Design
Design for Disassembly
AI prioritySpecify screw-based fastening, labeled subassemblies and tool-light access so servers, GPUs and cooling modules can be separated cleanly at end of life.
- Impact
- High
- Feasibility
- Medium
- AI relevance
- High
Inside the AI data center, every part has two price tags.
One is what it costs to buy and run. The other is what it leaves behind when it is retired. Click any marker to see both.
CostWaste
$725B in planned 2026 capex at Google, Amazon, Microsoft and Meta
AI server e-waste figures follow de Vries-Gao , which counts server hardware only, not the cooling, power or building equipment around it. Custom chips such as Google's TPUs are not publicly reported and enter only the upper bound. Figures elsewhere come from different years and methods; read them as orders of magnitude.
The problem
The AI build-out has a back end.
Every server bought for AI becomes a depreciating asset and, eventually, a stream of circuit boards and batteries. How that hardware is retired decides how much value a company recovers and how much waste the world absorbs.
- $725B
$725B
Planned 2026 capex at Google, Amazon, Microsoft and Meta, up 77% from about $410B a year earlier .
Data: 2026
- Up to 224.8M kg
Up to 224.8M kg
Upper bound for AI server e-waste in 2030, about 0.13 to 0.22 Mt, based on how many AI servers chip-packaging capacity can produce. That is in the same range as the yearly e-waste of countries such as Denmark and Austria .
Data: 2026
- 22.3%
22.3%
Share of the world's 62 Mt of 2022 e-waste documented as properly collected and recycled .
Data: 2022
- 24 to 31%
24 to 31%
Lower lifetime cost of ownership per server when hardware gets a second life with downstream users, modeled for grids from Quebec to Virginia .
Data: 2020
Amazon and Meta made opposite calls on how long servers last
Hardware lifespan is an accounting choice worth billions. In January 2025 Amazon shortened the useful life of a subset of its servers and networking gear from six years to five, citing the pace of AI development, and expected about $700 million less operating income in 2025, on top of $920 million in accelerated depreciation for early retirements . The same month Meta lengthened its server life to 5.5 years and expected roughly $2.9 billion less depreciation in 2025 .
Public policy
E-waste policy strength
Select a country to inspect the regulation in force.
ComprehensiveEstablishedEmergingLimitedNo PolicyNo Data
No country selected
Click a country on the map to see the policies tracked there.
Private sector
Company disclosures
What monitored companies publish about e-waste — no ranking, no scoring.
Atlas Server Systems
North America · 8,900 tonnes — Manufacturing and take-back e-waste (Company-wide, 2024)
Dunes Digital
Middle East · Not disclosed
Kanso Compute
Asia Pacific · Not disclosed
Meridian Data Estates
Europe · 3,820 tonnes — IT hardware waste generated (Data center operations, 2024)
Northwind Cloud
North America · 12,400 metric tonnes — Electronic waste generated (Data center operations, 2024)
Circularity practice
Circularity recommendations
Strategies to cut e-waste across the hardware lifecycle.
Design
Modular and Upgradeable Architecture
AI priorityDecouple accelerators, memory and storage from the chassis so a node can be upgraded rather than replaced when a new AI hardware generation arrives.
- Impact
- High
- Feasibility
- Medium
- AI relevance
- High
Use
Reuse and Refurbishment
AI priorityRedeploy retired training hardware into inference, staging or edge workloads, extending useful life by two to four years before recycling.
- Impact
- High
- Feasibility
- High
- AI relevance
- High
End of life
Component Recovery
AI priorityHarvest DIMMs, SSDs, power supplies and interconnects from decommissioned nodes to feed spare-part pools and cut new procurement.
- Impact
- Medium
- Feasibility
- High
- AI relevance
- High
About this project
To what extent do current sustainability reporting frameworks and e-waste policies adequately address electronic waste generated by AI-driven data center infrastructure?
Why this exists
CircularAI Monitor is an interactive observatory tracking the e-waste and hardware lifecycle impact of AI infrastructure expansion — data centers, GPUs and servers. It brings together public policy, corporate disclosure and circularity practice in a single, source-linked view.
Who it's for
Policymakers and regulators
Click a country to see its e-waste policies and what those policies actually say.
Sustainability and ESG professionals
See what each company publicly discloses about e-waste, with a focus on data center–related e-waste.
Researchers and academic institutions
Every figure is source-linked, with full references below.
What's in the dashboard
E-waste policy strength
Select a country to inspect the regulation in force.
Open full pageCompany disclosures
What monitored companies publish about e-waste — no ranking, no scoring.
Open full pageCircularity recommendations
Strategies to cut e-waste across the hardware lifecycle.
Open full pageFrameworks & agreements
Supranational law, treaties, voluntary frameworks, industry pacts and certification standards
Open pageRegulatory base
Requirements, authorities and documents behind every tracked policy
Open pageReports
Source documents behind every published disclosure
Open page
How the evidence was gathered
The observatory brings together public policy, corporate disclosure and circularity practice. Company entries show only what each company publicly reports, with a source on every metric; nothing is scored or inferred.
- Frameworks and agreements
- EU WEEE Directive · ESRS E5 · EU Taxonomy · EU Servers Ecodesign · EU EED · EU Waste Framework Directive · GRI 306 · ISSB / IFRS S1 & S2 · SASB · ISO 59000 · Basel Convention · Stockholm Convention · Bamako Convention · CNDCP · R2v3 · e-Stewards
- Policies
- WEEE Directive · ElektroG3 · AGEC Anti-Waste Law for a Circular Economy · Circular Economy Implementation Programme · RCRA · California SB 20 · Virginia CRRA · Provincial EPR Programs for Electronics · National Solid Waste Policy — Electronics Sectoral Agreement · REP Law 20.920 · Act on Promotion of Recycling of Small Waste Electrical Equipment · E-Waste (Management) Rules, 2022 · WEEE Fund and Circular Economy Promotion Law · National Television and Computer Recycling Scheme · Circular Economy Policy 2021-2031 · EPR Regulations for Electrical and Electronic Equipment · EPR Guidelines for the Electrical/Electronics Sector · Waste Management Law — Electronic Waste Chapter
- Companies
- Atlas Server Systems · Dunes Digital · Kanso Compute · Meridian Data Estates · Northwind Cloud · Silicon Forge · TerraByte Africa · VerdeCloud