Gold, Lithium, and other critical metals mining with a mission to develop sustainable and responsible projects.
Oz.Fields has a highly qualified and experienced team in the mining sector and is always striving to improve our practices and technologies.
And we are committed to working in partnership with local communities, respecting their traditions, stories, and beliefs, preserving the environment, and minimizing the impact of our activities.
Global mining challenges
Meeting the demand for energy transition
Global production of lithium, cobalt, and nickel is expected to increase at least 30 times by 2040.
– International Energy Agency
Meeting the demand for gold
Global demand for gold in 2021 was approximately 3,909 tonnes.
– World Gold Council
Meeting the demand for strategic minerals for infrastructure
Brazil’s production cannot meet the demand for strategic minerals, resulting in a dependence on imports of approximately 81% of all domestic consumption.
– IPEA
Investing in R&D to improve sustainable mining techniques with less impact on the environment
Although the most important mineral substances are still abundant, ensuring their supply requires research efforts, investment, and constant innovation.
– USGS
Finding $12 Trillion in New EV Battery Mineral Deposits
Batteries for electric vehicles will need all the reserves of cobalt, nickel, copper and lithium and we will need all the world’s reserves of these metals, plus another US$ 12 trillion from new sources.
– Kobold Metals
Help reduce the world's dependence on fossil fuels
Participating in the effort to increase the number of electric vehicles by 60% until 2030, from 10 million to 200 million. And reach 100% of the world fleet by 2050, with more than 3 billion electric vehicles around the world.
– Kobold Metals
Main mining challenges in Brazil
of the Brazilian GDP represents the volume of investment in mineral research in Brazil.
is the Brazilian percentage of investment in mineral research in relation to the total global volume
Why is constant investment in mineral research so important?
Why is constant investment in mineral research so important?
Identifying new areas with mineral potential, evaluating the economic feasibility of mineral resource exploitation, and promoting geological knowledge of the country.
Investment in mineral research is fundamental to the development of the mineral sector in Brazil.
Mineral research is a long-term process that can take several years to complete. Therefore, commitment is necessary to achieve significant results in the development of the mineral sector in Brazil.
Minimizing the environmental impacts generated by mining, as it is through research that a mining company can plan its mining plan and carry out extraction in the most appropriate geologically suitable location.
85,516 research permits have been issued
3,594 permits converted into mining concessions
conversion rate
Official data from the ANM shows that historically, only a small percentage of issued research permits are actually converted into mining concessions.
Oz Solution
Understanding Brazil’s prominence in the energy transition and the discovery of strategic minerals such as lithium, we promote mineral research by investing and using technology such as drones and artificial intelligence, conducting land surveys, and field research with highly skilled labor.
With this, we create mineral provinces with high grades and low extraction costs.
Social Responsability
We see the importance and potential of small and medium-sized producers in Brazilian mining and therefore allocate 20% of our funds for them to invest in research and consequently reduce the environmental impact of their production.
In this way, we create sustainable mineral provinces capable of helping the world meet the constant increase in demand for minerals.
Social Responsability
We see the importance and potential of small and medium-sized producers in Brazilian mining and therefore allocate 20% of our funds for them to invest in research and consequently reduce the environmental impact of their production.
In this way, we create sustainable mineral provinces capable of helping the world meet the constant increase in demand for minerals.
SDG 1
We value and encourage local workforce, either through training and capacity-building programs or by offering jobs to local residents.
SDG 3
We adopt strict measures, such as gas emission control, machine vibrations, proper use of personal protective equipment, appropriate use of explosives, and vaccination campaigns for local communities
SDG 5
Despite notable progress in recent years, mining is still seen as an essentially male industry. To accelerate this change, we promote the inclusion of women in positions ranging from extraction to leadership.
SDG 9
We promote basic infrastructure projects that ensure access roads, water, and energy for communities.
SDG 13
We have strategic mineral projects in our portfolio for the energy transition.
SDG 2
We neutralize our impacts on local soils, water, flora, and fauna. In addition, we promote the monitoring of rivers and soils to ensure they are not contaminated by the activity.
SDG 4
Focused on the professional development of local producers, we offer capacity-building programs, thus improving productive capacity and production quality.
SDG 8
We offer opportunities to workers in the communities where we operate and promote the hiring of local services.
SDG 10
Through our practices, we play an active role in reducing inequalities.
SDG 15
We do not compromise on the care and preservation of local flora and fauna.
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