Latin America’s mining relationship traces back to the conquistadors’ plundering of gold and silver for the Spanish crown. After independence, foreign capital and new technologies expanded mining practices across the region. These included mercury use, cyanidation, dynamite and river dredging. The source notes that such methods damaged ecosystems and communities.
Over two centuries, investment and some infrastructure development occurred in the sector. Even so, the source says mining costs have often outweighed benefits for the region. Against this backdrop, Latin America is described as facing an opportunity to redefine its industry. The focus is on transition minerals linked to renewable energy.
Transition minerals tied to low-carbon technologies
The minerals highlighted include copper, lithium, nickel, cobalt, graphite and rare earth elements. The source links them to solar panels, wind turbines and electric vehicles. It also states that Latin America is a significant supplier for the global market. Key deposits are identified in Chile, Bolivia, Argentina, Brazil, Mexico and Peru.
The source provides reserve shares: 38% of global copper reserves, 52% of lithium, 22% of graphite and nickel, and 17% of zinc. It also frames these resources as central to a low-carbon economy. The article describes a need to use mineral wealth for broader regional and global benefits. This is presented against concerns about past extraction patterns.
Past extraction practices and risks of repeating them
The source warns of repeating earlier mistakes in how minerals are extracted and traded. It cites extraction with little regard for social and environmental costs as one risk factor. Another is exporting minerals raw rather than processing them locally. A further concern is receiving insufficient income to improve local conditions.
To address this cycle, the source says Latin America must leverage mineral wealth more effectively. It does not specify particular policy instruments beyond the need for improved outcomes. Instead, it emphasizes how value capture could affect local conditions. The discussion then shifts to expected changes in demand tied to climate goals.
Demand growth under Paris Agreement targets
The source states that demand for transition minerals is set to rise as countries pursue Paris Agreement goals. By 2040, clean energy technologies could drive over 90% of lithium demand. It also projects that copper demand could double by that time. Demand for cobalt and nickel is described as increasing significantly.
Within this context, the source says Latin America’s role in the global supply chain will be crucial. It connects supply needs to the region’s reserves and production potential. The next section addresses geopolitical considerations affecting trade in these materials.
Trade positioning and industrial capacity in key countries
The source describes Latin America as geopolitically stable with no major threats posed by the region. It characterizes this stability as making it an ideal partner for global trade in transition minerals. It also points to existing manufacturing capabilities in the automotive sector and some mineral processing. Countries named as positioned to expand include Chile and Argentina.
The source adds that regional cooperation could enhance investments and diversify value chains. It also links cooperation to bolstering economic development. After describing trade and industrial capacity, it turns to environmental constraints connected to specific minerals.
Environmental safeguards for lithium extraction
Lithium mining is singled out as requiring significant water resources. The source says it can create environmental stress in arid regions where water availability is limited. To address these issues, it calls for robust environmental safeguards and social protections across the region.
The framework mentioned is the Escazú Agreement, described as a regional environmental treaty. The source presents it as offering a foundation for these efforts related to socio-environmental protections.