Estonian-Swiss Collaboration Promotes Green Ammonia and PtX Advancements
Key Ideas
- Elcogen and Casale form a partnership to explore green ammonia and Power-to-X projects, aiming to reduce emissions through solid oxide electrolysis technology.
- Elcogen's solid oxide technology is expected to offer cost parity benefits and greater scalability compared to other systems, providing a competitive edge in the green ammonia sector.
- The collaboration between Elcogen and Casale, supported by a recent investment in Elcogen, is a significant step towards accelerating the energy transition and promoting sustainable ammonia production.
- Casale's expertise in process integration combined with Elcogen's technology is seen as a strategic fit that opens up new possibilities for industrial applications of green hydrogen in ammonia production and beyond.
Estonian clean energy technology manufacturer Elcogen has signed a memorandum of understanding with Swiss industrial equipment supplier Casale to collaborate on green ammonia and Power-to-X (P2X) projects. The partnership aims to integrate Elcogen's solid oxide electrolysis stack technology into Casale's plants globally, focusing on reducing emissions in ammonia production. By combining Elcogen's solid oxide technology with Casale's ammonia solutions, the companies seek to offer leading solutions in the green ammonia market. Elcogen's Director of Business Development highlighted the cost competitiveness, scalability, and future-proof nature of solid oxide technology, emphasizing its potential in the green ammonia sector. The CEO of Casale praised Elcogen's achievements in solid oxide technology, foreseeing innovative solutions in the Power-to-X space. Additionally, Elcogen recently secured a €5 million investment to support its growth trajectory, while Casale was selected for a green ammonia project in India. The collaboration between Elcogen and Casale, along with the investment in Elcogen, exemplifies a concerted effort to advance sustainable practices and accelerate the global energy transition.