Feasibility Study

Brazil Iron has completed a Feasibility Study based on the following project configuration.

8 mtpa

of green direct reduction grade pellet feed

7.1 mtpa

of green direct reduction pellets

5.0 mtpa

and hot briquetted iron (direct reduced briquetted iron)

The future of iron and steel

The key to decarbonizing steel production is the shift from coal-fired blast furnaces to electric arc furnaces (EAFs), powered by renewable electricity. With the right raw materials, this approach can achieve zero carbon emissions.

EAFs can only be fed with steel scrap and direct reduced iron (DRI). There are 337 mtpa of EAF capacity under development. Deficits in steel scrap and DRI supply are approaching. By 2031, McKinsey Co. estimates the DRI deficit to be 109 mtpa. To deliver the necessary steel sustainably, without emitting CO2 into the atmosphere, a substantial increase in sustainable DRI production is required.

Green iron ore beneficiation process with magnetic separation

Direct reduction grade green iron


Our world-class iron ore deposits (itabirite) will be beneficiated using magnetic separation and flotation at the mine.

The process will produce a 67.5% Fe concentrate using 100% renewable electricity. Currently, only 3% of the seaborne iron ore market achieves this high quality specification for direct reduction. The production of green direct reduction pellets and HBI will occur at the port complex using renewable electricity, green hydrogen and biomethane.

Feasibility study

Brazil Iron is currently completing a Feasibility Study based on the following project configuration: 8 mtpa green direct reduction pellet feed, 7 mtpa green.

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CO2 emissions

Our goal is to be a global leader in decarbonizing the steel industry and to be uniquely positioned to develop a net-zero CO2 operation, with all processes and logistics in place.

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Directors and Management

Directors and Management

Our team has extensive experience in the exploration, development, financing and mining of iron ore deposits worldwide.

about the project