Power to change

DWE® e-methanol synthesis modules convert renewable CO₂ and green hydrogen into carbon-neutral e-methanol – a key product in Power-to-Liquid applications. The process makes use of captured or biogenic CO₂ from renewable sources such as biogas, biomass, or industrial off-gases. E-methanol can be used directly as a clean marine fuel or as a feedstock for producing other e-fuels such as e-gasoline and e-kerosene, supporting scalable and sustainable fuel production.
Tailored Everllence solutions enable customers to expand production capacity while ensuring high process efficiency and consistent product quality.

In collaboration with Caphenia, we supply advanced plasma reactor technology for compact and energy-efficient syngas production from CO₂ and methane-rich biogas using renewable electricity. The resulting syngas serves as the key intermediate for the production of e-kerosene and e-gasoline, enabling fully carbon-neutral fuel synthesis. By drastically reducing energy demand compared to conventional reforming methods, this technology supports cost-efficient, scalable, and sustainable Power-to-Liquid production.

The DWE® Reverse Water Gas Shift (RWGS) reactor system, developed in collaboration with Shell Catalysts & Technologies, forms the core of sustainable fuel production.

Operating as an endothermic molten-salt system, the reactor converts renewable CO₂ and green hydrogen into syngas - the essential feedstock enabling the production of synthetic fuels such as e-kerosene.

The required process heat is supplied by renewable electricity. The RWGS design operates at temperatures more than 100–150 °C higher than conventional DWE® reactors and allows heat inputs of up to several tens of megawatts, resulting in high conversion efficiency, excellent temperature uniformity, and scalability for world-scale PtL plants.

The Fischer-Tropsch reactor converts the syngas produced by the RWGS reactor into Fischer-Tropsch wax. The wax made during Fischer-Tropsch synthesis is then passed to a hydroprocessing unit, based on another Shell proprietary technology, where final products are made, such as kerosene. Shell’s commercially mature Fischer-Tropsch technology is used in Shell’s GTL plants, for which Everllence has provided Fischer-Tropsch reactors.

Captured CO₂ from industrial and biogenic sources forms the carbon foundation of sustainable fuel production. Alongside the Air Separation Unit (ASU), process, CO₂, syngas, and recycle gas compressors enable efficient gas compression, circulation, and purification—ensuring optimal conditions for downstream synthesis and maintaining a closed carbon loop within the Power-to-Liquid value chain.

Everllence’s subsidiary Quest One provides electrolysis equipment that converts renewable energy from wind, solar, or hydropower into green hydrogen. Designed for cost-effective, efficient, and large-scale production, these systems form a core part of the Power-to-Liquid process.