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South America’s energy sustainability and development need the use of raw materials in several sectors. The region has plenty of natural resources that are being harnessed to build a more resilient energy infrastructure. The growth of renewable energy sources requires the use of these raw materials in the development of hydropower, solar, and wind infrastructure. […]

South America has set ambitious decarbonization goals, driven by a push to mitigate climate change. These goals align with the Paris Agreement and other international climate commitments. For instance, Chile has emerged as a leader in decarbonization efforts in South America. The country aims to achieve carbon neutrality by 2050. Other countries, like Uruguay, Brazil,

Biogas production in South America contributes to the energy mix and energy security in the region. The region has an extensive agricultural sector that provides enough feedstock for production. Biogas provides a solution for energy diversification, reduces greenhouse gas emissions, and improves waste management in the region. Brazil leads the region in biogas development due

There continous adoption of pumped hydro storage systems (PHS) in South America from the increased energy demands. Pumped hydro storage aids in enhancing the stability and reliability of the region’s power grid. This is while integrating the use of more renewable energy sources. The integration of PHS with renewable energy sources provides a promising path

South America’s grid infrastructure is undergoing changes driven by the economic growth and increasing energy demand. The grid infrastructure refers to the network of power stations, transmission lines and distribution systems that deliver electricity. Some countries are in the lead in the modernization efforts while others face challenges. Countries like Chile and Brazil are leading

Green hydrogen production in South America continues to develop as investments increase in renewable energy. It requires use of renewable energy sources to power the electrolysis process. it uses renewable sources such as solar, wind and hydropower for the electrolysis process. Due to this, South America is well positioned to become a global leader in

Renewable integration in South America provides several benefits to improve energy security. It also provides the opportunity to enhance energy efficiency, reduce carbon emissions and improve energy security. South America has abundant natural resources for renewable energy growth. The renewables include solar, wind and hydroelectric. Countries like Brazil, Chile and Argentina have already taken steps

South America’s extensive agricultural grounds and climatic circumstances make it an ideal location for biofuel manufacturing. The availability of plant or animal waste allows for the manufacture of biofuels. This has an influence on both the environment and the economy. Biofuels undergo several procedures based on the type of biofuel used. They either ferment or

BHP and Lundin Mining are teaming up to get South America-focused Filo Corp. This agreement provides them with important copper holdings in Chile and Argentina. Copper is an essential component of the energy industry as we transition to a low-carbon future. Chile, Peru, and Argentina have consolidated their positions as world copper production leaders. This

Hydropower energy presents an opportunity in South America’s energy infrastructure. This is from the region’s rich water resources and growing demand for renewable energy. Hydropower stands out as a component of the energy mix given the need for sustainable energy solutions. It also provides opportunities for further development, integration with other renewable energy sources and