 150 patent families, enabling collaboration with global industrial partners. Ammonia production stands out as a significant market for Ceres due to the technology's high efficiencies and thermal energy integration possibilities. Beyond ammonia, potential applications include steel production, synthetic fuels, data centers, and shipping industries. The focus is on decarbonizing hard-to-abate sectors where electrification is not feasible. Mistry also addressed the diverse hydrogen transport needs of different sectors, highlighting the use of existing ammonia trade networks for distribution. He emphasized that scalable projects in industries like green steel may require gigawatt-scale electrolyser parks. The hydrogen economy's growth is influenced by national policies, evolving financing models, and ongoing technology advancements. Overall, the article showcases a positive sentiment towards Ceres' innovative approach to low-carbon hydrogen production and its potential to drive sustainable solutions across various industries.