Environmental Sustainability Goals

Consolidation of Sustainability Reporting Standards 🌎 The landscape of sustainability reporting is shifting towards greater clarity and consistency. With multiple frameworks guiding corporate disclosures, the integration of these standards is key to easing the reporting process for companies and enhancing transparency for investors. The International Sustainability Standards Board (ISSB) is at the forefront of this effort, aligning with established frameworks like the Task Force on Climate-Related Financial Disclosures (TCFD) to streamline reporting guidelines. This alignment makes it easier for companies to report climate risks in a standardized format, improving consistency across the board. The International Financial Reporting Standards (IFRS) Foundation plays a critical role by merging several reporting frameworks, including the Climate Disclosure Standards Board (CDSB) and the Value Reporting Foundation (VRF). This consolidation reduces complexity, allowing companies to focus on one core set of standards rather than navigating multiple, overlapping guidelines. The Global Reporting Initiative (GRI) complements the work of ISSB by offering additional insights into social and governance factors. Together, these frameworks help companies address a full range of sustainability topics while maintaining compatibility with financial reporting needs. The Carbon Disclosure Project (CDP) also provides a foundation for climate-related disclosures. By building on CDP’s standards, these integrated frameworks offer companies a unified approach to reporting their environmental impacts in a way that is accessible and useful for stakeholders. Overall, the consolidation of these standards not only simplifies reporting but also promotes interoperability, enabling companies to share consistent, reliable data that meets global expectations. This unified approach is essential in building trust and transparency across industries and driving sustainable business practices. Source: IBM #sustainability #sustainable #business #esg #climatechange #climateaction #reporting

🌍 We Can’t Afford to Get Climate Policy Wrong—A Look at the Data Behind What Really Works 🌍 In the race against time to combat climate change, bold promises are everywhere. But here’s the critical question: Are the policies being implemented actually reducing emissions at the scale we need? A groundbreaking study published in Science, cuts through the noise and delivers the insights we desperately need. Evaluating 1,500 climate policies from around the world, the research identifies the 63 most effective ones—policies that have delivered tangible, significant reductions in emissions. What’s striking is that the most successful strategies often involve combinations of policies, rather than single initiatives. Think of it as the ultimate teamwork: when policies like carbon pricing, renewable energy mandates, and efficiency standards are combined thoughtfully, the impact is far greater than any one policy could achieve on its own. It’s a powerful reminder that for climate solutions the whole is indeed greater than the sum of its parts. Moreover, the study’s use of counterfactual emissions pathways is a game changer. By showing what would have happened without these policies, it provides a clear, quantifiable measure of their effectiveness. This is exactly the kind of rigorous evaluation we need to ensure that every policy counts, especially when we’re working against the clock. If we’re serious about meeting the Paris Agreement’s targets, we need to focus on what works—and this research offers a clear roadmap. Let’s champion policies that have proven to make a difference, because we don’t have time to waste on anything less. 🔗 Full study in the comments #ClimateAction #Sustainability #PolicyEffectiveness #ParisAgreement #NetZero #ClimateScience

I was quoted in last week's Financial Times on the shifting climate debate surrounding Mark Carney in Canada.   The debate reflects a familiar tension. Governments are asked to balance climate ambition with short-term economic resilience, energy security, trade competitiveness, and domestic political reality. Some of these trade-offs are real. Others are shaped by legacy systems and vested interests that define the boundaries of what feels possible. Anyone who has worked at the intersection of markets and policy will recognise how hard these forces can be to shift.   The real question here is one of time horizons. Strategies designed to stabilise the present also shape the future, often in ways that are difficult to unwind.   From a climate science perspective, expanding production and locking in long-lived fossil infrastructure is a high-stakes gamble. It may buy some short-term stability, but it postpones the deeper transformation needed to build economies that are genuinely clean, competitive, and resilient, at a moment when the remaining margin for delay has all but disappeared.   Net positive leadership recognises the need for compromise but securing today cannot come at the expense of tomorrow.   Mark Carney brings a rare grasp of climate risk and economic reality, the real test is whether his balancing act will become a bridge to transformation, not a justification for delay. https://lnkd.in/eysjRfCv?

Germany develops self-healing concrete that repairs itself in the rain. German civil engineers have created a revolutionary self-healing concrete that can repair its own cracks when exposed to rainwater — potentially ending the costly cycle of road and building repairs. This breakthrough combines advanced cement chemistry with microencapsulated healing agents, allowing the material to “heal” within days of damage appearing. The secret lies in tiny capsules embedded in the concrete mixture. These capsules contain a limestone-producing bacteria that stays dormant until water seeps into a crack. When rain penetrates the damaged area, the bacteria activates, feeds on calcium lactate inside the capsule, and produces limestone — effectively sealing the gap from within. The result is a watertight repair that strengthens over time. Germany’s autobahn, famous for its high-speed traffic but often plagued by seasonal cracking, is already testing this material. Early trials show that up to 90% of surface cracks disappear within two weeks, even under heavy truck loads. This could mean fewer lane closures and billions saved in infrastructure budgets. The environmental benefits are equally significant. Traditional concrete repair requires energy-intensive cement production and frequent transport of materials. By extending the lifespan of structures, self-healing concrete could cut global cement demand — one of the largest sources of CO₂ emissions — by as much as 30% in the next decade. Urban planners are especially excited about its potential in flood-prone areas. Instead of weakening when exposed to storms and water damage, this concrete actually gets stronger — a game changer for cities facing climate challenges. 🔎 Malaysia’s View For Malaysia, where heavy rainfall, flash floods, and tropical weather cause frequent road damage, this innovation could be transformative. Our highways, bridges, and coastal structures often require costly, repeated maintenance due to cracking and water infiltration. If adopted, self-healing concrete could: * Reduce recurring repair costs for federal and state roads. * Improve safety by minimizing potholes and sudden road failures. * Extend the lifespan of flood-prone infrastructure, especially in East Coast states and low-lying urban areas. * Support Malaysia’s carbon reduction goals by lowering demand for new cement production. If scaled locally, this isn’t just about fixing roads — it’s about reshaping how we think about infrastructure: from constant repair to long-term resilience.

25 years ago: Solar was the future. 10 years ago: Panels were booming worldwide. Today: They’re piling up with nowhere to go. Solar power changed the game. But now we’re facing a new problem: What happens when clean energy dies? I recently came across this image shared by Carlos Terol. And it got me thinking. By 2050, over 200 million tonnes of solar panels will be out of use. And right now, we have almost no infrastructure to recycle them. Here’s why that matters: → Over 2.5 billion panels are already installed. → Their lifespan? About 25 years. → Most will end up in landfills without intervention. → And we’ll lose rare, valuable materials like silver and silicon. That’s not just waste. It’s a missed opportunity worth billions. But we have a window. France opened the first dedicated solar recycling plant. They are recovering up to 99% of a panel’s materials. Silver. Copper. Silicon. Glass. All back in the loop. If this model scales, by 2050 we could: - Recover $15B+ worth of materials. - Produce 2 billion new panels. - Add 630 GWh of clean power without mining a thing. The future of clean energy depends on what we do with the past. And if you ask me, I’d say it’s definitely possible. We can build a circular solar economy if we act now. ♻️ Share this with your network today. 👉 Follow me for more content like this. Thanks for sharing this image, Carlos Terol.

In a world hurtling toward the precipice of a cataclysmic climate disaster, a voice emerges from years of tireless research, offering a glimmer of hope. Julia Steinberger a scientist with a mission, has dedicated the last 13 years of her life to uncovering an emergency exit hidden in plain sight. This exit, she insists, comes in three distinct flavors. The first, decarbonizing production, has garnered considerable attention and policy support. The third, geoengineering, remains a contentious subject, one she's hesitant to embrace, preferring to address root causes. But it's the second flavor, the often-overlooked demand-side exit, where Steinberger's passion ignites. She boldly challenges our relentless consumption, daring to question the very essence of our modern existence. And in her questioning, she uncovers a path to survival. Her discoveries are both profound and practical: 1⃣ Some consumption is essential for well-being, but there's a point of saturation beyond which excess offers no additional happiness. 2⃣ The amount needed for well-being actually diminishes over time, defying the conventional narrative of endless growth. 3⃣ Certain types of consumption, like food and household electricity, are intricately linked to improved well-being. 4⃣ Others, such as overall energy use and international GDP, lack this connection. 5⃣ We can delineate the types of consumption that facilitate decent living conditions. 6⃣ Through meticulous modeling, we determine how different technologies, geographies, and climates impact the energy required for decent living. 7⃣ Astonishingly, achieving universal well-being with optimal technologies demands less than half our current energy consumption. 8⃣ Households with superior technologies and accessible public services demonstrate higher well-being with less energy use, even in less affluent nations. 9⃣ Macro-economic factors like democracy, equity, and robust public services enable countries to achieve well-being with lower energy consumption. 🔟 Conversely, the relentless pursuit of economic growth and dependence on extractive industries hinder such progress. This, Steinberger asserts, is our perfectly usable emergency exit—a lifeline for societies to protect their populations while drastically slashing emissions. It involves scaling back consumption while embracing efficient technology and public services. In the global north, the path forward involves reducing consumption. Meanwhile, in the global south, it means striving for sufficient consumption, fortified by efficiency and public support. It's not a complex puzzle. It's a story of survival—a blueprint to navigate the climate crisis and secure a future for humanity. Julia Steinberger's research paints a path that beckons us toward hope, demanding only the courage to reimagine the way we live on this planet. We need much much more common sense #FemaleLeadership 👍💪💚🌎🙏🙏🙏

EV #batteries in the real world last nearly 40% longer than in lab tests. While new batteries continue to improve, there is now mounting evidence that EV batteries on the roads are exceeding expectations. This lowers the total cost of ownership for EV owners and also benefits the environment by getting more use out of each battery. How is this possible? In standard lab testing, the battery is subjected to rapidly repeated charge-discharge cycles using a constant rate of discharge. This is then used to estimate battery degradation rates. However, discharging power at a constant rate is not really how we drive. We might accelerate hard to get onto the freeway or be in stop-start traffic. And the battery is also not used for much of the time. In recent research from Stanford, 92 EV batteries were tested with different discharge patterns of a period of two years. The results? Batteries tested using real life scenarios degraded significantly slower than expected and had higher life expectancy than those tested under lab conditions. Even better, the more realistic the battery use, the slower the battery degraded. Also of note was that for personal use, the degradation associated with time had more of an impact than the degradation from charging and discharging. Other studies have found similar results, including one last year from GEOTAB using remote monitoring of data from 10,000 EVs. It found that improved battery technology is leading to slower degradation - around 1.8% per year, compared to 2.3% per year in 2019. With CATL announcing a new EV battery pack with a 1.5 million kilometre warranty last year, we're at the stage where the battery will outlast the vehicle. Link to story from The Driven is below. #energy #sustainability #automotive #emobility #energytransition

🌍 Climate Policies to cut Emissions: are they working? A groundbreaking analysis published in @Science has pinpointed the world’s most effective policies in curbing planet-heating pollution, revealing unexpected outcomes 🌱 Researchers examined 1,500 climate policies across 41 countries, identifying just 63 "success stories"—a sobering yet valuable blueprint for impactful action. The study found that policy combinations—rather than standalone initiatives—proved most successful in slashing emissions. Notably, popular measures like coal plant bans need support from additional policies, such as carbon taxes, to be truly effective. The study also highlights the critical role of often unpopular carbon taxes, which, when paired with more accepted measures, can drive significant climate progress. This research emphasizes that while progress has been made, current efforts are insufficient. Scaling up successful strategies globally and planning with a long-term vision is crucial to closing the gap between current emissions and the levels needed to avoid catastrophic warming. The findings underscore a clear message: Smart, combined policy approaches are essential to meaningful #climateaction. Read the article here 👇 https://lnkd.in/eWNhVRFC

NEW ANALYSIS: Meeting European climate goals will require a stark contraction in fossil gas use. But in many countries gas grid planning is based on the assumption of infinite gas grid use. Despite the substantial implications for gas grid users and infrastructure, current grid planning does not adequately reflect this new reality. This misalignment poses a substantial barrier to the transition towards a sustainable energy system and underscores the need for more holistic planning. Alignment of energy infrastructure planning with other planning processes could better support climate and social goals. Regulations regarding heat planning, for instance, have significant consequences for gas grid infrastructure development, heating appliance regulations and consumer burdens. Infrastructure planning processes also do not yet address the support needed to ensure vulnerable energy users are able to fully participate in the transition to cleaner, more efficient technologies. Our study provides comprehensive information on the current state of the gas grid, its development, and the regulatory framework in selected European countries, and identifies current regulatory barriers for the phase-out of fossil gas. It concludes with recommendations on how Member States could better align energy infrastructure planning with the attainment of national and EU climate targets: - Adopt a national phase-out target and give energy regulators a net zero mandate. - Make the regulatory framework fit for the gas phase-out. - Adopt integrated heat and grid planning. - Plan future gas infrastructure based on realistic assumptions about future availability of zero-carbon heating technologies. - Track and collect harmonised data at the EU level. - Protect vulnerable customers. More in our Regulatory Assistance Project (RAP) & Oeko-Institut e.V. report released today.

Guidance on Climate Transition Plans under ESRS For organisations navigating climate reporting and sustainability compliance, the new guidance on implementing climate transition plans under the European Sustainability Reporting Standards (ESRS) provides valuable support! The guidance provides an approach for organisations to meet the ESRS requirements by detailing disclosure obligations that align with key EU regulations, such as the Corporate Sustainability Due Diligence Directive (CSDDD) and the EU Taxonomy. This alignment helps ensure climate transition activities and sustainability disclosures meet broader European compliance standards, reinforcing their commitment to responsible and sustainable practices in line with EU legislation. 1️⃣ Purpose: Offers non-binding guidance to help organizations create effective transition plans for climate change mitigation. 2️⃣ Compliance: Maps out how ESRS aligns with EU laws like the Corporate Sustainability Due Diligence Directive (CSDDD) and EU Taxonomy, ensuring regulatory alignment 3️⃣ Structure: Covers all aspects of climate disclosure—from European frameworks and disclosure requirements to international standards 4️⃣ Paris Agreement Alignment: Organizations must disclose targets that align with the 1.5°C goal, showing commitment to global climate efforts 5️⃣ Decarbonization: Outlines required emissions reduction actions, including operational changes and product modifications. Organisations are required to outline specific actions, known as "decarbonization levers," which may include operational adjustments, product changes, and other emissions reduction initiatives 6️⃣ Investments: Specifies the need for transparent reporting on investments, including EU Taxonomy-aligned CapEx for sustainable projects 7️⃣ Disclosures: Companies involved in EU Taxonomy activities must show their alignment with taxonomy criteria for sustainable finance 8️⃣ Governance: Transition plans should be embedded within overall corporate strategy, backed by governance bodies to ensure alignment with broader goals 9️⃣ Progress: Regular updates on implementation are required, measuring action effectiveness toward emissions targets 🔟 IROs from climate change mitigation: The guidance stresses the need for organisations to assess and disclose social and environmental impacts, risks, and opportunities linked to their climate transition plans The guidance emphasises that climate transition plans should be fully embedded within a company's overarching strategy and be actively supported by governance bodies. This integration ensures that climate goals are not treated as standalone objectives but are interwoven with long-term corporate planning. By doing so, organisations can align their climate ambitions with their overall business objectives, securing strategic and governance-level commitment to climate action.