Canada is advancing one of the most ambitious clean energy projects in North America, with the potential to transform a region of Newfoundland into a true international hub for green hydrogen and clean ammonia. The proposal involves more than 3 GW of wind power, industrial hydrogen production, and ammonia export to global markets.
The project, known as the EVREC Green Energy Hub, gained momentum after the presentation of the environmental impact study by the companies involved, a decisive step to bring to life a gigantic scale energy structure. According to Renewables Now, the initiative is led by EVREC, a joint venture between Abraxas Power and EDF power solutions.
The scale is striking: the proposal envisions up to 3.5 GW of onshore wind power, hundreds of turbines, a green hydrogen plant, and an ammonia operation aimed at export. In other words, Canada not only wants to generate clean energy but also transform wind into a strategic fuel to supply other continents.
See also
-
France launches tenders for 12 GW in renewable energy, bets on offshore wind and imposes restrictions on Chinese components to accelerate energy sovereignty, protect European factories, and reduce dependence on oil and gas amid global pressure.
-
Advancement in renewable energy: researchers from UFPB and UNI of Peru create an unprecedented digital twin for a green hydrogen plant; Model is capable of simulating real-time operations and reducing industrial failures in strategic clean energy projects in Latin America.
-
At 4,400 meters of altitude in the Himalayas, where the air is so thin it makes breathing difficult, India’s state oil company drilled a thousand meters of rock to reach a 240-degree subsoil and set up the country’s first geothermal plant.
-
An “invisible” plant can transform rivers meeting the sea into electricity 24 hours a day: French startup uses nanotechnology to extract energy from the salt difference between fresh and saltwater, without sun, wind, dam, or fuel.
Megaproject in the Atlantic could put Canada in the global green hydrogen race
The project is planned for the Botwood region in Newfoundland and Labrador, a location considered strategic due to its proximity to the North Atlantic and maritime routes towards Europe. This detail is crucial because the production of green ammonia depends not only on renewable energy generation but also on efficient logistics for export.
The idea is to use the power of local winds to feed electrolyzers capable of producing green hydrogen, a fuel obtained from the separation of water with renewable electricity. Part of this hydrogen would be converted into ammonia, a more viable form to transport clean energy on ships over long distances.
In practice, Canada is targeting a billion-dollar market: European and Asian countries seeking to reduce dependence on fossil fuels and import low-carbon fuels for industry, maritime transport, and energy generation.
Up to 530 turbines and 1 million tons of ammonia per year
The numbers of the EVREC Green Energy Hub are impressive. The structure can include up to 530 wind turbines, in addition to about 150 MW of solar energy and an industrial plant with approximately 2.6 GW dedicated to the production of hydrogen and ammonia.
The disclosed capacity indicates the possibility of producing up to 180 thousand tons of green hydrogen per year or about 1 million tons annually of green ammonia. This volume places the project on a scale compatible with major international routes for the export of clean fuels.
Green ammonia is seen as an important piece in the energy transition because it can be used as an industrial input, alternative fuel, and even as a vector to transport hydrogen. Therefore, projects of this type are attracting governments, ports, energy companies, and large industrial buyers.
Investment could reach 14 billion Canadian dollars
Another point that makes the project highly relevant is the estimated investment value. EVREC talks about approximately 14 billion Canadian dollars, a figure capable of boosting the local economy, generating jobs, and repositioning Newfoundland and Labrador on the global energy map.
The company also projects significant economic impact, with billions added to the GDP and thousands of direct and indirect jobs throughout the development, construction, and operation phases. For a region seeking to diversify its economy, the project appears as a long-term opportunity.
But the megaproject is not yet an operational plant. It is in the environmental licensing phase, which means it needs to undergo public evaluation, technical analysis, and regulatory approval before advancing to large-scale construction.
Port of Botwood becomes a key piece in the export strategy
The Port of Botwood is one of the most important elements of the proposal. The location is presented as advantageous for serving international markets, especially Europe, due to its favorable Atlantic position compared to other North American ports.
This combination of strong wind, available area, strategic port, and international demand for green fuels explains why the project has received so much attention. It is not just about building turbines, but about assembling a complete chain: renewable generation, industrial production, storage, transportation, and export.
If approved, the hub could transform the region into an energy platform focused on the global trade of clean ammonia, a product that could gain importance in the coming years as countries tighten climate goals and seek alternatives to natural gas and coal.
Project advances while other plans lost momentum
An important detail is that EVREC appears as one of the most advanced projects within Newfoundland and Labrador’s strategy for green hydrogen. While other initiatives faced delays or lost land reserves, the EVREC proposal received an extension to continue advancing.
This gives more weight to the project because it shows that the initiative is not just in the realm of promises. It has already gone through relevant stages, presented environmental documentation, and continues trying to consolidate technical studies, initial engineering, and commercial negotiations.
Even so, there are challenges. Projects of this magnitude need to deal with impacts on birds, vegetation, water resources, local communities, industrial safety, land use, turbine noise, and ammonia transportation. These points must be evaluated before any definitive approval.
Canada wants to turn wind into export fuel
The case shows how the global race for clean energy has moved beyond just an environmental discussion and now involves geopolitics, heavy industry, international trade, and port infrastructure. Canada wants to leverage its natural resources to enter a new global value chain.
With 3.5 GW of wind energy, production of green hydrogen, potential manufacturing of 1 million tons of ammonia per year, and a focus on export, the EVREC Green Energy Hub emerges as one of the most ambitious projects in the sector.
If it comes to fruition, the venture could transform Newfoundland into one of the gateways for Canadian clean energy to the world. Until then, the megaproject will remain under environmental review, but it already places Canada at the center of an increasingly intense dispute: who will lead the global green fuel market.
