Contextual relevance in climate technology

After reporting season is finally done (shoutout to our portfolio founders & Michelle Piontek for rocking this on our side 👏), it’s time to refocus on what truly matters: What are the top climate innovations to watch and how can they drive systemic impact? After reading Yoann Berno’s recent post (link in comments) on climate sectors to watch, there's one vertical I keep coming back to: Industry! Because I’m convinced: The next industrial revolution will be climate-native. Whether global leaders shape it intentionally or not, it’s already underway and frankly, we don’t have the luxury of any other path. 🫥 What was once niche (solar, batteries, carbon markets) is now central to supply chains, industrial policy and economic resilience. Climate founders aren’t just building “impact startups.” They’re building the infrastructure for a new generation of industry. And investors? We’re not placing feel-good bets. We’re backing the future of critical systems. In the context of industrial decarbonization, here are 3 big trends I’ll be watching closely: 🔹 Autonomous, AI-powered industrial efficiency Real-time optimization for energy-smart manufacturing. 👉 Cuts energy costs, improves asset utilization and enhances margins through automation. 🔹 Materials without extraction Biomining, lab-grown materials, and circular mineral recovery are breaking the link between industrial growth and environmental degradation. 👉 Reduces dependency on volatile raw material markets and unlocks high-margin sustainable inputs. 🔹 Regionalized manufacturing tech Decentralized, automated systems that cut emissions and strengthen climate resilience by reducing transport, waste and supply chain exposure. 👉 Lowers logistics costs, increases supply chain control and accelerates go-to-market cycles. For us, it’s not a question of if we invest. It’s how fast we scale what matters. 🚀 Which climate tech sector do you believe will define the next decade? #ClimateTech #VC #IndustrialInnovation #ImpactInvesting

In 2024 US companies exposed to global supply chains, with emphasis in Europe, will face increasing demands of compliance and improvement of their sustainability indicators. We'll be hearing more and more about Climate Tech. 🌍 Driving Sustainability Through Climate Tech Recent findings from the Capgemini Research Institute underscore the indispensable role of climate technology (climate tech) in reaching sustainability targets: Critical for Goals: A staggering 75% of executives believe their organizations can't achieve sustainability objectives without leveraging climate tech, which is expected to contribute 37% towards decarbonization or net zero goals. Cost Concerns: Despite its importance, cost remains a barrier. Approximately 77% of organizations anticipate product cost hikes, with a general acceptance of a 'green premium' of around 9%. Digital Transformation: Digital technologies such as AI, digital twins, blockchain, and 3D printing are pivotal in driving the adoption of climate tech, potentially reducing costs and accelerating progress. Industry-wise Adoption: The report also sheds light on the adoption timelines of various technologies across sectors like energy, transport, and construction. Strategic Approaches: It suggests embracing new business models, ecosystem integration, and digital transformation as key strategies for facilitating climate tech adoption. 🔍 For more insights and a detailed analysis, check out the full infographic from the Capgemini Research Institute. #ClimateTechnology #Sustainability #DigitalTransformation #Innovation #CapgeminiResearch Temperley BCI

How technology powers climate adaptation 🌎 Advanced technologies integrated with artificial intelligence (AI) are increasingly recognized as essential instruments for climate adaptation. These technologies, including the Internet of Things (IoT), drones, earth observation, AR/VR, and advanced computing, are emerging across various stages of the data life cycle. Their deployment varies from autonomous operation to collaborative application, all aimed at enhancing climate resilience. The capabilities afforded by these tools span predictive analytics, real-time process optimization, and the fostering of adaptive behaviors through nudging strategies. Powered by digital intelligence, these resources are invaluable for advancing climate adaptation measures. The adoption of the 'Adaptation Cycle' is key for harnessing these tools effectively. This strategic framework guides entities through a cycle of understanding and preparing for climate-related risks and opportunities, building resilience to withstand future events, and agilely responding to the immediate effects of climate phenomena. Technologies at the intersection of AI and climate science are proving to be transformative. They offer not just a glimpse into the potential hazards but also provide the means to anticipate and prepare for such events, ensuring a proactive stance in climate adaptation. As these technologies evolve, they promise to be even more integral to global efforts to combat climate change. Their application spans across sectors, from urban planning and agriculture to disaster response and resource management, highlighting the universal relevance of AI-powered solutions. The integration of AI with advanced technological tools offers a path forward in building a resilient and adaptable infrastructure to meet the challenges of a changing climate. The ongoing advancement in these sectors signifies a proactive approach to climate adaptation, one that is rooted in innovation and strategic foresight. Source: World Economic Forum #sustainability #sustainable #tech #technology #esg #AI #climatechange #climateadaptation #climatecrisis