MMR2X – Micro Modular Reactor Cogeneration of Electricity and eMethanol Production

Purpose and goal

The MMR2X project aims to revolutionize sustainable methanol production by developing and validating an innovative, compact eMethanol skid that integrates Direct Air Capture (DAC), high-temperature electrolysis, and methanol synthesis into one streamlined and highly efficient system. By combining simulation-based validation with laboratory-scale testing, the project seeks to optimize performance and demonstrate the potential of this novel configuration in real-world conditions.

Expected effects and result

By leveraging nuclear cogeneration, the approach enables continuous, reliable fuel production, thereby enhancing energy security. This solution offers a scalable pathway for producing sustainable eFuels that can support hard-to-abate sectors such as aviation, maritime shipping, and chemical manufacturing. Additionally, the initiative aims to address existing regulatory gaps, paving the way for the deployment of next-generation nuclear cogeneration technologies.

Planned approach and implementation

The project will use advanced simulations, process modeling, and lab-scale validation to develop a framework for MMR-based methanol production. This includes CFD and reactor simulations for MMR cooling, Aspen Plus modeling to optimize DAC-electrolyzer-reactor integration, and techno-economic analysis to assess cost competitiveness with fossil methanol.