Understanding Esg Investing

SDGs as a framework for impact investment 🌎 The SDGs offer a universal reference point, but their utility for investors depends on how well they can be translated into actionable themes. Phenix Capital’s SDG–Impact Investing framework bridges this gap by mapping each goal to specific investment domains. This mapping reframes the SDGs not as abstract targets, but as investment-relevant categories — from financial inclusion and circular economy to clean transport and climate mitigation. It enables clearer capital deployment pathways within complex global agendas. Rather than treating all goals uniformly, the framework recognizes variance in capital flows. Goals such as SDG 7 (Clean Energy), SDG 9 (Industry & Innovation), and SDG 11 (Sustainable Cities) have attracted the largest volumes of committed capital, reflecting both maturity and scalability. Themes tied to social inclusion (e.g. access to education, gender lens investing, affordable housing) remain underfunded despite their structural relevance to long-term development and systemic resilience. Environmental goals are addressed through themes like ocean preservation, sustainable agriculture, water efficiency, and biodiversity — areas where alignment with regulatory and disclosure frameworks is increasingly critical. Blended finance and technical assistance (SDG 17) are positioned not as peripheral tools but as enablers to accelerate private capital participation in frontier markets and early-stage solutions. By aligning investments to themes rather than goals alone, the framework helps clarify intentionality, guide impact measurement, and strengthen portfolio coherence across multiple mandates. This approach is not just a classification exercise — it is a necessary step in moving from broad commitments to capital strategies that are both scalable and aligned with global outcomes. #sustainability #sustainable #business #esg #SDGs #impact #investment

🌱 Most impact investors think success is about picking the right deals. It’s not. The best don’t just fund companies—they build ecosystems where great companies can thrive. Yet, I’ve watched investors pour millions into promising ventures, only to see them stall, struggle, or collapse. Why?Because they invest in businesses instead of founders, chase feel-good metrics instead of scalable impact, and assume capital alone drives growth. The top 0.1% of impact investors operate differently. Here’s how: 1️⃣ They Invest in Founders, Not Just Companies A strong founder can pivot through uncertainty, make asymmetric bets, and scale impact beyond initial funding. A weak one? No amount of capital will fix that. 🔹 Pattern Recognition → The best investors filter for resilience, adaptability, and second-order thinking, not just vision. 🔹 Investor-Driven Growth → They don’t just fund businesses; they mentor, challenge, and unlock critical networks. 🔸 The Insight? The smartest investors back the same founders multiple times—because talent, not ideas, compounds over time. 2️⃣ They Prioritize Systems Over Stories Many investors are seduced by narratives. The best ones fund scalable operating models. 🔹 Impact Without Revenue Is Charity → If impact isn’t self-sustaining, it’s not an investment—it’s a donation. The best investors push founders to validate their economics before their mission. 🔹 Repeatable Execution Wins → Strong businesses scale impact through operational discipline, not just vision. 🔸 The Insight? The best impact startups raise from both VCs and impact funds—because they position themselves as high-growth businesses where impact is a function of scale. 3️⃣ They Engineer Competitive Advantage Capital alone doesn’t scale businesses. Market access does. 🔹 Strategic Positioning Beats Capital Injection → The best investors don’t just deploy funds—they create industry positioning, regulatory access, and partnerships that accelerate scale. 🔹 Distribution Is the Ultimate Moat → The strongest investors aren’t just backers—they are network architects who shorten growth cycles through key introductions. 🔸 The Insight? The best investors don’t find deals—they build them. The highest ROI isn’t in writing checks; it’s in removing barriers to exponential growth. 📌 The Hard Truth Most impact investors are just philanthropists with a risk appetite. They fund potential, not sustainability. The real winners treat impact investing like a business that needs to scale, not a cause that needs to survive. Now Your Turn: What’s the biggest misconception you’ve seen in impact investing? Let’s build real insights in the comments. 👉 Follow Ben Botes for more insights on Leadership, Scale-ups and Impact Investment.

Impact investing is more sophisticated than its conventional counterpart. It builds upon the same foundations — risk and return — and expands them by incorporating social, environmental, and ethical variables that traditional models routinely overlook. It demands contextual awareness, externality analysis, causal measurement, and a systems-level understanding of complexity. This is not an “alternative” or idealistic branch of finance — it is a more complete architecture for capital allocation in a world shaped by unpriced risks and structural challenges. In this article, I argue that impact investing is a strategic response to the epistemological failure of traditional finance. In today’s world, sophistication means recognizing that pursuing returns without considering impact is, at best, intellectually simplistic.

Building ESG: Understanding a Company’s Climate Impact: The Carbon Performance ________________________________________ Carbon performance is a critical metric used to assess a company's environmental impact and its commitment to sustainability. It's a forward-looking evaluation based on a company's publicly disclosed emissions data. This data is then used to assign a categorical score that reflects how well a company's emissions align with the goals of the Paris Agreement. Understanding Carbon Performance Scores The Transition Pathway Initiative (TPI) has developed a scoring system that assigns one of five categories to a company based on its carbon performance: * 1.5°C: This is the best possible score, indicating that a company's emissions reduction trajectory is aligned with the most ambitious goal of the Paris Agreement * 2°C: This score suggests that a company's emissions reduction plans are consistent with limiting global warming to well below 2 degrees Celsius * 2.7°C: This is a score assigned to companies whose emissions reduction targets are somewhat aligned with the Paris Agreement goals, but may not be ambitious enough to achieve them. * >2.7°C: This score indicates that a company's emissions reduction trajectory is not currently aligned with the goals of the Paris Agreement, and significant improvements are needed. * 3°C: This is the worst possible score, assigned to companies with emissions reduction plans that are insufficient to avoid dangerous levels of global warming. - The TPI evaluation transition plan of respective companies/sector by considering two key dimensions: * Management Quality: This evaluates a company's governance around greenhouse gas emissions, its risk management practices related to climate change, and the opportunities it sees in the transition to a low-carbon economy. * Carbon Performance: This dimension assesses how a company's emissions reduction targets align with the different scenarios outlined in the Paris Agreement. The TPI uses sector-specific benchmarks and emissions intensity to make these comparisons. - A Valuable Tool for Investors https://lnkd.in/dAV9RuxQ The TPI provides a free online tool that allows users to compare the carbon performance of companies across different sectors. Share your thoughts and experiences in the comments below! Please feel free to share (Disclaimer: Views are personal, should not be related to organisations view) #buildingEsg #circulareconomy #sustainablefinance #esgreporting #esgstrategy #esgrisk #climaterisk #climatechangeaction #climaterisks #india #emissions #esgratings #esg #cop28 #greenertogether #SDGs #sustainability #business #csr

LEED v5 O+M kept the 110-point total. It changed almost everything else about how you get there. LEED Existing Buildings v5 is what I've been teaching. I just wrapped the newly redesigned DCSEU Train Green workshop. Preparing it required a credit-by-credit comparison of v4 EBOM against v5 O+M — every prerequisite, calculation, threshold, and documentation change. The takeaway I keep coming back to: v5 O+M rewards a different building than v4 did. v4 was heavy on prescriptive policies. Site management, purchasing, waste, cleaning, lighting, daylight, indoor environmental strategies — each with its own credit, most awarded on process. v5 shifts the weight to measured operational performance: 🔹 Greenhouse gas emissions now carry the same point value as energy performance — 12 points each. A building can be efficient and still generate significant operational emissions. v5 evaluates them separately. 🔹 Climate Resilience, Human Impact, and Carbon are now required assessments in the new Integrative Process category. Existing-building teams have to evaluate future hazards, operational vulnerabilities, and community impacts before they touch a single credit. 🔹 Indoor Environmental Quality jumped from 17 to 26 points — the biggest single-category increase. The expansion covers measured air quality, verified ventilation, occupant feedback, and resilient operating practices. 🔹 Water and waste consolidate around performance outcomes instead of separate prescriptive credits. 🔹 Platinum now requires more than 80 points. Projects must also hit minimum thresholds in energy performance, operational emissions reduction, and decarbonization planning. Excluding Innovation and Regional Priority in v4 and Project Priorities in v5, the structure contracts from 12 prerequisites and 34 credits to 11 prerequisites and 26 credits. Fewer individual credits — but each one covers more ground and demands more technical evidence. The practical implication: existing-building teams pursuing v5 need to understand how their buildings actually perform, where operational and climate risks live, and what actions close the gap over time. The credit paths are broader. The bar for defending them is higher. Because our work also includes LEED certification for existing buildings, this analysis directly informs how we're advising clients now pursuing LEED v5 O+M certification. I'll continue sharing what I've found as we work with clients on their first v5 O+M projects. Which of these shifts will hit your existing-building operations plan the hardest? #LEEDv5 #LEEDAP #ExistingBuildings #BuildingPerformance #Decarbonization #GreenBuildings

How to benchmark my competitor's sustainability metrics and plans ? An initial 7 pillars guide: It is becoming more common across my customers in the sustainability space and climate how to benchmark my company? What are the pillars of comparison to have an initial view vs my peers and competitors? We have been doing this for several customers globally and using as starting point 7 indicators: ## Emissions Measurement 1) Scope 1 & 2 Emissions These are the foundation of any climate strategy. Scope 1 covers direct emissions from owned operations (like company vehicles and facilities), while Scope 2 addresses indirect emissions from purchased electricity and energy. Think of it as measuring your direct carbon footprint. 2) Scope 3 Emissions The most challenging yet crucial category - these are emissions from your value chain. From supplier operations to product use and disposal, Scope 3 often represents the largest portion of a company's carbon impact (+80%). ## Strategic Elements 3) Science Based Targets (SBTi) These aren't just arbitrary goals - they're emissions reduction targets aligned with the Paris Agreement's aim to limit global warming to 1.5°C. They provide a clear, science-backed pathway for companies to reduce emissions. 4) Transition Plan Your roadmap to decarbonization. This detailed strategy outlines how you'll move from current operations to a low-carbon future, including specific initiatives, timelines, and resource allocation. ## Accountability Measures 5) Annual Reporting Regular disclosure of climate progress keeps stakeholders informed and holds organizations accountable. This transparency is increasingly expected by investors and customers alike. 6) External Assurance Third-party verification of your environmental data adds credibility to your sustainability claims. It's like having your financial statements audited, but for carbon emissions. 7) Carbon Offsets While not a primary solution, offsets can complement reduction efforts by investing in projects that remove or avoid emissions elsewhere. They're particularly useful for hard-to-abate emissions. Which of these elements does your organization prioritize?

Hi everyone, 🚗 Would you drive a car without a speedometer? You’d be lost—or worse, headed for disaster. In the same way, sustainability projects need KPIs to guide progress 🌍. They’re the speedometers that ensure you stay on track toward your goals. Here are some powerful examples: 1️⃣ Carbon Footprint Metrics 🌫️ The most common starting point. In fact, 67% of businesses now track this (Carbon Trust, 2020). ✅ Unilever cut carbon emissions by 50% per consumer between 2010 and 2020—a phenomenal achievement. 2️⃣ Water Usage 💧 Critical in sectors like agriculture, which accounts for 70% of global freshwater withdrawals (UNESCO, 2019). ✅ PepsiCo reduced water use by 26% per unit of production in water-stressed regions. 3️⃣ (Other KPIs can include…) ♻️ Energy efficiency ⚡ Waste reduction 🗑️ Renewable energy share 🌞 Supply chain sustainability 🔗 Employee engagement 👥 Social impact metrics 🌐 💡 The takeaway: Just like a dashboard helps a driver, sustainability KPIs help leaders monitor impact, adjust course, and accelerate progress responsibly. 👉 Which sustainability KPIs does your organization track most closely? Hasta la vista! #ProjectEconomy #ProjectManagement #ContinuousLearning 🎯💡

🎅 The #CSRD Christmas Calendar – Dec. 22nd 🎅 Simplifying ESG Metrics in the ESRS Today, let’s break down the main quantitative data categories required within the ESRS, focusing on environmental metrics. There’s a common misconception that the ESRS introduces a monstrous amount of new KPIs. My goal here is to demystify the reporting process and make it manageable. Tomorrow, we’ll explore social and governance metrics! (For simplicity, this overview excludes financial effects.) E1: Climate Change 👉 Energy and fuel consumption/generation (unit: MWh) 👉 CO2e emissions (unit: tCO2e) E2: Pollution 👉 Pollution of water, air, and soil (unit: tonnes) 👉 Amounts of microplastics (unit: tonnes) 👉 Amounts of substances of concern or very high concern (unit: tonnes) E3: Water and Marine Resources 👉 Water metrics, such as consumption and wastewater (unit: m³) E4: Biodiversity and Ecosystems 👉 Sites near or in biodiversity-sensitive areas (unit: hectares) (Note: Most metrics under E4 are voluntary. Companies must determine which metrics are relevant for reporting on biodiversity-related impacts, risks, and opportunities.) E5: Resource Use and Circular Economy 👉 Resource inflows in relevant categories of materials/resources (unit: tonnes) 👉 Waste metrics in relevant waste categories (unit: tonnes) Reminder: This is just an overview of the main metric categories. For more details on the specific datapoints required, refer to the standards or IG3. Stay tuned for tomorrow’s practical overview of the S and G metrics! 🎄

📉 Is PUE Still the Gold Standard for Data Center Efficiency? For years, Power Usage Effectiveness (PUE) has dominated discussions on energy efficiency in data centers. But as we build towards a future powered by AI, liquid cooling, and net-zero mandates, is it time to rethink our metrics? Let’s unpack why PUE is both valuable — and increasingly inadequate. 🔍 Why PUE Became So Popular Introduced in 2007, PUE was a game-changer: - Simple formula: total facility energy / IT equipment energy - Easy benchmarking across sites - Drove big wins in cooling and power chain optimization It helped usher in an era of energy-conscious data center design. ⚠️ But Today, PUE Falls Short Despite its utility, PUE now shows its age. Key limitations: Ignores compute performance ➡ Two data centers with same PUE can have vastly different workload efficiency. Blind to energy source ➡ A coal-powered facility can have a better PUE than a solar-powered one. Misleading with liquid cooling ➡ Reducing IT fan power or thermal throttling can worsen PUE — even if total energy drops. Punishes warm climates ➡ Tropical data centers naturally have higher cooling loads, biasing global comparisons. Easily gamed ➡ Selective exclusion of energy use or seasonal measurements can distort the metric. 🌍 The Shift: From Efficiency to Sustainability As workloads densify (600 kW racks on the horizon) and liquid cooling becomes mainstream, we need metrics that reflect true performance and environmental impact. Emerging alternatives include: CUE – Carbon Usage Effectiveness WUE – Water Usage Effectiveness CPE – Compute Power Efficiency ERE – Energy Reuse Effectiveness Together, they paint a holistic picture of digital sustainability. 💡 Time for an Update PUE isn't obsolete — but it's no longer enough. It should be: ✅ A starting point ❌ Not the sole benchmark The next era demands multi-metric, context-aware, performance-linked sustainability metrics. Data centers are no longer just power-hungry — they are compute-intensive, thermally complex, and environmentally scrutinized. Let’s measure what really matters. #DataCenters #Sustainability #LiquidCooling #AIInfrastructure #PUE #EnergyEfficiency #CUE #WUE #DigitalInfrastructure #GreenTech #SustainableComputing Image credit: DALL.E

The Miller Center for Global Impact just released a report on the true cost of impact-first investing. But first, a quick definition: Impact-first funds are investment vehicles that prioritize social or environmental impact over competitive financial returns. Unlike traditional funds that chase market-rate returns, impact-first funds are willing to accept below-market returns or take on disproportionate risk in order to reach enterprises and communities that commercial capital won't touch. One number stood out: it costs impact-first funds $0.21 to deploy $1. Traditional funds? $0.08. That 13 cent gap looks like a problem, but it is actually worth understanding what it buys. Impact-first deals are more complex and more hands-on than traditional finance deals. They require field visits, translation, patient diligence, and custom structuring. The kind of support that does not fit neatly into a traditional fund's cost model. And on top of absorbing those higher costs, impact-first funds intentionally price their capital below market rates so that borrowers and their customers can actually afford it. The report found that impact-first debt funds priced loans 4 to 20 percentage points below prevailing market rates for small and medium enterprises. This is not a sign of weak performance. It is a deliberate choice to make capital affordable for the people the market would otherwise leave out. And honestly, traditional finance is not wrong to avoid these deals. Under conventional fund economics, it is rational to screen them out. It is just how that system is designed. The problem is that the enterprises that need this kind of capital do not stop needing it just because traditional finance cannot reach them. They fall into what this report calls the Valley of Death, the gap between early-stage and growth-stage that too many social enterprises never cross. This is why the ecosystem needs every type of capital. Because when impact-first capital does reach these enterprises, look at what happens. Per the report: ▪️Jibu got $1M. Today they serve 700,000+ people across 8 countries. Impact multiplier: 47x. ▪️Clínicas del Azúcar got $900K. Today they have 50+ clinics serving 500,000+ patients. Impact multiplier: 7x. ▪️Husk Power Systems got $5M to enter Nigeria. Today they operate 400 mini-grids across two continents, improving 2.2 million lives. Impact multiplier: 18x. None of these were charity. They were bets that traditional finance simply was not willing to make. The 13 cents is the cost of inclusion! Every funder type has a role. Traditional finance, impact-first funds, philanthropy, and catalytic capital all have a place in the ecosystem. But when the impact-first piece is missing, the Valley of Death gets wider, and the enterprises trying to reach the most underserved are the ones who fall in first.