Green fuels (e-Fuels) are produced using renewable electricity, combining water electrolysis for hydrogen production with CO₂ capture and conversion to transform electrical energy into liquid or gaseous fuels such as green methanol and green methane. Essentially, this pathway converts electricity, which is difficult to store and transport directly, into molecular energy carriers that can be stored long-term and transported across regions.
At the energy system level, e-Fuels serve not only as energy carriers but also as a critical link between the power system and end-use sectors such as industry and transportation. Through the integrated “power–hydrogen–carbon” pathway, renewable energy can be more effectively utilized, while enabling decarbonization solutions for hard-to-electrify sectors such as shipping, aviation, and chemical industries.
EPC Energy focuses on the engineering pathway of green fuels, centering on water electrolysis for hydrogen production and CO₂ conversion technologies. Through system integration and process optimization, the company enables the transition from laboratory validation to engineering application, supporting the deployment and scale-up of green fuels in real-world scenarios.
Carbon Capture and Utilization (CCU/CCUS) is a key technology pathway that captures CO₂ from industrial emissions or the atmosphere and converts it into usable resources, playing an essential role in carbon recycling and emission reduction.
In practical applications, carbon capture is not only a separation process but also involves gas handling, energy input, and system integration. Carbon conversion, through electrochemical or thermocatalytic methods, transforms CO₂ into intermediates or end products such as CO, syngas, and fuels.
From an engineering perspective, carbon capture and conversion are not standalone processes but are closely coupled with hydrogen production systems. CO₂ and hydrogen together form the foundation for green fuel and chemical synthesis, with performance depending on capture efficiency, conversion pathways, and system integration.
EPC Energy focuses on the “Electric–Hydrogen–Carbon” coupled system, providing integrated solutions from carbon capture and CO₂ conversion to downstream fuel synthesis. Through engineering integration and process optimization, we enable efficient utilization of carbon resources and practical deployment.
