The Intersection of Metallurgy and Electricity: Leading a Green Revolution.
The future of companies today is clearly influenced by compliance with ESG (Environmental, Social and Governance) practices. The electricity sector, a key piece in the global and national economy, is a profound example of this transition. Assisting in this progress, the metallurgy industry emerges with multiple applications of Aluminum, bringing significant advances in energy production.
Consider the weight of sustainability in this scenario: of the U$ 2.8 trillion planned for global energy investments, an impressive U$ 1.7 trillion is dedicated to clean technologies, as highlighted by the report from the International Energy Agency (IEA). This amount is directed towards innovations such as electric vehicles, storage networks, low-emission fuels, and more.
The Green Letters of Aluminum
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US$ 7 billion, green hydrogen, and steel with up to 95% less CO₂: the first green steel plant on the planet emerges in Sweden and targets Brazil as the next chapter
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The world has bet on green hydrogen as the fuel of the future, but now faces the side effect: producing 1 kilogram requires about 9 liters of ultrapure water, and the largest projects on the planet are precisely in the driest regions of the Earth, where water is already scarce for people.
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Africa has about 500,000 cell towers and most still burn diesel to operate, while companies rush to cover antennas with solar energy and avoid signal blackouts.
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Farmers swapped diesel for solar panels in Pakistan, powered irrigation pumps almost cost-free, expanded rice fields, and now groundwater has become a red alert in the countryside.
Aluminum is not just another metal; it is a key player in the conduction and distribution of energy. Its characteristics – lightness, strength, conductivity, and infinite recyclability – make it vital for environmental conservation.
The Aluminum market is already signaling a notable expansion in the coming times. Research from the International Aluminium Institute (IAI) indicates a potential growth of 40% in the demand for primary Aluminum by 2030. Among the largest consumers of this metal, the electricity sector stands out. Along with transportation, packaging, and construction, they could represent 75% of this growing demand.
The sustainable attributes of Aluminum are evident in transmission lines. Its lightness, for example, alleviates transport loads, reducing fuel consumption. And its reusability is phenomenal: recycled metal consumes a fraction of the energy compared to that extracted from ore.
Aluminum: The Right-Hand of Clean Energy
When we look at the world of solar energy, Aluminum is widely used, primarily in solar panels. The photovoltaic market, divided between centralized and distributed energy, extensively depends on this metal. Whether in large solar plants or in home systems, Aluminum stands out not only for functionality but also for aesthetic appeal and excellent electrical conductivity.
With the planet crying out for care and the inherent advantages of Aluminum in the environmental front, the choice of this metal in the electricity sector seems more than obvious. The way forward is clear: synergy between these markets. Thus, advancing together on a sustainable, competitive path aligned with global trends.
Source: Ricardo de Luca, Process and Product Engineering Manager at Termomecanica.

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