Trend analysis: Business Sustainability — where the value pools are (and who captures them)

Business sustainability has shifted from a compliance and communications function to a core operational discipline generating measurable financial returns. The global market for sustainability-related products, services, and technologies reached $4.5 trillion in 2025, according to McKinsey's annual sustainability practice survey, with growth rates of 12-16% annually across key segments. Yet the distribution of value creation remains highly uneven. Approximately 65% of economic returns concentrate in five specific value pools, while numerous sustainability initiatives generate reputational benefits but limited financial value. For product and design teams evaluating where to allocate resources, understanding which value pools are expanding, which are contracting, and who captures the returns is essential for strategic positioning.

Why It Matters

The US sustainability landscape has undergone a structural transformation in the past three years. The Inflation Reduction Act (IRA) deployed $369 billion in climate and energy incentives, creating the largest industrial policy intervention in US history. The SEC's climate disclosure rules, phased in beginning 2026, require public companies to report material climate risks and Scope 1 and 2 emissions. California's SB 253 and SB 261 mandate comprehensive greenhouse gas reporting for companies with revenues exceeding $1 billion operating in the state, capturing thousands of enterprises regardless of their domicile.

These regulatory drivers have intersected with intensifying consumer and investor pressure. A 2025 NielsenIQ survey found that 73% of US consumers modified purchasing behaviour based on sustainability claims in the prior 12 months, up from 61% in 2022. Institutional investors managing over $35 trillion in assets have adopted sustainability-related investment criteria, according to the Global Sustainable Investment Alliance. Companies that fail to develop credible sustainability programmes face not only regulatory penalties but also capital access constraints, customer attrition, and talent recruitment challenges.

For product and design teams specifically, the implications are operational. Products must now be designed for end-of-life circularity, manufactured with traceable and responsibly sourced materials, and delivered with verified carbon footprint data. These requirements create both costs and opportunities, and the teams that understand the value pool landscape will capture disproportionate returns.

Key Concepts

Value Pool Mapping identifies where economic value concentrates across a sustainability ecosystem. Unlike traditional market sizing that estimates total addressable markets, value pool analysis examines profit concentration, competitive dynamics, and the structural factors that determine who captures returns. In sustainability, value pools often shift rapidly as regulatory frameworks evolve, technologies mature, and consumer preferences change. The distinction between revenue (the total spending in a segment) and value capture (the profit retained by specific participants) is critical: many sustainability segments generate substantial revenue but concentrate profits among a small number of well-positioned players.

Sustainability-as-a-Service (SaaS/Sustainability) represents the software and data infrastructure layer enabling corporate sustainability programmes. This includes carbon accounting platforms, ESG data management systems, supply chain traceability tools, and regulatory compliance software. The segment has attracted significant venture capital because it exhibits the recurring revenue models, high switching costs, and data network effects that technology investors favour. As of 2025, the sustainability software market in the US reached approximately $5.2 billion, with leading platforms achieving net revenue retention rates exceeding 130%.

Circular Economy Business Models encompass product-as-a-service, repair and refurbishment programmes, material recovery and recycling, and remanufacturing operations. These models generate value by extending product lifecycles, recovering embedded material value, and reducing input costs. The US circular economy market was valued at approximately $240 billion in 2025, but profitability varies dramatically by sector: electronics refurbishment achieves 25-40% gross margins, while textile recycling at scale remains margin-negative without subsidies.

Green Procurement and Supply Chain Decarbonisation involves the practices organisations use to reduce the environmental footprint of their purchased goods and services. Scope 3 emissions (indirect emissions across the value chain) typically represent 70-90% of a company's total greenhouse gas footprint, making procurement transformation the highest-leverage decarbonisation strategy for most organisations. The value pool here splits between consulting services (strategy and implementation), technology platforms (spend analysis, supplier scoring, lifecycle assessment tools), and verification services (third-party auditing and certification).

Voluntary Carbon Markets and Carbon Management encompass the purchase and retirement of carbon credits, the development and verification of offset projects, and the software platforms facilitating carbon portfolio management. The US voluntary carbon market reached $2.1 billion in 2025, but prices diverged sharply by credit type and quality, with nature-based removal credits trading at $15-45 per tonne and engineered removal credits (direct air capture) commanding $400-800 per tonne.

Business Sustainability Value Pools: Benchmark Ranges

Value Pool	2025 US Market Size	Growth Rate (CAGR)	Average Gross Margin	Value Concentration
Sustainability Software & Data	$5.2B	22-28%	65-75%	Top 5 capture 40%
Energy Efficiency Services	$18B	8-12%	20-30%	Fragmented
Circular Economy (Product Recovery)	$240B	10-14%	15-35%	Sector-dependent
Carbon Management & Credits	$3.8B	15-20%	30-50%	Top 10 capture 55%
Green Procurement Consulting	$4.1B	18-24%	40-55%	Big Four + specialists
Sustainable Packaging	$42B	9-13%	12-22%	Material-dependent
ESG Ratings & Verification	$2.3B	12-16%	55-70%	Top 3 capture 60%

What's Working

Sustainability Software Platforms (Persefoni, Watershed, Salesforce Net Zero Cloud)

The sustainability software value pool has emerged as the highest-margin, fastest-growing segment in business sustainability. Persefoni, the carbon accounting platform backed by $100 million in venture funding, grew its enterprise customer base by 180% in 2024, reaching over 200 large enterprise clients. Watershed, founded by former Stripe executives, secured $100 million in Series C funding at a $1.8 billion valuation, serving clients including Airbnb, Stripe, and DoorDash. Salesforce's Net Zero Cloud integrated sustainability data management into the broader Salesforce ecosystem, reaching 400+ enterprise deployments by 2025.

The value pool dynamics favour platforms that become the system of record for corporate sustainability data. Once a company embeds its emissions inventory, supplier data, and regulatory reporting workflows into a platform, switching costs are substantial. The best-positioned platforms are expanding from carbon accounting into broader ESG data management, supply chain traceability, and regulatory compliance, increasing average contract values from $50,000-100,000 annually to $200,000-500,000 for enterprise customers.

Circular Economy Leaders in Electronics (Apple, Dell, Back Market)

Apple's trade-in and refurbishment programme processed over 12 million devices in 2024, generating an estimated $3.5 billion in secondary market revenue while recovering critical minerals including cobalt, lithium, and rare earth elements. The company's Daisy disassembly robot can process 200 iPhones per hour, recovering materials at higher purity than traditional recycling methods. Dell's closed-loop recycled plastics programme has incorporated over 100 million pounds of recycled materials into new products since inception, reducing virgin material costs by 15-20%.

Back Market, the French refurbished electronics marketplace operating extensively in the US market, achieved $600 million in annual revenue in 2024, demonstrating consumer willingness to purchase refurbished devices when quality and warranty protections are credible. The electronics circular economy value pool benefits from high material value density, established collection infrastructure, and growing consumer acceptance, making it one of the few circular segments achieving consistent profitability without subsidies.

Green Procurement Transformation (EcoVadis, IntegrityNext)

The green procurement value pool has accelerated as Scope 3 reporting requirements force companies to measure and reduce supply chain emissions. EcoVadis, the sustainability ratings platform, assessed over 130,000 companies across 200 industries in 2025, with enterprise subscription revenues exceeding $300 million. The platform's network effects create a powerful competitive advantage: as more buyers require EcoVadis assessments, more suppliers participate, increasing the platform's data value for all participants.

IntegrityNext, acquired by Resilinc in 2024, demonstrated how supply chain sustainability monitoring generates value beyond compliance. Companies using the platform reported 23% faster identification of supply chain ESG risks and 15% reduction in supplier-related disruptions. The value pool is shifting from basic assessment (a commoditising function) toward predictive analytics and automated improvement recommendations, where margins are substantially higher.

What's Not Working

Voluntary Carbon Offset Markets Face Credibility Crisis

The voluntary carbon market experienced significant turbulence in 2024-2025 as investigative reporting and academic studies challenged the integrity of widely traded offset credits. A 2024 study published in Science found that 78% of REDD+ forest carbon credits from a sample of certified projects did not represent actual emission reductions. Verra, the largest carbon credit registry, implemented revised methodologies in response, but market confidence has not fully recovered. Trading volumes in nature-based credits declined 30% in 2024 compared to 2023 peaks.

For businesses, the credibility crisis has complicated carbon neutrality claims and shifted investment toward direct emission reductions and high-quality engineered removal credits. The value pool is bifurcating: high-integrity credits (with robust monitoring, reporting, and verification) command premium prices, while lower-quality credits face declining demand and potential regulatory restrictions.

Sustainable Packaging Margins Remain Compressed

Despite consumer demand for sustainable packaging and regulatory pressure from state-level extended producer responsibility (EPR) legislation, the sustainable packaging value pool continues to deliver thin margins. Compostable packaging materials cost 2-4x their conventional equivalents, and industrial composting infrastructure in the US remains inadequate to process volumes at scale. PCR (post-consumer recycled) plastics face volatile pricing driven by virgin resin costs and collection system inconsistencies.

Companies investing heavily in sustainable packaging (including Danone, Unilever, and PepsiCo) have struggled to pass incremental costs to consumers without volume declines. The value in this pool accrues primarily to material science innovators holding patents on novel bioplastics or chemical recycling technologies, not to the consumer brands bearing the transition costs.

ESG Rating Divergence Undermines Decision-Making

The ESG ratings and verification value pool generates healthy margins for rating providers but delivers inconsistent value to corporate users. A 2025 MIT Sloan study found that correlations between major ESG rating agencies (MSCI, Sustainalytics, ISS ESG, CDP) averaged only 0.54, meaning that a company rated highly by one agency might receive mediocre scores from another. This divergence creates confusion for product teams attempting to benchmark sustainability performance and for investors trying to compare companies.

The value pool is consolidating as regulators (particularly the SEC and EU authorities) push toward standardised reporting frameworks, which may reduce the influence of proprietary ratings. Companies spending $200,000-500,000 annually on ESG rating management and data submissions are increasingly questioning the return on this investment.

Myths vs. Reality

Myth 1: Sustainability always commands a price premium from consumers

Reality: Consumer willingness to pay premiums for sustainable products varies dramatically by category and demographic. NielsenIQ data shows that consumers will pay 10-15% premiums for sustainable food and personal care products but less than 5% for sustainable household goods and apparel. In B2B markets, sustainability features rarely command premiums unless they reduce total cost of ownership (through energy efficiency, material savings, or regulatory compliance benefits). Product teams should design for cost parity with sustainability benefits rather than assuming premium positioning.

Myth 2: First movers in sustainability capture the most value

Reality: In most sustainability value pools, fast followers that learn from pioneer mistakes capture superior returns. Tesla was the electric vehicle pioneer, but legacy automakers with established manufacturing infrastructure and dealer networks are capturing increasing market share as the market matures. Similarly, early corporate sustainability programmes generated reputational benefits, but the financial returns are now accruing to companies that systematically embed sustainability into operations, procurement, and product design rather than those that merely made early commitments.

Myth 3: More sustainability data always leads to better decisions

Reality: Many organisations have invested heavily in sustainability data collection without building the analytical capabilities to extract value. The average Fortune 500 company now manages over 500 sustainability-related data points across Scope 1, 2, and 3 emissions, water, waste, and social metrics. Yet fewer than 30% of these companies have dedicated sustainability analytics teams capable of translating data into actionable product design or procurement decisions. Data without analytical capacity is cost without value.

Myth 4: Sustainability value creation requires large capital investments

Reality: The highest-return sustainability interventions are often operational rather than capital-intensive. Energy management improvements, waste reduction programmes, procurement optimisation, and design-for-circularity practices frequently deliver 15-30% returns with minimal capital expenditure. Capital-intensive interventions (renewable energy installations, manufacturing process changes, new material development) offer larger absolute returns but longer payback periods and higher risk. Product teams should exhaust operational improvements before pursuing capital-intensive sustainability investments.

Key Players

Established Leaders

Schneider Electric has positioned itself as the leading sustainability services company, combining energy management hardware with EcoStruxure software and a 4,000-person sustainability consulting practice generating over $1 billion annually.

MSCI dominates ESG ratings and indices, with ESG-related revenues exceeding $600 million in 2025 and growing at 20%+ annually, driven by institutional investor demand for ESG benchmarking.

Accenture built the largest sustainability consulting practice among professional services firms, with over 5,000 dedicated sustainability practitioners and $2 billion in sustainability-related consulting revenue.

Emerging Innovators

Persefoni leads the carbon accounting platform market for large enterprises, with its AI-powered platform automating emissions calculations across Scope 1, 2, and 3 categories.

Watershed targets technology companies and high-growth enterprises with a developer-friendly carbon management platform emphasising data integration and procurement-grade carbon credits.

Rheaply operates a B2B asset exchange platform enabling organisations to reuse surplus equipment and materials internally and across partner networks, addressing the circular economy opportunity with a marketplace model.

Key Investors and Funders

Brookfield Asset Management has committed $15 billion to its Global Transition Fund, the largest private sustainability investment vehicle, targeting decarbonisation opportunities across multiple sectors.

Generation Investment Management (co-founded by Al Gore) manages over $44 billion with sustainability as a core investment thesis, influencing corporate sustainability strategies through active ownership.

US Department of Energy Loan Programs Office has deployed over $40 billion in loans and guarantees for clean energy and sustainability projects, providing catalytic capital for capital-intensive sustainability infrastructure.

Action Checklist

• Map your company's sustainability spending against the seven value pools identified above to identify allocation mismatches
• Evaluate sustainability software platforms for carbon accounting and supply chain data, prioritising platforms with strong API ecosystems
• Assess circular economy opportunities in your product portfolio: which products have high material value recovery potential?
• Benchmark green procurement maturity using EcoVadis or equivalent frameworks and establish supplier sustainability scoring
• Quantify non-energy sustainability benefits (risk reduction, talent retention, customer preference) alongside direct cost savings
• Audit current ESG data collection for decision relevance and eliminate metrics that do not inform product or operational decisions
• Prioritise operational sustainability improvements (waste reduction, energy efficiency) before capital-intensive interventions
• Develop Scope 3 measurement capabilities for your top 20 suppliers by spend, focusing on data quality over coverage breadth

FAQ

Q: Which sustainability value pool offers the best risk-adjusted returns for a mid-market US company? A: Energy efficiency services and operational waste reduction consistently deliver the highest risk-adjusted returns across company sizes, with typical payback periods of 12-24 months and internal rates of return exceeding 25%. These interventions require minimal capital, generate immediate P&L benefits, and build organisational capabilities that support more ambitious sustainability initiatives. Sustainability software investments offer the next best returns for companies with complex supply chains or regulatory reporting requirements.

Q: How should product teams prioritise sustainability features when designing new products? A: Prioritise features that reduce total cost of ownership for customers (energy efficiency, durability, ease of repair) over features that increase sustainability credentials without economic benefit. Customers consistently value sustainability when it aligns with lower costs or better performance. Design for disassembly and material recovery should be standard practice, as EPR legislation is expanding across US states and will eventually mandate end-of-life responsibility for most product categories.

Q: Is it better to build internal sustainability capabilities or outsource to consultants? A: Build core capabilities internally (carbon accounting, regulatory compliance, product lifecycle assessment) and outsource specialised or episodic needs (strategy development, third-party verification, technology evaluation). Companies that outsource core sustainability functions permanently create vendor dependency and fail to develop the institutional knowledge needed for continuous improvement. The optimal model maintains a lean internal team of 3-5 sustainability professionals per $1 billion in revenue, supplemented by external expertise for specific projects.

Q: What metrics should product teams track to measure sustainability value creation? A: Focus on metrics that connect sustainability performance to financial outcomes: carbon cost per unit of revenue ($/tonne CO2e per $M revenue), material circularity rate (% of inputs from recycled or renewable sources), energy intensity (kWh per unit produced), and customer sustainability preference (measured through conjoint analysis or revealed preference data). Avoid vanity metrics such as total number of sustainability initiatives or percentage of suppliers assessed, which measure activity rather than impact.

Q: How will the IRA incentives affect sustainability value pools over the next five years? A: IRA incentives will accelerate value pool growth in energy efficiency (Section 179D deductions for commercial buildings), clean energy procurement (production and investment tax credits), and advanced manufacturing (Section 45X production credits for clean energy components). Companies that align product development and procurement strategies with IRA incentive structures can capture 15-30% cost advantages over competitors that do not. However, IRA incentive availability depends on political continuity, and product teams should build business cases that remain viable even if incentive levels are reduced after 2030.

Sources

• McKinsey & Company. (2025). The State of Sustainability 2025: Market Sizing and Value Pool Analysis. New York: McKinsey Global Institute.
• NielsenIQ. (2025). US Consumer Sustainability Sentiment Survey 2025. Chicago: NielsenIQ.
• Global Sustainable Investment Alliance. (2025). Global Sustainable Investment Review 2025. Washington, DC: GSIA.
• Berg, F., Koelbel, J., & Rigobon, R. (2025). Aggregate Confusion: The Divergence of ESG Ratings. MIT Sloan School of Management Working Paper.
• US Department of Energy. (2025). Inflation Reduction Act Implementation Report: Clean Energy Deployment Progress. Washington, DC: DOE.
• BloombergNEF. (2025). Voluntary Carbon Market Outlook: Integrity, Pricing, and Volume Trends. New York: Bloomberg LP.
• Ellen MacArthur Foundation. (2025). Circular Economy in North America: Market Sizing and Opportunity Assessment. Cowes, UK: EMF.