ClimateSort

Plastic made from wood? 🪵 It’s not just a vision – it’s a reality, thanks to Lignin Industries AB. By using #lignin, a by-product of #forestry and #agriculture, combined with rapeseed oil, they have developed a sustainable alternative to fossil-based plastics. This innovation both cuts emissions and maintains the durability of conventional plastics. As founder Christopher Carrick shared, "I love plastics" – but only when they’re bio-based and contribute to a #fossilfree future. 💚 Are you an investor, or is your company looking to reduce emissions from your plastic packaging or components? Watch Christopher’s full presentation from TECHARENA ZERO and get in touch: https://lnkd.in/drc9Zgyk #sustainability #bioplastics #greentech #plastics #climatesolutions

This edition dives deep into the fascinating world of copper recycling, exploring the innovations, challenges, and visionaries who are reshaping how we think about metal recovery in the circular economy.

♻️🔋 Circular Economy Champions: Spotlight on Copper Recycling Innovators! With the rising demand for copper in renewable energy, EVs, and electronics, innovative recycling companies are revolutionizing how we recover and reuse this essential metal. These pioneers are developing cutting-edge technologies to make copper recycling more efficient and sustainable, helping close the loop in the circular economy. Their expertise in metal recovery and processing is proving crucial in addressing global resource challenges and reducing mining impacts. Know other companies making waves in copper recycling innovation? Share them in the comments below! 🌟 Meet 12 Champions of Copper Recycling: Boliden Glencore Umicore KME WEEECycling SAS Sortera Technologies, Inc. SA Recycling ROSI British Metals Recycling Association Jain Metal Group Mint Innovation Aurubis 💡 Why is Copper Recycling Crucial? Copper recycling is essential for sustainability - it saves up to 85% of energy compared to primary production and reduces mining impacts. As demand soars from renewable energy and EVs, recycled copper will be vital for meeting global needs while minimizing environmental impact. These companies aren't just recycling metal; they're enabling the transition to a circular economy through innovative processing methods and advanced recovery technologies. ⚡️ The Role of Technology in Copper Recycling Cutting-edge technologies like advanced sorting systems, hydrometallurgical processes, and AI-powered separation are making copper recovery more efficient and pure. These innovations are crucial for scaling up recycling to meet growing global demand for high-grade copper. 🌍 Why It Matters As the world transitions to renewable energy and electric mobility, copper demand is expected to double by 2035. These innovators provide critical solutions for sustainable metal recovery, demonstrating how technological innovation and environmental stewardship can merge to create a more sustainable future. 👀 Curious to learn how these trailblazers are transforming metal recycling? Dive into the details and discover how they're driving the circular economy revolution in our full feature! 🔗 Check out our comprehensive analysis in the comments below! 👇 #CircularEconomy #Sustainability #CopperRecycling #CleanTech #ResourceEfficiency #Recycling #MetalRecovery #ClimateAction #GreenTechnology #Innovation

🌱 Liquid Tree: A Bold Step Towards Sustainability! 🌱 European scientists have developed "Liquid Tree," a groundbreaking innovation aimed at reducing CO₂ levels. Could this be the next big thing in our journey towards a sustainable future? 🌍💡 It’s inspiring to see how leaders in science and technology keep pushing boundaries, always innovating for the betterment of our planet. 🌿✨ What are your thoughts? Could Liquid Tree become a global game-changer in the fight against climate change? Could this be implemented in countries like #India #Pakistan where planting trees in the city is not possible, given the sheer sizes of those cities? #Sustainability #Innovation #ClimateAction #GreenTech #FutureOfEnergy #Leadership

⚡️🌊 Green Hydrogen Revolution: Spotlight on Electrolyzer Innovators! With the urgent need for decarbonization and clean energy solutions, hydrogen electrolyzers have emerged as a cornerstone technology for the green energy transition. These innovative companies are pioneering the future of clean hydrogen production, making it more efficient and cost-effective for industries worldwide. Some are enhancing traditional electrolyzer technologies, while others are developing breakthrough solutions that could reshape the hydrogen economy. Their expertise in electrolyzer technology and green hydrogen production is proving critical in addressing global energy transition challenges. Know other companies making waves in electrolyzer innovation? Share them in the comments below! 🌟 Meet 12 Champions of Electrolyzer Innovation: ITM Power Nel Hydrogen Topsoe Enapter Ecolectro, Inc. Bloom Energy John Cockerill LONGi Hydrogen Quest One Green Hydrogen Systems Cummins Inc. Siemens Energy 💡 Why are Electrolyzers Crucial? Electrolyzers are the key to producing green hydrogen - a vital energy carrier for decarbonizing hard-to-abate sectors like steel production, heavy transport, and chemical manufacturing. By using renewable electricity to split water into hydrogen and oxygen, electrolyzers enable the production of truly clean hydrogen without any carbon emissions. These companies are revolutionizing the hydrogen industry through innovative designs, advanced materials, and creative engineering solutions. They're not just manufacturing electrolyzers; they're enabling the transition to a renewable hydrogen economy. ⚡️ The Role of Technology in Electrolyzer Development Cutting-edge technologies like PEM (Proton Exchange Membrane), alkaline, and solid oxide cells, combined with advanced catalysts and novel membrane materials, are making hydrogen production more efficient and cost-competitive. These innovations are crucial for scaling up green hydrogen production to meet growing global demand. 🌍 Why It Matters As the world races to achieve net-zero emissions, green hydrogen produced through electrolysis will play a pivotal role in energy storage, industrial processes, and transportation. These innovators provide critical solutions for a sustainable, hydrogen-powered future. They demonstrate how technological innovation and climate action can merge to create a more sustainable energy system. 👀 Curious to learn how these trailblazers are transforming the hydrogen economy? Dive into the details and discover how they're driving the green energy revolution in our full feature! 🔗 Check out our comprehensive analysis in the comments below! 👇 #GreenHydrogen #Sustainability #EnergyTransition #CleanTech #RenewableEnergy #Electrolyzers #HydrogenEconomy #ClimateAction #IndustrialDecarbonization #CleanEnergy

Excited to share my latest article for Inc. Magazine featuring Alicia Chapman, a leader reshaping the climate tech landscape. After years of combating violent extremism with USAID, Alicia founded Willamette Technical Fabricators in 2020, a Portland-based metal manufacturing company focused on building clean energy infrastructure like hydropower dams and floating offshore wind devices. Her mission is clear: power a greener future while bridging the gap for marginalized communities to ensure sustainable development reaches all. As a fellow Pacific Northwest native, I’m inspired by Alicia’s commitment to creating not just innovative solutions but equitable ones. She’s proof that climate tech can be a force for both environmental and social good. 🌱✨ Check out my interview with Alicia here: https://buff.ly/3YntfBj #ClimateTech #Sustainability #CleanEnergy #WomenInBusiness #Impact #GreenEconomy #IncMagazine #PacificNorthwest

Climate forecast for oceans just got a massive upgrade! Thanks to the new Intel 6 processor, performance has surged by an incredible 2.3x, enabling faster, more accurate predictions that are crucial for our understanding of ocean behavior and climate change. This isn’t just about speed—it’s about better insights, more informed decisions, and real business impact. Faster modeling means reduced operational costs, more efficient resource allocation, and the ability to act on critical data sooner, giving companies a competitive edge in a world increasingly shaped by environmental factors. 🌱 With technology like this, the future of climate modeling looks brighter than ever. Are we on the brink of a new era in environmental science? #IntelAmbassador Intel Corporation Intel AI #ClimateTech #OceanModeling #Innovation

Explore how innovative recycling technologies are reshaping our approach to energy storage and sustainability. Dive into market trends, cutting-edge solutions, and the future of circular economy in the battery industry. #BatteryRecycling #Sustainability #CleanTech

🔋♻️ Battery Recycling Revolution: Spotlight on Recycling Innovators! 🌿💡 With growing concerns about e-waste and resource scarcity, battery recycling has emerged as a crucial solution for sustainability. These innovative companies are leading the charge in making battery recycling more efficient and environmentally friendly for consumers, businesses, and industries. Some are transforming traditional recycling methods, while others are creating entirely new categories of battery recycling solutions. Their expertise in recycling technologies and circular economy principles is proving invaluable in addressing global waste and resource challenges. Know other companies making waves in battery recycling innovation? Share them in the comments below! 🌟 Meet 12 Champions of Battery Recycling Innovation: RecycLiCo Battery Materials Ecobat LG Energy Solution Li-Cycle Redwood Materials Cirba Solutions Umicore Fortum Lithion Technologies Stena Recycling AB Aqua Metals, Inc. American Battery Technology Company 💡 Why is Battery Recycling Crucial? Battery recycling offers a more sustainable way to meet the world's growing energy storage needs. It typically reduces environmental impact, conserves valuable resources, and supports the circular economy compared to traditional linear production models. In a world facing resource depletion and e-waste challenges, battery recycling is key to creating a more sustainable and resilient energy storage system. These companies are revolutionizing the recycling industry through innovative processes, cutting-edge technology integration, and creative product development. They're not just recycling batteries; they're reshaping our approach to resource management and sustainability. 🔄 The Role of Technology in Battery Recycling Cutting-edge technologies like hydrometallurgical processes, pyrometallurgy, direct recycling methods, and AI-powered sorting systems are making battery recycling more efficient, cost-effective, and scalable. These innovations are crucial for developing solutions that can outperform traditional recycling methods in recovery rates, purity of materials, and environmental impact. 🌍 Why It Matters As global demand for batteries continues to rise, especially with the growth of electric vehicles and renewable energy storage, these innovators provide critical solutions for a sustainable future. They exemplify how technological innovation and environmental stewardship can merge to create a more circular and efficient use of resources. 👀 Curious to learn how these trailblazers are making a difference in battery recycling? Dive into the details and discover how they're driving the circular economy revolution in our full feature! 🔗 Check out our comprehensive analysis in the comments below! 👇 #BatteryRecycling #Sustainability #CircularEconomy #GreenTech #ResourceEfficiency #CleanTech #EWasteManagement #SustainableEnergy #ElectricVehicles #ClimateAction