Fuel Synthesis with Green Hydrogen

The invention provides a novel system and method for synthesizing fuels by integrating green hydrogen production with biomass gasification. Traditionally, biomass gasification processes suffer from low efficiency and substantial carbon dioxide loss. This invention innovatively couples the production of green hydrogen, which is derived through electrolysis powered by renewable energy and stored using Carnot batteries, to the gasification process. Solid-Oxide Electrolyser Cells (SOEC) enhance the efficiency of hydrogen production, supplying both hydrogen and oxygen needed for the process. This integration significantly boosts the carbon utilization efficiency by capturing and using carbon dioxide in the synthesis of electrofuels, making the process more sustainable. Furthermore, the system's design enables continuous operation and improved resource utilization, which reduces operational costs and environmental impact.