DAC-to-SEA: Sustainable Marine Fuel from CO₂ Captured from the Atmosphere
ABOUT IT
The project DAC-to-SEA It is a pioneering initiative to produce sustainable marine fuels starting from CO₂ captured directly from the atmosphere.
The project combines validated technologies from:
Direct CO₂ Capture from Air (DAC);
Production of synthetic fuels (such as e-MGO and SAF) through Fischer-Tropsch synthesis.
The Port of Açu functions as demonstration-scale development hub, leveraging low-carbon hydrogen infrastructure and R&D ecosystem.
Demonstration pilot plant:
Capture capacity 5,000 tons of CO₂ per year;
Production of 300 liters of e-MGO per day;
Intended for testing and validation on support vessels.
The fuel generated is compatible with existing marine engines, promoting significant reduction of CO₂ emissions in the naval sector.
Estimated start date: 12/2027
Results and Objectives
Objectives
Decarbonize maritime transport and port operations;
To produce low-carbon synthetic fuels (e-MGO and SAF);
Integrating DAC and low-carbon hydrogen technologies on a commercial scale;
To create clean energy alternatives for sale and personal use;
Supporting decarbonization goals for the maritime sector.
Expected Results / Impacts
e-MGO Production: 300 liters/day at the pilot plant;
CO₂ capture capacity: 5,000 tons/year;
Emissions reduction: significant contribution to the decarbonization of maritime transport;
Technological development: Integration of DAC, low-carbon hydrogen, and FT synthesis on a demonstrative scale;
Commercialization potential: Environmentally sustainable competitive synthetic fuels;
Contribution to ESG goals: Support for the energy transition and the reduction of global emissions from the maritime sector (responsible for 2-3% of global CO₂).
SDGs
External Certification
International Commitments
National Commitments
More info
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