Meta Details Multi-Year Deals for AI Data Center Supply Chains

Meta announced a package of multi-year purchase commitments on November 12, 2026, covering lower-carbon cement, near-zero-emission steel, electric trucking and recycled plastics for the industries building and supplying its AI data centers. The cement agreements include environmental attribute certificates (EACs) tied to at least 180,000 tons of Sublime Systems production.

Meta says the commitments are intended to give suppliers revenue certainty to build commercial-scale capacity and demonstrate technologies that other buyers can adopt. Under the EAC structure, a supplier produces verified lower-carbon materials or services, Meta pays for the environmental benefit, and the physical material or service is used in the local market. Where possible, Meta also secures priority access to use the materials directly in future data centers as factories and supply chains develop.

The package combines new arrangements with agreements that MacroCycle disclosed on September 22, 2026, and Fortera disclosed on October 29, 2026. Several supported plants remain in development or under construction, so the commitments concern future production as well as prospective physical deliveries; they do not show that all of the materials are already reaching Meta construction sites.

Cement Agreements Back Commercial Plants

The Sublime Systems agreement provides for accredited third-party verification and gives Meta priority access to use Sublime Cement across its data-center construction pipeline. Sublime’s first commercial plant remains in development. The company says Meta’s guaranteed multi-year demand helps enable construction of a US facility; accredited third-party laboratories have validated the cement’s compliance with ASTM standards. Sublime uses an electrochemical manufacturing process rather than combustion-based production.

Fortera’s agreement covers EACs associated with approximately 200,000 tons of low-carbon cement, with Meta retaining options to use the physical cement in building projects and expand the partnership’s volume and duration. The agreement supports a planned plant in Ste. Genevieve, Missouri. Fortera reports that its ReAct cement, produced using captured carbon dioxide, generates 70% fewer emissions than ordinary Portland cement production.

Steel Certificates and Electric Freight

Stegra’s multi-year agreement with Meta covers third-party-verified EACs linked to its green-steel plant in Northern Sweden, which is under construction. Stegra reports that its green-hydrogen and renewable-electricity process can reduce carbon-dioxide emissions by up to 95% compared with conventional blast-furnace steelmaking.

Under the book-and-claim arrangement, the environmental attributes are separated from the physical steel. The steel is delivered without those attributes, its buyer makes no environmental claim, and the emissions benefit belongs solely to the EAC holder. Stegra applies the arrangement to non-prime steel made through the same process and says a new mill produces a larger share of non-prime output during its ramp-up.

Meta is also expanding its electric-freight work with Nevoya to a California-and-Arizona route along Interstate 10, following partnerships with NFI in Virginia and with Nevoya and the Center for Green Market Activation in Texas. The expansion supports heavy-duty electric trucks and dedicated charging along the route. The planned permanent charging stations will be open access, allowing other commercial fleets to use the infrastructure.

Recycled Plastics and Supply-Chain Limits

MacroCycle’s agreement covers Meta’s purchase of EACs linked to recycled-PET production at the company’s first commercial plant in the Southeastern US. MacroCycle says the plant is anticipated to produce 5,000 tonnes of recycled PET annually and that Meta’s long-term demand provides the support needed to finance construction. PET is a lightweight plastic commonly used in packaging and textiles.

The SolvoGenesis process uses solvents to dissolve and purify PET while retaining the polymer chain. MacroCycle says this allows it to process mixed and contaminated plastic waste that conventional mechanical recycling cannot handle, producing material capable of replacing fossil-fuel-based PET.

Meta reports matching 100% of its annual electricity use with clean and renewable energy since 2020. Its ability to reduce supply-chain emissions remains constrained by how far its influence extends and which lower-carbon products are commercially available. The package addresses that constraint through long-term purchases of future production, alongside options for direct material use.

The immediate significance is therefore financial as much as physical: Meta is committing future demand while much of the capacity remains unfinished. Turning those commitments into direct reductions from data-center construction will require completed plants and, where Meta holds priority-access options, actual deliveries of the physical materials.