How To Land In Google’s Next Data Center Spec in 2026
We dissected Google’s latest sustainability report to show how it will reshape procurement of construction materials and data center physical infrastructure; MEP systems, power and cooling equipment, racks, cabling, and other non-IT components; and what manufacturers must do now to get specified in 2026 and 2027. As hyperscalers tighten embodied-carbon targets, those with credible, product-specific EPDs will keep winning in these billion dollar projects.


Google’s 2025 report: embodied carbon is a gate
AI growth is rewriting what “good enough” looks like in construction packages. Google’s 2025 Environmental Report, which covers FY2024, puts numbers behind that shift and elevates embodied carbon from a slide to a spec. The takeaway for material manufacturers is simple. If your product cannot be credibly modeled at bid time, it loses ground to those that can. This is where high-quality EPDs stop being optional and start deciding who gets shortlisted.
Google reports a 12 percent year-over-year reduction in data-center energy emissions in 2024, while total emissions climbed due to rapid AI growth and upstream manufacturing, most of which sits in Scope 3 (Google Environmental Report, 2025). Independent coverage pegs Scope 3 up roughly twenty-two percent year over year and the company’s total footprint up forty-eight percent versus 2019, underscoring why embodied carbon matters commercially in 2025 (ESG Dive, 2025; The Verge, 2025).
Google is targeting embodied carbon in real estate and data centers and is improving design and procurement to cut it.
Signals that EPDs are being operationalized, not just discussed
Google runs a dedicated instance of the EC3 database containing most Environmental Product Declarations worldwide, allowing its procurement team to look up whether products that might be specified come with an EPD and what their top-level impact numbers are (Building Transparency, 2025).
Google also co-signed the iMasons Climate Accord open letter calling on suppliers to publish EPDs so buyers can quantify Scope 3 and select lower-carbon options (iMasons Climate Accord, 2024). These are strong, verifiable signs that EPDs determine shortlists.
Hyperscaler gravity that pulls specs toward EPDs
In 2024, Google joined AWS, Meta, and Microsoft through the Open Compute Project to trial low-carbon concrete mixes for data-center slabs, with results indicating more than fifty percent embodied-carbon reductions against typical baselines and a white paper path for sharing methods (DataCenterDynamics on OCP trials, 2024). When the biggest buyers coordinate on materials, supply chains pivot. Manufacturers that arrive with verified EPDs, plant-specific data, and mix designs that hit target GWPs will get earlier looks.


Where the bar is rising, package by package
MEP is no longer a blind spot. The MEP 2040 initiative shows that MEP components can represent a significant share of cradle-to-gate embodied impacts, which turns product-specific EPDs for ducts, piping, cable trays, UPS housings, switchgear, and chillers from “nice” to “necessary” (CLF MEP 2040, 2025).
Flooring is not exempt. Data-center programs frequently use heavy-grade raised access floors in select rooms. Tier-one systems carry verified EPDs, including Tate and Kingspan panels that are explicitly marketed for data-center duty.
Cabling and balance-of-plant are in scope
Hyperscalers care about upstream manufacturing because Scope 3 dominates. That puts attention on power and network cabling, busways, and trays. Major cable suppliers already publish EPDs, which makes comparisions possible across copper and fiber families. Manufacturers without product-specific declarations will be modeled conservatively, which quietly weakens bids.
How much revenue is at stake
Google signaled a ten-year plan to invest up to forty billion dollars in data centers and offices in Texas, plus a new semiconductor facility partnership. That is oxygen for supply chains that can deliver lower embodied carbon with proof (Reuters, 2025). In Europe, Google announced roughly 5.5 billion euros of multi-year infrastructure and data-center investment in Germany, including a new site near Frankfurt (Reuters, 2025).
The energy side is not a distraction, it raises the bar for materials
As AI drives up electricity demand, regulators and the public look harder at everything they can see and everything they cannot. A DOE-backed outlook warns that U.S. data-center power consumption could nearly triple by 2028, which magnifies scrutiny of both operational and embodied emissions (Reuters on DOE-LBNL analysis, 2024). The operational story gets you in the press release. The embodied story keeps you on the shortlist.
What's important to know ahead of 2026
Spec teams want EPDs that are product-specific and independently verified under ISO 14025 and EN 15804, with a clear PCR, declared unit, reference year, modules disclosed, and facility identification when available. Upstream supplier data is preferred for carbon-intensive processes. The direction of travel favors more primary data so EC3 comparisons are fair and defensible.


Frequently Asked Questions
What exactly from Google’s 2024 Environmental Report matters to building product manufacturers?
It confirms buyers will evaluate embodied carbon alongside cost and schedule, and that EPD‑verified materials are central to how Google will cut construction impacts on data centers and campuses (Google Environmental Report, 2024).
Do hyperscalers actually align on material requirements or is this just talk?
There is visible alignment. In 2024, AWS, Google, Meta, and Microsoft tested low‑embodied‑carbon concrete together, targeting more than 50% GWP cuts for slab mixes, with results headed to an OCP whitepaper (Open Compute Project, 2024).
What kind of EPDs will specifiers prefer for steel, concrete, and glass?
Product‑specific, third‑party verified Type III EPDs, ideally facility‑specific, disclosing the PCR, declared unit, modules, reference year, and GWP figures that auditors can trace. EPA guidance reinforces the push for higher‑quality data and verification checklists (US EPA, 2025).
