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| Low Carbon Aluminum cable |
Industrial Trial Targets Sustainable Data Center Growth
Rio Tinto and Prysmian launched an industrial trial to produce low-carbon aluminum cables for data centers. This partnership addresses rising demand and sustainability requirements in critical IT infrastructure. As a result, the trial uses a combination of hydropowered aluminum and Elysis technology to minimize greenhouse gas emissions.
Market Implications and Technology Integration
Data centers accounted for roughly 7% of North American cable demand in 2025 and are projected to grow at 17% CAGR through 2030. Meanwhile, aluminum is increasingly preferred for power distribution due to cost efficiency and performance. By integrating low-carbon aluminum production with advanced cable manufacturing, Rio Tinto and Prysmian aim to support decarbonization efforts and secure supply for high-growth applications.
Strategic Partnership and Sustainability Impact
Under a five-year supply agreement, Rio Tinto provides low-carbon aluminum from its Quebec Alma smelter and Elysis-enabled production. In contrast, Prysmian leverages its cable expertise to deliver scalable, sustainable solutions. As a result, data center operators can reduce carbon footprints while maintaining reliable energy distribution. Analysts note that such partnerships may drive broader adoption of green aluminum across global industrial applications.
ScrapInsight Commentary
The Rio Tinto–Prysmian collaboration marks a strategic step toward decarbonized aluminum supply chains. Low-carbon aluminum adoption may increase premium demand in North America and Europe. Policymakers and recyclers should monitor its influence on secondary aluminum markets and circular economy opportunities.
