Wood to engineer Total Eren’s H2 Magallanes project

Wood to engineer Total Eren’s H2 Magallanes project in Chile

Business Developments & Projects

Global engineering company Wood will provide services for Total Eren’s H2 Magallanes project, a large-scale green hydrogen production facility in Southern Chile.

Courtesy of Total Eren
Wood to engineer Total Eren’s H2 Magallanes project
Courtesy of Total Eren

Paris-based Total Eren is developing a large-scale green hydrogen project named H2 Magallanes. The project is totaling up to ten gigawatts of wind installed capacity near San Gregorio, the Magallanes region, Southern Chile.

Wood’s scope covers the development of a complete off-grid integrated energy complex to produce ammonia from green hydrogen, thus avoiding up to five million tonnes of CO2 annually.

In addition to wind capacity, the engineering pack will have up to eight GW of electrolysis capacity. It will also feature a desalination plant, ammonia plant, power transmission and backup, and port facilities to transport the green ammonia.

As a part of the project, Total Eren signed a collaboration deal with the University of Magallanes in November 2021.

https://www.youtube.com/watch?v=mP3NntToza4

Wood’s studies will provide ground for Total Eren and the UMAG to deliver environmental impact assessments on the H2 Magallanes. This will be in accordance with the environmental and social standards defined by the Chilean authorities.

The goal is to conduct studies in order to launch the project in 2025, aiming to produce hydrogen by 2027.

Thomas Grell, president of renewable energy & power at Wood, said: “This highly pioneering and innovative project represents the significant investment needed to realize not only the future of green hydrogen production but the potential of green ammonia, which is vital for ensuring an alternative clean fuel source in accelerating the energy transition.”

The project specifically ties in with Chile’s ambition to be among leaders in the green H2 production, with a target of 25 GW by 2030.

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