ELKEME SA’s Post

Last week we hade the pleasure of meeting many customers at LOPEC 2024, the insights gained were eye-opening. While we have long recognized Copprint's commitment to sustainability, the event shed light on just how crucial this is for our customers. Through countless conversations at our booth, it became clear that scientists, project managers, and print houses alike were emphasizing the significance of sustainability to their clientele. They consistently highlighted it as a primary reason for transitioning to production with Copprint's copper paste over traditional silver alternatives. highlighting the staggering difference in carbon footprints between mining silver and copper. (Silver: 155 kgCO2/kg, Copper: 3.97 kgCO2/kg). Moreover, affordability emerged as another critical factor. For a sustainable solution to move the needle, it must not only be environmentally friendly but also economically viable. Copprint's pastes boast a significantly lower price point compared to leading low-temperature silver alternatives currently on the market, ensuring that sustainability isn't just an ideal to talk about, but a practical reality. By prioritizing both environmental impact and affordability, we deliver solutions that not only benefit the planet but also the bottom line. With Ofer Shochet and Michael Grouchko

I had the pleasure and opportunity to present on a panel during the Indigenous Led Projects Forum. As a partner and co-owner in @carbonixinc we are always faced with the challenges of maintaining a majority ownership as prescribed by Government. I’ve come to the conclusion that if I’m an indigenous owner of an indigenous company, then it will always be an indigenous company. No one can take that away. Here is a brief outline of my panel presentation: - Carbonix is an Advanced Materials for a Sustainable Future - Marries modern technology with Indigenous traditions - Promotes environmental care and economic objectives - Specializes in sustainable products for resource extraction and energy transition - Adsorbents and flocculants for mining and oil sands - Carbon coatings and battery-grade graphites for transportation, energy storage, and EV sectors - Carbonix proprietary carbon scaffold platform - Turns high-carbon content waste into valuable products - Emphasizes cost-efficiency and environmental sustainability - Combined, products address USD >$200B markets - Carbonix is committed to protecting its innovations through ongoing patent applications - Ensures a competitive edge while contributing to technological leadership and environmental responsibility - Efforts underscore a holistic approach to sustainability in the materials sector - Fosters a sustainable, equitable future #indigenousbusiness #carbonproducts #activatedcarbon #environment #indigneous

The environmental sustainability advantages of Gravity Casting compared to Sand Casting are: ✅ Reduction in energy and CO2 consumption ✅ Lower environmental impact ✅ Elimination of waste disposal ✅ More efficient and safer process By choosing Gravity Casting over Sand Casting, companies can not only improve the quality of their products and their production efficiency, but also contribute to a more sustainable future. #footprintcarbon #foundry #greenfoundry #aluminum #greenmetal

The environmental sustainability advantages of Gravity Casting compared to Sand Casting are: ✅ Reduction in energy and CO2 consumption ✅ Lower environmental impact ✅ Elimination of waste disposal ✅ More efficient and safer process By choosing Gravity Casting over Sand Casting, companies can not only improve the quality of their products and their production efficiency, but also contribute to a more sustainable future. #footprintcarbon #foundry #greenfoundry #aluminum #greenmetal

Yesterday the kickoff of the HEU Biobuild project started in Sweden. Energy and Materials in Infrastructure and Buildings was represented by Amaryllis Audenaert, Matti Buyle and Rafael Alvarez Gutierrez. Transitioning to increased use of wood products in construction could potentially slash emissions by a staggering 66 million tonnes of carbon annually? 🌲🏗️ Moreover, it could bolster long-term carbon storage by an additional 15 million tonnes. Now that's a game-changer for our planet! As we also delve into the project, we're addressing the challenges posed by Phase Change Materials (PCMs) — a promising solution for managing energy intermittency. However, traditional PCMs come with their fair share of environmental concerns, stemming from non-renewable resources and non-recyclable waste. In the face of these complex challenges, our project is committed to researching and developing fully bio-based building materials with thermal energy storage capabilities. 🌱💡 Our innovative approach involves incorporating bio-based Phase Change Materials (bioPCMs) into solid wood and fibers, binding them with plant oil resins, lignin, or fungal mycelium. The result? Novel bio-composite building materials boasting significantly enhanced thermal properties. What sets our solution apart? These materials not only perform multiple functions but also adhere to sustainable "green" production standards. Ensuring end-of-life options and recycling is a priority, creating a holistic approach to environmental responsibility. Stay tuned as we embark on this exciting journey towards a more sustainable future in construction! 🌐🏡 #uantwerpemib #SustainableBuilding #GreenInnovation #BiobuildProject #HEU #EnvironmentalResponsibility

#Publication_Alert!!! I am thrilled to share the publication of our latest research titled, "Areca Nut Husk Biochar as a Sustainable Carbonaceous Filler for Cement: Pyrolysis Temperature and Its Effect on Characterization, Strength, and Hydration" in Industrial Crops & Products Journal, Impact factor 5.6, Q1, Elsevier. I sincerely thank Manu Rao, Bhojaraju Sekhar, Bibhuti Bhusan Das, Claudiane Ouellet-Plamondon, and Subba Rao for their invaluable support and guidance. Thank you 🙏 Black is the new green. Biochar is a carbon-rich material produced by pyrolysis of organic matter. Our study focuses on using areca nut husk biochar as an innovative, eco-friendly filler for cement composites. By analyzing the biochar produced at varying pyrolysis temperatures, we discovered significant improvements in the material’s compressive strength and hydration characteristics. For more details, we invite you to explore our research by clicking on this link: https://lnkd.in/gXuwPAK8 to the article's final version. #sustainableconstruction #biochar #Arecanuthuskbiochar #cementcomposites #carbonaceousfiller #carbonreduction #greentechnology #researchinnovation #Elsevier #Scopus #Manymoretocome

I hope you had a chance to watch Veena Sahajwalla's presentation for 2024 Anna Moyal last night (the recorded video should be on the National Library website). It was a full hour of high-energy, truly fascinating content, and as her former PhD student, I felt proud every second of it: Here are some key points that caught my attention from Veena's presentation: -E-waste can be thought of as a "micro mine," a treasure trove of valuable materials. If we process it properly, what is currently seen as a challenge can become a significant opportunity. -As custodians of these micro mines, it's not enough to simply drop our e-waste in the recycling bin and consider the job done. While this step is important, we must go further by enhancing our innovative approaches to remanufacturing and recycling. -Rather than just restoring materials to their original state, we should rethink how to repurpose and upcycle them, creating new value and laying the foundation for new materials. This shift in perspective could unlock immense potential, turning waste into a resource that drives a more sustainable future. #Circulareconomy #sustainability #greenmetals #CleanTech #EcoInnovation #ResourceEfficiency #GreenEconomy #SustainableMaterials #ZeroWaste #RenewableResources #GreenInnovation

As construction, architecture, and industrial sectors work to reduce their carbon footprints, transitioning from traditional polyester resins to eco-friendly alternatives like Alesta® BioCore™ offers an efficient and cost-effective way to cut scope 3 emissions. By using natural raw materials sourced from sustainable and fully traceable non-food sources, we help minimize environmental impact without adding pressure on the food supply. These materials maintain the benefits of fossil fuel-based equivalents but with significantly lower levels of embodied carbon. Explore how Alesta® BioCore™ can help you achieve your environmental goals. www.axalta.com/biocore (Europe) www.axalta.com/biocore-sea (South-East Asia) www.axalta.com/biocore-us (The Americas) www.axalta.com/biocore-ca (Canada) #Alesta #BioCore #BioBased #Powdercoatings #Axalta

Carnegie Sustainability Award 2024 Winners Announced Since 2019, Carnegie has been recognizing companies for their exceptional sustainability efforts, highlighting business models that create shareholder value and inspire both companies and investors. Today, we are pleased to announce the recipients of the Carnegie Sustainability Award 2024 Large Cap Winner: UPM - The Biofore Company UPM, a leading pulp and paper company, is revolutionizing the industry with responsible solutions and innovations for a future beyond fossil materials. Their steadfast commitment to sustainability and extensive innovation efforts position them ahead of their competitors, particularly with notable advancements in biochemicals and biofuels. Small Cap Winner: Borregaard Borregaard excels in utilizing wood components to produce specialty cellulose, lignin products, and bioethanol. Their products not only replace oil-based alternatives but also enhance performance and reduce carbon footprints. With a significant market share in lignin-based biopolymers and specialty cellulose, Borregaard continues to push the boundaries of product innovation. Best Newcomer: engcon Engcon stands as the largest global supplier of tiltrotators and associated equipment, significantly contributing to reduced carbon emissions and increased productivity. Their innovative third-generation tiltrotator system is paving the way for future sustainability in the construction industry. We extend our heartfelt congratulations to UPM, Borregaard, and engcon for their remarkable achievements and substantial contributions to a sustainable future. #Sustainability #Innovation #ESG #CarnegieSustainabilityAward #UPM #Borregaard #engcon #SustainableBusiness https://lnkd.in/dD7mQ84D

📢 Did you know that REEPRODUCE is working to establish for the first time a #sustainable and complete #European #rareearthelements based #permanentmagnets recycling value chain at #industrial scale❓ ♻ 🌍 Watch the 🎥 video and know more about ⬇