LiGrowth
Lithium
Batteries · storage
Opportunities in pegmatites, concentration, chemical conversion and integration with active materials.
The Brazil thesis
Geological potential is only the beginning.
Competitive advantage emerges when resources, infrastructure, permitting, technology and the final buyer are planned as one chain.
21 MtEstimated rare-earth reserves in 2025
Top 2Historic position in graphite and niobium reserves
6×More minerals in an electric vehicle than in a conventional one
30%Potential global copper shortfall by 2035, according to the IEA
Opportunity radar
Choose the value chain, not just the mineral.
Filter by the main demand thesis. Real attractiveness depends on project stage, resource quality, metallurgy, logistics and commercial agreements.
REEStrategic
Rare earths
Magnets · wind · electronics
A large resource base and an industrial gap: separation, oxides, metals and magnets concentrate the greatest value.
CIndustrialization
Graphite
Anodes · refractories
The advantage shifts from concentrate to purification, spheronization and anode material.
CuStructural demand
Copper
Grids · vehicles · data centers
Brownfield projects, new discoveries and tailings recovery may shorten time to market.
NiSelectivity
Nickel & cobalt
Batteries · ligas especiais
Product quality, energy and processing route define competitiveness against Asian supply.
NbLeadership
Niobium
Steel · superalloys · batteries
Brazil leads global supply; advanced applications create opportunities beyond ferroniobium.
KImport substitution
Potash
Fertilizers · agriculture
Food security and import dependence support local production and alternative-source theses.
MnNew chemistries
Manganese
Steel · cathodes
High-purity battery products provide an additional value route beyond the traditional chain.
SiValue added
Quartz & silicon
Solar · semiconductors
Purity, competitive energy and process expertise separate a geological resource from a technology product.
Brazil in motion
Projects & news.
Track relevant assets and developments that may reshape the critical-minerals investment environment.
Serra Verde — Pela Ema
An ionic-clay operation producing magnetic rare-earth concentrate and one of the central assets in Brazil’s emerging supply chain.
Operations and expansionAclara — Carina Project
A heavy rare-earth ionic-clay project advancing technical and environmental studies and its development strategy.
DevelopmentMeteoric — Caldeira
A large-scale clay-hosted district undergoing drilling, metallurgical testing and resource studies.
Advanced explorationBrazilian Rare Earths — Monte Alto
An exploration program targeting high-grade mineralization, expanding geological knowledge and metallurgical evaluation.
Advanced explorationLithium Ionic — Bandeira
A lithium-pegmatite project in Brazil’s Lithium Valley, with defined resources and permitting and development work underway.
DevelopmentSigma Lithium — Grota do Cirilo
An integrated lithium complex subject to operational, regulatory, social, environmental and market monitoring.
Regulatory monitoringAutomatically updated feed with recent news
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Where capital can enter
Four investment theses.
From early-stage asset exposure to industrial businesses with recurring revenue.
01
Exploration backed by a strong geological thesis
Target portfolios supported by consistent data, a qualified technical team and milestone-based work programs reduce information asymmetry.
02
Unlocking advanced assets
Projects with defined resources may require metallurgy, permitting, infrastructure, economic studies and offtake agreements.
03
Processing and transformation
Separation, refining, battery materials, alloys and magnets capture more value and face higher technology barriers.
04
Circular economy and tailings
Reprocessing, remining and metal recovery can combine lower liabilities, existing infrastructure and new revenue.
Disciplined decisions
From opportunity to decision.
Mineral investment requires integrated technical, legal, environmental, social and commercial due diligence.
Evaluation path
01
Asset screeningMineral title, location, commodity, project stage and available data.
02
Integrated due diligenceGeology, resources, process, permits, land rights, ESG and obligations.
03
Economic-thesis testCAPEX, OPEX, price, recovery, logistics, schedule and sensitivity.
04
Transaction structureEquity, earn-in, royalty, joint venture, debt or offtake.
05
Milestone planCapital released against verifiable technical and regulatory milestones.
Risks that can change the thesis
Geological uncertainty and data representativenessHIGH
Metallurgical recovery and product specificationHIGH
Permitting, water, land and communitiesHIGH
Infrastructure, energy and distance to marketMEDIUM–HIGH
Price volatility and buyer concentrationMEDIUM–HIGH
Execution, governance and financial capacityHIGH
Reference base
Data for further research.
Institutional sources used for this overview. Figures vary by methodology, reference date and reserve definition.
Contact a specialist geologist.
Technical consulting, opportunity assessment, investment support and further information on mineral projects.
E-book · Launch offer
Understand the subject reshaping technology, energy and geopolitics.
Discover the Visual Atlas of Rare Earths and Critical Minerals: 60 illustrated pages covering the 17 elements, their geology, applications, markets and impact on modern life.