The process is designed to provide a cost-effective and environmentally responsible approach to nickel production through lower energy intensity and a simplified recovery route.
STATUS: The PNP is fully permitted and is expected to produce, on average, approximately 28 ktpa of nickel and 1.0 ktpa of cobalt as MHP. The next major milestone is the Final Investment Decision (FID), which the Company is actively progressing toward, with first production anticipated in 2030.
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Brazilian Nickel's heap leach technology offers a cost-effective and environmentally responsible approach to nickel production, supporting the development of a new source of critical minerals in Brazil. In this process, crushed and agglomerated laterite ore is stacked on engineered leach pads and irrigated with a carefully controlled solution that dissolves nickel and cobalt. These metals are then recovered and processed into Mixed Hydroxide Precipitate (MHP), an intermediate product used in a range of industrial and technology applications.
Compared with conventional pyrometallurgical and high-pressure processing routes, heap leaching operates at lower temperatures and requires less energy. The process also incorporates water recycling systems, generates filtered process residues, and supports efficient resource utilization.
Its operational simplicity and scalability make it well suited to large laterite deposits and remote operating environments, helping create opportunities for local employment, skills development, and capacity building while supporting long-term operational resilience and shared value creation.
View Full ImageOur heap leaching process combines established metallurgical principles with innovative application, enabling lower-carbon nickel production with efficient resource use and operational flexibility. This approach reflects our commitment to continuously improving performance and creating value through efficiency in everything we do.
Nickel-containing materials play a major role in our everyday lives and are used in more than 300,000 consumer products, including food preparation equipment, mobile phones, medical devices, military applications, transportation, aerospace, buildings, and power generation systems — the list is almost endless. Compared with other materials, nickel-containing products are often selected for their superior corrosion resistance, toughness, strength at both high and low temperatures, and a range of unique magnetic and electronic properties.
Global nickel production and refining capacity are concentrated in a limited number of jurisdictions, reinforcing the importance of developing additional, geographically diversified sources of nickel supply.
According to the International Energy Agency’s (IEA) Stated Policies Scenario (STEPS), nickel demand is expected to double by 2050, largely driven by battery deployment in electric vehicles and energy storage applications — key markets for our MHP product.