Project — Power-to-gas
Jupiter 1000
Power-to-gas pilot enabling CO₂ conversion into synthetic methane at industrial scale.
Overview
A flagship power-to-gas project in Europe
Jupiter 1000 is one of Europe’s largest power-to-gas projects, designed to convert CO₂ and hydrogen into synthetic methane for grid injection.
The project illustrates the potential of power-to-X technologies to support energy transition and sector coupling.
KHIMOD’s contribution
Advanced methanation technologies
Within the Jupiter 1000 project, KHIMOD provides its reactor technologies to enable efficient CO₂ methanation under industrial conditions. This contribution supports:
Stable and controlled methanation reactions
Integration into a full power-to-gas system
Validation of continuous processes at scale
Application
From CO₂ to grid injection
The synthetic methane produced can be injected into existing gas networks, offering a practical solution for energy storage and decarbonization. This approach contributes to:
Renewable energy integration
Reduction of CO₂ emissions
Development of circular carbon pathways
Project structure
A collaborative industrial initiative
Jupiter 1000 is developed in partnership with major industrial players, including Natran, CNR and CMA CGM, bringing together expertise across energy infrastructure and industrial systems.
Impact
A step toward industrial deployment
As a industrial pilot, Jupiter 1000 plays a key role in bridging the gap between pilot technologies and large-scale industrial applications.
It contributes to validating the technical and operational feasibility of power-to-gas systems.
Explore further
Explore KHIMOD's methanation solutions
Discover how KHIMOD’s HER technology enables high-performance CO₂ methanation — from demonstrator to commercial scale.