Amazon’s Ohio data center is exploring the use of lower-carbon aluminum to promote sustainability in its operations. This initiative focuses on aluminum produced using ELYSIS technology, which eliminates direct greenhouse gas emissions during smelting. The aluminum will be used in electrical cabling at the data center, marking what may be the first implementation of this lower-carbon material in such settings.
Key collaborators on the project include Rio Tinto, which supplies the aluminum, and Prysmian, which manufactures the electrical cables. Wesco will handle the distribution. This collaboration highlights the complexities of integrating sustainable materials into the supply chain, as many factors—including cost, availability, and specifications—must be aligned.
While using lower-carbon materials is a step toward meeting corporate decarbonization goals, scaling these initiatives beyond pilot projects remains a challenge. Data center operators are increasingly scrutinizing the carbon footprint of all materials used in construction, particularly as demand for AI and cloud computing grows.
Key Points:
- Sustainability Pilot: Testing lower-carbon aluminum in a data center.
- Collaboration: Involves multiple companies along the supply chain.
- Procurement Challenges: Balancing sustainability with cost and availability.
- Future Scaling: Important to establish routine procurement processes for lower-carbon materials.
This initiative could pave the way for more sustainable practices in the data center industry, but its success will depend on the ability to scale and integrate lower-carbon options effectively.
