Principled Durability Standards in Carbon Markets

📊 JUST REVIEWED: JPMorganChase's Carbon Market Principles - A Critical Framework for Voluntary Carbon Markets The document outlines a comprehensive framework that addresses the market's most pressing challenges while offering pragmatic solutions. Key insights that resonated with me: 1️⃣ The voluntary carbon market isn't a silver bullet, but it's a crucial mechanism for mobilizing capital and reducing costs to scale decarbonization solutions. 2️⃣ The quality framework prioritizes eight core principles: Real, Measurable, Additional, Unique & Traceable, Independently Verified, Leakage Avoidance, Durability/Permanence, and Climate Equity. 3️⃣ Market evolution requires addressing four fundamental challenges:   - Lack of high-quality supply   - Variations in integrity standards   - Market complexity/fragmentation   - Limited trading infrastructure maturity 4️⃣ The progressive shift from nature-based credits to high-durability carbon removal reflects a necessary market evolution that aligns with IPCC's recognition that both dramatic emissions reductions AND large-scale carbon removal will be essential for climate stabilization. What's particularly encouraging is the acknowledgment that carbon credits should complement, not replace, direct emissions reduction efforts. This balanced approach is exactly what we need as sustainability professionals. For those working in carbon markets or ESG strategy, this document provides a valuable reference point for evaluating credit quality and understanding how financial institutions are approaching these complex issues. What are your thoughts on the principles outlined? Are you seeing similar quality frameworks being adopted in your organization? #Carbon #NetZero #ESG #ClimateFinance #SustainabilityStrategy #CarbonCredits #ClimateAction

BREAKING: New A6.4 draft standard on non-permanence and reversals is live. (You may need to update your carbon project strategies) Here's what you need to know: The standard sets clear rules for what happens when carbon projects lose emission reductions or removals. Here's what makes it powerful: - Categorizes reversals as unavoidable (natural disasters, war) or avoidable (poor management) - Requires contributions to a Reversal Risk Buffer Pool based on risk level (0.1-5% over 100 years) - Establishes clear timeframes: 30 days to report events, 90 days for assessment reports - Mandates continued monitoring, reporting and risk assessment indefinitely (unless risk is negligible or equivalent credits are canceled) This will fundamentally change how carbon projects manage long-term risks and reporting obligations. Other recent developments in carbon markets: - Growing emphasis on high-quality carbon credits - Increased scrutiny of project permanence claims - Rising demand for verifiable climate impact And now this standard is stepping up to address these challenges. In just one document, the standard: - Provides clear guidelines for project developers - Establishes accountability for reversals - Builds trust in carbon markets through rigorous oversight This draft standard shows us that permanence isn't just a technical detail—it's the foundation of trust in the global carbon market. What aspects of carbon project management do you find most challenging? Let me know in the comments! ✍️ Your insights can make a difference! ♻️ Share this post if it speaks to you, and follow me for more.

Let's talk about the issue of Permanence within carbon markets. Permanence refers to the duration of a climate benefit that is created by a carbon project. If we protect a forest from degradation that otherwise would have occurred for 100 years, and then that forest is ultimately degraded, that carbon project would have achieved 100 years of permanence. The basic question is, will the climate mitigation created by a project persist long enough to service whatever claim the buyer of a carbon credit is making? If I am using a carbon credit to "offset" an emission from burning fossil fuels, the benefit I am claiming from the carbon credit ought to persist for as long as the damage from the emissions persists. But here we run into a challenge, which is this: the most abundant source of climate mitigation we have at our immediate disposal is nature - meaning, it arises from the improved management of land. However, the mitigation created by nature is "reversible." The trees we plant could burn down. The forest we protect could be degraded. The potential for natural climate solutions to experience reversal has created an unfortunate and unnecessary divide in the way many people think about carbon credits: they are either "permanent," meaning they involve geologic storage and are "technology based," or they are "impermanent," meaning that we can't count on the climate mitigation they produce to persist, and therefore can't include them in climate action frameworks. This division is beginning to make its way into policies around the world under the phrase "like for like" - meaning, if your emission originates from geologic storage, it has to be replaced with geologic storage. This division has the potential to take one of our most powerful tools for mitigating climate change - nature - off the table. That's why we at the American Forest Foundation have been working since 2020 on novel approaches to the challenges of permanence - approaches that aim to establish natural climate solutions on an equal footing with engineered solutions. Today we have released our concept paper on what we believe is a potential solution for carbon markets: a Permanence Trust (linked in the comments). Nature IS capable of storing carbon for millennia. The challenge is not that nature CAN'T store carbon on those timescales; the challenge is that there are RISKS to that storage that must be mitigated. Because those risks will persist far beyond the longevity of any project, no entity exists to own the liability created by a reversal. If there was such an entity, which could identify and manage those risks over time, compensating for reversals when they occur, we could adequately address the risks of natural storage and it could be relied on to produce truly permanent mitigation. That entity we call "The Permanence Trust." What do you think? Can an idea like this erase the divide between natural and engineered solutions?