Advancing the Green Ammonia Project: Challenges and Opportunities in Northern Chile
Key Ideas
  • MAE's Volta project in Mejillones, Chile, aims to produce 620,000t/y of green ammonia using 110,000t/y of green hydrogen, with electricity sourced from a 600MW solar PV plant.
  • Key challenges include project economics, evening power costs, and systemic charges on the grid, but falling costs of solar and storage technologies offer opportunities for competitiveness.
  • The project's success hinges on merging solar power with storage to achieve low electricity costs, with potential support from the State and international finance for future development.
  • Corfo in Chile is offering grants for electrolyzer projects to support the growth of local value chains and reduce logistics costs in the green ammonia industry.
The Volta green ammonia project in Mejillones, northern Chile, spearheaded by MAE, aims to leverage the region's solar potential to produce green ammonia for the mining sector. The project, currently in the permitting phase, envisions a substantial production rate, supported by a 600MW solar PV plant and battery storage system. Despite facing challenges related to project economics, evening power costs, and systemic charges on the grid, MAE sees potential in combining solar power with storage technology to enhance competitiveness. The project's founder, James Callaway, highlights the importance of achieving low electricity costs to drive industry growth. Falling costs of solar and storage technologies present opportunities for the project's success. Additionally, Corfo's initiatives in offering grants for electrolyzer projects aim to bolster the local value chain and reduce logistics costs. The article emphasizes the positive outlook on the green ammonia project, with a focus on overcoming challenges and seizing opportunities for sustainable growth in the Atacama desert region.
ADVANCEH2

Our vision is to be the world's leading online platform for advancing the use of hydrogen as a critical piece needed to deliver net-zero initiatives and the promise of a clean H2 energy future.

© 2024 AdvanceH2, LLC. All rights reserved.