Antares Electrolysis develops and commercializes advanced AEM electrolytic systems that produce green hydrogen and other sustainable e-fuels and e-chemicals, including ammonia, nitrates, and carbon monoxide. The company's high-efficiency, low-cost stacks operate in the 10-100 kW range and are designed for seamless integration and durability across industrial and civil applications. Antares also offers consultancy, manufacturing, and R&D services to large-scale OEMs while serving as a small-scale validator for innovative technologies.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial and civil sectors face significant challenges in achieving net-zero emissions, as electrification alone cannot address seasonal energy storage or hard-to-abate sectors where molecular energy carriers are essential. Closing the carbon and nitrogen cycles requires moving beyond fossil fuels, yet current electrolysis technologies often lack the efficiency, cost-effectiveness, and versatility needed for widespread adoption.
Solution
Antares Electrolysis designs, produces, and industrializes innovative AEM (Anion Exchange Membrane) electrolytic systems that generate green hydrogen and other valuable molecules such as ammonia, nitrates, and carbon monoxide. The company's high-performance stacks operate in the 10-100 kW range, delivering high efficiency and low cost while maintaining durability and seamless integration capabilities. By leveraging advanced electrolysis technology, Antares enables deep decarbonization across industrial and civil sectors, fostering independence from fossil fuels and contributing to long-term energy security. The company also provides consultancy, manufacturing, and R&D services to large-scale OEMs, acting as a small-scale validator for innovative technologies pursued by its partners.
Target Audience
Primary customers are large-scale OEMs in the energy, chemical, and industrial sectors seeking electrolysis solutions for green hydrogen and sustainable e-fuel/e-chemical production, as well as industrial and civil organizations pursuing deep decarbonization strategies.
Features
- AEM (Anion Exchange Membrane) electrolysis technology for efficient green hydrogen production
- Stack versatility supporting multiple electrochemical processes beyond hydrogen, including ammonia, nitrates, and carbon monoxide synthesis
- Systems designed for the 10-100 kW power range, suitable for distributed and industrial applications
- High-efficiency operation with low-cost architecture for competitive green molecule production
- Seamless integration and durability engineering for long-term deployment in demanding environments
- Consultancy, manufacturing, and R&D services for large-scale OEMs, including small-scale validation of partner technologies