Optimizing return and impact in climate initiatives

I was invited to speak to the Chief Sustainability Officer group at the World Economic Forum during climate Week. I urged us all to take control of the narrative. Here is a summary... Let’s shift the narrative. As sustainability leaders… Let’s not talk about decarbonization as emissions. Let’s talk about it as innovation that drives: ·    energy cost savings, ·    avoidance of energy pricing volatility ·    avoidance of carbon fees ·    reduced maintenance ·    increased productivity ·    sales lift Let’s not talk about tons of waste diverted from landfill and reused, let’s talk about it as innovation that reduces: ·    virgin input costs ·    waste disposal costs ·    exposure to geopolitical risk in supply chains ·    exposure to tariffs (e.g. Renault is putting 45% of used car components into new cars) Our research into the Return on Sustainability Investment (ROSI) shows that sustainability is just good management.   The methodology (developed with companies) has found nine value drivers associated with sustainability, including operational efficiency, risk reduction, employee retention and productivity, sales and marketing, and and innovation and growth. For example, innovation is about identifying a problem or an opportunity. It can be focused on process, product or service. It can be incremental or transformative. From a sustainability perspective, innovations fall into two broad buckets:  ·    innovating sustainability improvements in an industry or a category ·    innovating with a process, product or service that is needed by society. The first approach requires understanding the material ESG issues for the sector and designing solutions that tackle that issue, while also improving the underlying value proposition - -which sustainability can do. The second approach is tougher, but has more potential to go big: Innovating to solve broad societal problems such as water scarcity, plastic packaging pollution and health impacts, tackling the carbon transition, social inequity and so on. Here we might look at innovation such as 3D printing (e.g. on demand) using recycled inputs – tires, dresses, construction materials etc. We might look at bio-based plastic made from air and methane-based greenhouse gas dissolved in saltwater, recyclable through biological digestion. We might look at how to give immigrants and others with no credit history access to credit through tracking ontime rental payments. So as you work with your companies, help them understand that managing the material ESG issues for their sector and company is not a reporting and compliance exercise. It is a good management exercise that can drive everything from operational efficiency to sales and customer loyalty to innovation that will help the bottomline. Put in place methods such as ROSI with your finance team or ESG controller to track the financial benefits so you can get sustainability to the speed and scale you and the planet want and need. 

Investment Opportunities in Climate Adaptation and Resilience 🌎 Climate change is intensifying physical risks across regions and sectors, placing climate adaptation and resilience (A&R) at the center of global strategic priorities. While mitigation addresses emissions, A&R solutions tackle the immediate and long-term risks to infrastructure, economies, and communities. Investment in Climate A&R remains at an early stage despite its scale and urgency. The BCG and Temasek report projects global A&R financing needs of $0.5 trillion to $1.3 trillion per year by 2030. This presents a significant opportunity for private capital to drive both financial returns and systemic resilience. The Climate Adaptation & Resilience Investment Opportunities Map provides a framework to assess where capital can be most effectively deployed. It structures opportunities into seven impact themes and offers a granular view of subsectors and solutions across industries. Investors will find diverse entry points—from early-stage ventures focusing on pure-play A&R innovations to established industrial players integrating resilience solutions into broader portfolios. This dual landscape enables a mix of venture, growth, and buyout strategies tailored to different risk appetites. Adaptation markets are inherently localized. Flood defense strategies, water efficiency technologies, and agricultural resilience solutions vary by geography, creating fragmented but scalable market opportunities that respond to specific climate risks and regulatory frameworks. The report highlights the importance of co-benefits. Nature-based solutions, for example, deliver protective functions while enhancing biodiversity and ecological health. At the same time, material-intensive interventions require careful scrutiny to balance resilience gains with environmental impacts. To capitalize on these trends, investors will need to navigate sectors where regulation, insurance incentives, and risk disclosure frameworks are evolving rapidly. Competitive advantages will accrue to those with deep technical expertise and the ability to scale proven solutions across markets. The Climate Adaptation & Resilience Investment Map identifies seven key impact themes: - Food Resilience - Infrastructure Resilience - Health Resilience - Business and Community Resilience - Water Resilience - Energy Resilience - Biodiversity Resilience Climate adaptation is shaping a new investment frontier, where value creation is tied directly to long-term societal and economic stability. #sustainability #sustainable #business #esg #climatechange

Climate Finance Paradox: Decarbonization causing more Sustainability challenges is the current state of Climate Finance. In this paper we firstly identify and formalize the Climate Finance Paradox: despite climate finance flows exceeding USD 2 trillion annually, most capital is structurally optimized for short-term, easily measurable carbon reduction rather than comprehensive sustainability (circular economy + ESG). Using theory from temporal discounting, principal–agent problems, and metric lock-in, we show why current climate finance architectures systematically underweight lifecycle impacts such as toxic waste accumulation (panels, blades, inverters, batteries etc.) critical mineral depletion, biodiversity loss, and social inequities. As a result, much of global climate finance concentrates in a “high-decarbonization, low-sustainability” zone, solving one crisis while quietly creating several serious sustainability problems. Secondly, we introduce a rigorous diagnostic and prescriptive decision architecture based on Dynamic Prescriptive Economics (DPE). The paper reduces the complexity of climate action into a two-dimensional decarbonization–lifecycle sustainability space and operationalizes it through the Regenerative Climate Finance Index (RCFI). By combining carbon performance with circularity, biodiversity, social equity, and institutional integration, each with explicit thresholds and weights - the framework prevents single (carbon) -metric optimization and enables transparent classification of projects and portfolios. This transforms climate finance evaluation from descriptive carbon reporting into a rule-based, decision-ready system capable of identifying paradoxical investments and guiding them toward regenerative outcomes. Thirdly, we show that the paradox is neither inevitable nor economically prohibitive. Through detailed scenario analysis across renewable energy, battery manufacturing, and nature-based solutions, the paper demonstrates that projects can move from the paradox zone to a regenerative ideal with modest capital premiums and often improved long-term risk-adjusted returns. By redesigning financial instruments (e.g., regenerative green bonds, blended finance, results-based payments) and embedding governance mechanisms (portfolio constraints, lifecycle accountability, community participation), the paper shows how policymakers, investors, and multilateral institutions can systematically shift climate finance toward solutions that simultaneously advance decarbonization, ecological regeneration, and social equity. @Climate Change / ESG Professionals Group

Death, taxes, and climate change seem to be the only certainties in life. If you accept that, the next question an investor should ask is: which investment type lets you capture abnormal returns from predictable demand driven by the latter? Here's the challenge: as weather gets hotter and more volatile, your portfolio is likely to suffer. Climate change is projected to reduce global GDP growth, damage infrastructure, disrupt supply chains, and increase commodity volatility. Traditional assets are negatively correlated with climate impacts. Adaptation investing flips that relationship. When heat waves drive cooling sales or floods drive infrastructure retrofits, those revenue streams grow because of climate impacts. That's favorable beta, if you can isolate it. The problem: most asset classes can't isolate the adaptation alpha opportunity or the favorable beta. When I present to family offices and investors, I walk through five asset classes. Each has standard risk-return profiles. But when you layer in adaptation exposure, the ability to capture returns varies dramatically: 🏦 Concessionary capital (~2% returns): Grant money, blended finance, first-loss capital. Does real impact unlocking projects in vulnerable communities. But returns are secondary by design. 👷🏼 Infrastructure capital (~7.5% returns): You're financing grid hardening, desalination, flood defenses. But you earn debt returns tied to counterparty credit risk. The adaptation tailwind doesn't reach you. 💹 Public markets (~10% returns): Easy to deploy large capital. But try isolating adaptation exposure in Carrier or Xylem. The signal is diluted inside diversified business lines. Hard to capture alpha from predictable demand shifts when stock prices move on supply chain execution and quarterly guidance. 📈 Growth capital / PE (~14% returns): Better. You can find companies specifically scaling adaptation products. But adaptation is a young category: there aren't many growth-stage companies yet (or funds). The opportunity set is thin. 💡 Innovation capital (~18% at the high end): This is where you can isolate both the adaptation alpha and the favorable beta. You're backing companies whose entire revenue is tied to markets that grow as climate impacts intensify. You can build a portfolio that behaves differently from traditional assets because it's positively correlated to physical climate risk. The trade-off: innovation capital is hardest to deploy at scale, carries the most risk, requires the most diligence. You can't write $100M checks into seed-stage companies. You need to pick well. But if adaptation spending is going from a fraction of investment to something much larger (and we believe it will) the question becomes: how do you want to position your capital to capture the opportunity?

How Sustainability Teams can make money. Ethical operating companies like Patagonia, Ben & Jerry’s, and Interface have proven that sustainable business practices aren’t just a “nice to have”. they drive profitability. It improves the bottom line of a company. Now, as corporate sustainability teams face growing pressure to prove their value amid deregulation and cost-cutting, it’s time for a strategic repositioning. Sustainability isn’t just policy work. It’s a core driver of business success that delivers financial returns. Here’s an approach that aligns impact with investment: High ROI + High Impact 👉 Priority Initiatives Low ROI + High Impact 👉 Strategic Investments High ROI + Low Impact 👉 Quick Wins Low ROI + Low Impact 👉 Low Priority Projects Impact How much does this project contribute to environmental and social sustainability? 💚 Carbon Reduction 💚 Circularity 💚 Water & Energy Savings 💚 Social Impact 💚 Biodiversity Protection ROI (Return of Investment) How much financial value does this project generate? 📈 Cost Savings 📈 Revenue Growth 📈 Regulatory & Compliance Benefits 📈 Brand & Customer Value 📈 Operational Efficiency Scoring System To prioritise projects, it’s necessary to have a scoring system in place—for example, a 1–10 scale for each metric under both Impact and ROI. Then, you weight the metrics according to the company’s priorities (e.g., carbon might be weighted more heavily). Examples Here are some examples for potential business cases: 💡 LED lighting retrofits 👉 Priority Initiatives Often has payback periods < 2 years with significant energy savings 🔃 Product redesign for circularity 👉 Strategic Investments Transformative impact but requires R&D and retooling 🚚 Optimising logistics routes 👉 Quick Wins Quick fuel savings but smaller portion of overall emissions 🌳 Carbon offsetting low-impact activities 👉 Low Priority Projects When direct reduction would be more effective »When you are led by values, it doesn't cost your business, it helps your business.« - Jerry, Greenfield / Co-Founder Ben & Jerry’s. This Matrix helps to prove it.

🌏 New Study Finds Climate Adaptation Delivers a 1,000% ROI And yet we’re underinvesting by $359 billion a year. It’s easy to think of adaptation as a safety net. But this new World Resources Institute report flips that idea on its head. Analysing 320 projects across 12 countries, the findings are clear: 🟢 Every $1 invested in adaptation delivers over $10 in returns. That’s $1.4 trillion in benefits over 10 years. Returns weren’t just from avoided damage, 65% of benefits came even without disasters. ✅ More jobs. ✅ Higher crop yields. ✅ Healthier communities. ✅ Stronger infrastructure. Some highlights: ⤷ Health projects: 78%+ return ⤷ Forestry & farming: 29%, plus biodiversity gains ⤷ Disaster risk tools (like early warning systems): 36% ⤷ Resilient infrastructure: ~30% & wide-reaching social impact ⤷ Water and wetlands: From Durban to Fortaleza, nature-based solutions are buffering floods, creating jobs & improving water quality Nearly half the projects studied also reduced emissions, aligning adaptation with mitigation. But the best bit: 🔍 Only 8% of evaluations captured the full picture. Which means these returns are likely underestimated. With the world facing $1B+ climate disasters almost every week and the adaptation funding gap now at $359B/year, the question isn’t whether we can afford to scale resilience. It’s whether we can afford not to. #ClimateResilience #AdaptationFinance #GreenEconomy #NatureBasedSolutions #NaturePositive

🚀 HAPPY NEW YEARS ✨ do you know why traditional metrics aren't enough for Climate VC's? .... Let me explain. The VC business seems simple, at first. LPs (Limited Partners) give money to smart fund managers who put money into startups and get really high returns. The traditional metrics used by LPs to evaluate & compare fund performance make sense when viewing the VC from a financial asset class perspective. 🟢 Financial metrics 📈 Internal Rate of Return (IRR avg. 12-15% target): Measures the rate of return on investments before deducting expenses. 💸Multiple on Invested Capital (MOIC avg. 3-5x typical): Reflects the ratio of total value (realized + unrealized) to invested amount, showing overall profitability but not the timing of the cash flows. 💲Gross Total Value to Paid-in-Capital (TVPI avg 1.5-2.0x): Combines realized returns (DPI) and unrealized returns (RVPI) to provide a holistic view of a fund’s overall performance. A TVPI > 1, we want that! 🤔 But is this enough for a Climate fund? The IRR, MOIC, TVPI often do not fully reflect the real impact of Climate VC funds. While LPs are investing for financial returns they are also today looking at the environmental impact on the long term. Climate VCs are holding onto untapped value in terms of the measurable change that Climate startups are delivering towards a positive world, which is something more and more LPs are interested in. This needs to be a basis for fund performance. Today some funds do have 📊 Scope 1-3 GHG Emissions, Green energy and efficiency metrics in the ESG playbook and are termed dark green (Article 9 funds). 📌 However, we need a systemic & updated metric system to compare fund performance that includes Climate and System impact. 🟢 Climate Impact Metrics: 🌍 Carbon-Adjusted IRR: This considers rising carbon prices and provides a more accurate measure of returns. It's vital as carbon markets change. 💡 Impact & Scope 4: It evaluates avoided emissions from new technologies, Land use, biodiversity restored, air pollution reduced etc. ⚡ Decarbonization Velocity: Highlights how quickly emissions are cut across sectors. Speed is crucial for urgent climate goals. 🟢 System Change Metrics: 🔍 Technology Cost Curve Reduction: This checks if climate solutions are becoming more affordable like Solar PV which dropped from $4.75/W in 2010 to $0.27/W in 2023. 🌿 Green Supply Chain Impact: Encourages markets for sustainable suppliers. ex. 50+ suppliers of low-carbon materials 🏗️ Infrastructure Enabled: Supports new systems' development, like the charging network startups that unlocked $500M in additional EV infrastructure investment A holistic approach provides a true picture of Climate VC's potential. It also aligns with the goals of attracting the right investors on board. 📌 Leading a new era in climate solutions is essential. Could better metrics incentivize and revolutionize climate investment evaluation? 🚀 Thanks Included VC

How can individuals power investment in climate-beneficial regenerative food and agricultural transition using their donor-advised funds (DAFs)? Following a strategic approach to philanthropic investing that targets funding climate, farming, and food solutions will provide the capital desperately required to invest, fill gaps, and nourish the risk-takers committed to regenerative system change. Here are the steps individuals can take: 1. Align Investment Goals with Climate Objectives: Individuals can start by integrating climate goals into their liquid, diversified, publicly traded portfolios. This can involve divesting from fossil fuel companies, investing in companies with solid climate practices, and engaging with companies to advocate for better environmental policies[1]. 2. Build Climate Solutions: Donors can directly develop and deploy climate solutions through private investments that target at or below-market-rate returns. This includes investing in climate-resilient infrastructure, agriculture technology, sustainable forestry, and other areas that contribute to mitigating climate change[1]. 3. Catalyze High-Impact Projects: For those looking to make a significant impact, DAFs can fund high-risk or lower-return projects that may not attract traditional investment but are crucial for climate action. [1]. 4. Recommend Grants to Nonprofits: DAF holders can designate gifts to nonprofit organizations working on climate solutions. This allows them to contribute directly to the fight against climate change by supporting initiatives that restore ecosystems, develop carbon capture technologies, and address social inequities related to climate change[1]. 5. Utilize DAFs for Environmental Nonprofits: By researching and selecting vetted environmental nonprofits, individuals can ensure their DAF contributions effectively support their intended causes. It's important to distribute funds from DAFs regularly to these organizations to maximize impact[4]. 6. Leverage DAFs for Immediate Tax Benefits: Contributions to DAFs are tax-deductible, and individuals can take an immediate tax deduction while deciding on the distribution of funds later. The funds can also be invested to grow tax-free until they are granted out[6]. By using these strategies, individuals can use their DAFs as a powerful tool for climate philanthropy, directing their charitable capital towards impactful climate action initiatives. Citations: [1] https://lnkd.in/g8HVdF58 [4] https://lnkd.in/g7Jksx9N [6] https://lnkd.in/gYemzg5H

How do you choose the right impact initiative — one that’s authentic, effective, and actually worth the investment? A few principles guide the brands that get this right: 1. Be crystal clear on what success looks like. If you can’t define the outcome you’re aiming for, you won’t be able to measure it — or defend it internally. Impact initiatives should be evaluated with the same rigor as any other strategic investment. 2. Use data to make the ROI case. Impact without business value won’t scale. The strongest initiatives are backed by clear metrics: environmental ones like recovery rates, and emissions impact, and business ones like regulatory benefits, customer loyalty indicators, and long-term risk reduction. 3. Choose something authentic to your brand. Your impact work should strengthen your core promise. When the initiative and the brand identity reinforce each other, it stands out more powerfully to consumers. 4. Evaluate the initiative with real diligence. Look beyond glossy storytelling. Understand the methodology, additionality, verification process, and dollar-per-impact efficiency. High-impact work is grounded in transparency and rigor. 5. Communicate honestly with your customers. Consumers don’t need perfect solutions but they do need truthful reporting. When brands share their progress, trade-offs, and verified results, it builds far more trust. At rePurpose Global we have helped over 500 companies navigate regulatory and voluntary initiatives across packaging sustainability. Check out our blog for case studies!