Data story: Key signals in Circularity metrics, LCA & reporting

Circularity measurement is moving from a niche exercise to a boardroom priority. The global market for life cycle assessment (LCA) software alone grew 28% year-over-year in 2025, reaching $1.4 billion. Five key signals reveal where circularity metrics, LCA, and reporting are heading, and which capabilities companies need to stay ahead of tightening regulation and shifting buyer expectations.

Quick Answer

Circularity metrics and LCA reporting are undergoing a structural shift driven by regulation, data infrastructure, and supply chain transparency demands. The EU's Ecodesign for Sustainable Products Regulation (ESPR) now requires digital product passports with embedded circularity data. LCA automation is cutting assessment timelines from months to days. Material Circularity Indicator (MCI) adoption among Fortune 500 companies has risen 250% since 2021. Companies that invest in automated LCA pipelines, standardised circularity KPIs, and supply chain data integration are building durable competitive advantages.

Signal 1: Material Circularity Indicator Adoption Surging

The Data:

• 2021: 12% of Fortune 500 tracked a formal circularity metric
• 2025: 42% of Fortune 500 report at least one circularity indicator
• Growth: 250% increase in formal circularity metric adoption over four years

What It Means:

Circularity measurement has crossed the threshold from sustainability-team exercise to enterprise KPI. The Ellen MacArthur Foundation's Material Circularity Indicator (MCI) remains the most widely adopted framework, used by 60% of reporting companies, followed by the Cradle to Cradle Certified framework at 22%.

The sophistication of reporting varies significantly:

• Product-level circularity: 28% of companies report circularity scores at the product or product-line level
• Facility-level tracking: 55% track waste diversion and recycled content at site level only
• Supply chain integration: 15% incorporate upstream supplier circularity data into their metrics

Unilever exemplifies advanced practice, publishing product-level circularity scores across its home care portfolio and tying procurement contracts to supplier MCI targets. This approach has driven a 34% increase in recycled content across its packaging since 2022.

The Next Signal:

Watch for sector-specific circularity benchmarks. Industry associations in electronics, textiles, and construction are developing standardised circularity KPIs, creating comparability that regulators and investors demand.

Signal 2: LCA Automation Compressing Timelines

The Data:

• Traditional LCA timeline: 6-12 months per product assessment
• Automated LCA platforms: 2-5 days for screening-level assessments
• Cost reduction: 70-85% lower cost per assessment with automated tools
• Database coverage: 40,000+ processes in leading databases (Ecoinvent 3.10, GaBi)

What It Means:

The bottleneck in circularity reporting has always been the LCA. Manual assessments required specialist consultants, months of data gathering, and six-figure budgets. Automated platforms are fundamentally changing this economics.

Platform Capabilities:

• Parametric LCA: Instant recalculation when materials, suppliers, or processes change
• API integration: Direct connection to ERP and procurement systems for real-time data
• Multi-impact assessment: Simultaneous calculation of carbon, water, toxicity, and circularity metrics
• Uncertainty quantification: Monte Carlo simulation built into automated workflows

Schneider Electric deployed automated LCA across its product portfolio of 400,000+ SKUs. Using Sphera's LCA software integrated with its SAP system, the company reduced assessment time per product from four months to 48 hours and identified 12% additional carbon reduction opportunities that manual assessments had missed.

The Next Signal:

AI-augmented LCA is emerging. Machine learning models trained on completed assessments can predict environmental impacts for new product designs before physical prototyping, enabling eco-design at the concept stage rather than post-production evaluation.

Signal 3: Digital Product Passports Driving Data Infrastructure

The Data:

• Regulatory mandate: EU ESPR requires digital product passports starting 2027 (batteries first)
• Data fields: 50+ mandatory environmental and circularity data points per product
• Pilot programs: 35+ industry pilots completed across textiles, electronics, and construction
• Investment: $800 million invested in digital product passport infrastructure (2023-2025)

What It Means:

Digital product passports (DPPs) represent the most significant data infrastructure buildout in circularity history. Every product sold in the EU will need to carry embedded data on material composition, recycled content, repairability scores, and end-of-life instructions.

Infrastructure Requirements:

• Data collection: Component-level material tracking across multi-tier supply chains
• Data standards: GS1 and CIRPASS frameworks defining interoperable formats
• Access management: Differentiated access for consumers, recyclers, and regulators
• Verification: Third-party validation of circularity claims embedded in passports

The EU Battery Regulation, which took effect in February 2025, serves as the first live test. CATL and Samsung SDI are among the first manufacturers publishing battery passports with cell chemistry, recycled cobalt content, carbon footprint data, and expected cycle life. Early results show that batteries with passports command a 3-5% price premium in B2B procurement.

The Next Signal:

Cross-border passport interoperability. The UK, Japan, and South Korea are developing DPP frameworks compatible with EU standards, signalling that digital circularity data will become a global trade requirement, not just a European one.

Signal 4: Waste-to-Value Tracking Becoming Granular

The Data:

• Waste characterisation accuracy: Improved from 60% to 88% with AI-enabled sorting analytics
• Material flow tracking: 45% of large manufacturers now track waste streams by material type and destination
• Revenue from waste streams: Companies with granular tracking report 25-40% higher waste valorisation revenues
• Data frequency: Monthly reporting standard; weekly and real-time emerging

What It Means:

The old metric of "waste diversion rate" is giving way to detailed material flow analysis that tracks what happens to every output stream. This granularity unlocks economic value and compliance capability simultaneously.

Tracking Improvements:

• RFID and barcode tagging: Waste containers tracked from generation point to final destination
• AI visual sorting: Cameras and machine learning classify waste streams in real time
• Mass balance verification: Third-party audits confirming claimed recycling rates against facility throughput
• Financial integration: Waste management costs and revenues tied to specific material streams

DS Smith, the UK-based packaging company, implemented IoT-enabled waste tracking across 250 customer sites. The system tracks corrugated cardboard from collection through processing, providing verified recycled content certificates. Customers using the system report 30% higher recycling rates and 18% lower waste management costs compared to conventional collection.

The Next Signal:

Blockchain-verified material provenance. Projects like Circularise and R3 are piloting distributed ledger systems that create immutable records of material flows, meeting the evidentiary standard that regulators and auditors require.

Signal 5: Reporting Frameworks Converging on Circularity

The Data:

• CSRD: Requires disclosure under ESRS E5 (Resource use and circular economy) starting 2025
• GRI 306: Updated waste standard adopted by 78% of GRI reporters
• ISO 59000 series: New circular economy management standards published 2024
• ISSB consideration: Biodiversity and circularity metrics under active development for future standards

What It Means:

Circularity reporting is moving from voluntary and fragmented to mandatory and standardised. The CSRD's ESRS E5 standard requires companies to disclose:

• Resource inflows (virgin vs. recycled, renewable vs. non-renewable)
• Resource outflows (waste by type and destination, products designed for circularity)
• Circularity targets and progress
• Financial effects of resource use and circular economy risks

Framework Alignment:

• ESRS E5 + GRI 306: 85% overlap in disclosure requirements, reducing dual-reporting burden
• ISO 59020: Provides measurement methodology that satisfies both ESRS and GRI
• Ellen MacArthur Foundation Circulytics: Enterprise-level circularity assessment aligned with regulatory frameworks

IKEA adopted an integrated reporting approach, using Circulytics as its internal measurement tool while mapping outputs directly to ESRS E5 disclosures. This reduced the company's circularity reporting effort by 40% compared to maintaining separate reporting workflows.

The Next Signal:

Financial materiality assessments for circularity. As raw material prices rise and supply disruptions increase, companies that quantify the financial impact of circular practices (reduced material costs, waste revenue, supply resilience) are demonstrating circularity as a value driver rather than a compliance cost.

Implications for Strategy

For Companies

Near-term (2025-2026):

• Implement at least one standardised circularity metric (MCI or equivalent)
• Deploy automated LCA for high-volume product lines
• Begin digital product passport data collection for EU-bound products

Medium-term (2027-2028):

• Achieve ESRS E5 compliance with verified circularity disclosures
• Integrate circularity metrics into procurement and product design decisions
• Establish supplier circularity data exchange protocols

For Investors

Due Diligence Signals:

• Does the company report product-level circularity metrics?
• What percentage of LCA assessments use primary vs. estimated data?
• Is the company prepared for digital product passport requirements?
• Are circularity metrics tied to executive compensation or procurement decisions?

For Solution Providers

Growth Opportunities:

• Automated LCA platforms with ERP integration
• Digital product passport infrastructure and data management
• AI-enabled waste characterisation and material flow tracking
• Circularity reporting software aligned with ESRS E5 and GRI 306

Key Players

Established Leaders

• Sphera: Leading LCA software provider with GaBi database covering 15,000+ processes. Used by 60% of Fortune 100 for product sustainability assessments.
• Ecoinvent: Largest transparent LCA database with 40,000+ datasets. The standard reference for academic and commercial LCA worldwide.
• Bureau Veritas: Global testing and certification firm verifying circularity claims across 140 countries. Expanded circular economy certification services 45% in 2024.
• Ellen MacArthur Foundation: Developer of the Material Circularity Indicator and Circulytics assessment tool. Partners with 100+ companies on circular economy measurement.

Emerging Startups

• Makersite: AI-driven product lifecycle intelligence platform enabling automated multi-criteria LCA in hours rather than months.
• Circularise: Blockchain-based supply chain transparency platform for tracking material provenance and recycled content verification.
• Ecochain: Cloud-based LCA platform designed for non-specialists, making environmental footprinting accessible to SMEs.
• Circular IQ: Digital product passport and supply chain circularity data management platform used across textiles and electronics.

Key Investors and Funders

• European Investment Bank: Largest funder of circular economy infrastructure in Europe, committing EUR 10 billion through its Circular Economy Action Plan.
• Closed Loop Partners: New York-based investment firm focused on circular economy infrastructure with $500 million under management.
• SYSTEMIQ: Impact-focused advisory and investment firm backing circular economy measurement and data solutions.

FAQ

What is the Material Circularity Indicator and why does it matter? The Material Circularity Indicator (MCI) is a framework developed by the Ellen MacArthur Foundation and Granta Design. It scores products and companies on a 0-1 scale based on how restorative their material flows are, considering recycled input, product utility (lifespan and usage intensity), and end-of-life recovery. It matters because it provides a standardised, comparable metric that investors and regulators increasingly require.

How much does an automated LCA cost compared to a traditional assessment? Traditional LCA conducted by consultants typically costs $30,000-150,000 per product and takes 6-12 months. Automated LCA platforms reduce this to $2,000-10,000 per product with turnaround times of 2-5 days. Annual platform licenses for enterprise use range from $50,000-250,000, covering unlimited assessments.

When do digital product passport requirements take effect? The EU Battery Regulation requires battery passports from February 2027. Textiles and electronics DPPs are expected by 2028-2030 under ESPR. Companies selling into the EU market should begin data collection infrastructure buildout now, as supply chain data gathering takes 12-18 months for most organisations.

What is the difference between ESRS E5 and GRI 306 for circularity reporting? ESRS E5 covers resource use and circular economy broadly, requiring disclosure of material inflows, outflows, circularity targets, and financial impacts. GRI 306 focuses specifically on waste management and disposal. There is approximately 85% overlap, and most companies can satisfy both frameworks with a single data collection process. ESRS E5 is mandatory for EU-regulated companies; GRI 306 remains voluntary but widely adopted.

Sources

1. Ellen MacArthur Foundation. "Circulytics Indicator Methodology and Results." EMF, 2025.
2. European Commission. "Ecodesign for Sustainable Products Regulation: Digital Product Passport Requirements." EC, 2024.
3. EFRAG. "ESRS E5 Resource Use and Circular Economy: Implementation Guidance." EFRAG, 2024.
4. BloombergNEF. "LCA Software Market Outlook and Investment Trends." BNEF, 2025.
5. World Business Council for Sustainable Development. "Circular Metrics Landscape Report." WBCSD, 2025.
6. International Organization for Standardization. "ISO 59000 Series: Circular Economy Standards." ISO, 2024.
7. GRI. "GRI 306: Waste 2020 Implementation Review." Global Reporting Initiative, 2025.