Arkadia Space Gets €14.5M EIC Backing for Green Rocket Fuel

The Scoop

Arkadia Space, a Spanish space firm, secured €14.5M from the EIC (European Innovation Council) for its development of green propulsion technology using hydrogen peroxide. This funding package includes a €2.5M grant, €6M equity investment, and an additional €6M in private investment, showcasing a blended finance approach to supporting deep-tech innovation.

The Context

Arkadia Space is actively developing a safer, more sustainable alternative to traditional, highly toxic rocket propellants such as hydrazine. Hydrazine, while effective, poses significant environmental and health hazards. The EIC support validates Arkadia's innovative technology and aligns with the European Union's broader goals for safer and more environmentally responsible space missions and technologies. This funding will enable Arkadia to accelerate the development and testing of its hydrogen peroxide propulsion system, bringing it closer to commercial readiness. Francho García is the CEO, leading the company's efforts to revolutionize space propulsion and contribute to a greener space industry. The company is positioning itself to benefit from the increasing demand for sustainable space technologies as the industry grows.

The Impact

Arkadia's funding signals growing momentum and increasing investor confidence in the development and adoption of green propulsion technologies within the space industry. The successful replacement of hydrazine with a safer alternative like hydrogen peroxide could revolutionize the economics and environmental impact of space travel and satellite deployment. A shift to green propellants could significantly reduce the costs associated with handling and launching rockets, while also mitigating environmental risks. This could lead to more frequent and affordable access to space. Watch for increased adoption of Arkadia's technology by both commercial space companies and government space agencies. What to watch for next: Arkadia's progress in demonstrating the performance and reliability of its hydrogen peroxide propulsion system, its commercialization efforts including securing contracts with launch providers, and potential partnerships with major space agencies for future missions.