Caolines de Vimianzo S.A.u. (CAVISA)’s Post

🌍 This is a prime example of traceability and leadership in the jewelry industry. Mejuri is leading the way in reducing their dependence on untraceable recycled gold supply chains. 📢 Looking forward to adding Fairmined certified gold to the supply chain of this exceptional company that is setting industry standards. "With the opportunity to increase Salmon Gold in our products, the proportion of recycled content in our products may decrease over time. Decreasing our use of recycled gold through the increase of Salmon Gold will enable us to achieve higher levels of traceability over time while also contributing to habitat restoration along the way, aiding in our 100% traceability and climate-positive goals by 2030." #traceability #accountability #conflictfreegold #pawnshopfreegold

At the heart of our eco-friendly innovations is Shirasu, a unique volcanic soil formed by magma and made from 100% natural ingredients. Here's why it's a game-changer for sustainable materials: ♻️ Reduced Environmental Impact: Unlike traditional materials like bauxite, Shirasu requires no crushing or kiln burning. It’s dried naturally by the sun, significantly lowering carbon emissions in the production process. 🔋 Reduced Energy Consumption: The simple extraction of loose particles means less energy is used, making Shirasu a greener alternative. 🏆 Authority Certified: Rest assured, Shirasu meets the highest environmental standards, ensuring you're choosing a certified sustainable material. From nature, for a greener future. 🌍 📦 Natpak - A Sustainable Packaging and Product Solution Provider #natpak #sustainability #sustainablepackaging #packaging #environment #recycling #recyclingplastic #SustainableMaterials #EcoFriendlyInnovation #VolcanicAsh #GreenManufacturing #LowCarbon

🌱 Introducing Campanini's Eco-Friendly Polyester Strapping Bands! 📦 At Campanini, we're proud to present one of our many innovations: polyester strapping bands made from 100% recycled materials. 💪 Originally designed to replace steel straps, our bands now offer exceptional strength, minimal elongation, and improved resistance to rough surfaces, making them ideal for industries like ceramics and wood. 🏭 What sets us apart? Our bands come in a unique translucent or semi-transparent green shade, derived solely from recycled materials. Additionally, our PET material (Polyester) withstands sunlight exposure, ensuring durability. ☀️ But that's not all – by eliminating additives, we've reduced welding temperatures, saving energy and minimizing waste. 🌱 Choose Campanini's Polyester Strapping Bands for a high-quality product that respects the environment, Let's build a greener future together ! 🌍 #Sustainability #Innovation #RecycledMaterials #Campanini #Ecology #Cyklop

We have been working closely with Nibio since 2019 to find the needed temperature and time for the steam to neutralize invasive plants and harmful organisms in the soil. We have proven that our SoilSaver is a safe and sustainable way of recycling biologically contaminated soil. Today NIBIO Norwegian Institute of Bioeconomy Research published a new article that shows 100% efficiency of neutralizing potato cyst nematode, which is an organism that means a 40-year quarantine for growing potato if it is found in the farmer's field. This documentation shows again that our machines are capable of recycling contaminated soil. Every year more than 1000 tons of soil (more than 50.000 truckloads)are taken out of circulation in Norway. All of this could have been recycled with our SoilSaver. 2024 will be the first year where our machines recycle some of this soil 🙏 ♻ Geir Pollestad Landbruks- og matdepartementet https://lnkd.in/dYYziTGJ

Dive deeper into the seaweed story with Ayla de Heney, our Seaweed Sourcing Manager. 🌊 🌿 Seaweed is the foundation of our sustainable materials, but there's so much more to discover. In this video, Ayla shares insights on why this remarkable resource is crucial in our mission to eliminate single-use plastics. From its rapid growth rates to its positive impact on marine ecosystems, seaweed offers unique advantages we're only beginning to fully harness. Ayla breaks down how we're leveraging these properties to reimagine everyday products. The video takes you on a journey from ocean to innovation to exploring how seaweed cultivation is reshaping coastal economies and more. Watch the video to learn more about the key ingredient driving our work. ⬇ #Notpla #Seaweed #Innovation #SustainableMaterials #Circularity 

The Portuguese Textile and Clothing Industry has be@t! With a Portuguese focus, this Agenda involves CeNTI and aims to make the sector more sustainable. Using raw materials from the forestry and agri-food areas, new processes, products and textile materials of biological origin are developed. Focussed on circularity, Beat - Bioeconomy at Textiles is committed to innovative and renewable solutions. Find out more about CeNTI's role in this Project here: https://lnkd.in/d3EJubmz The Project is funded by the European Commission's Recovery and Resilience Facility.   #beat #NextGenerationEU #construirofuturo #resiliencia #transicaodigital #transicaoclimatica #somosprr #FundosUE #RecuperarPortugal https://lnkd.in/dZjRkt8 #CeNTI #Technology #Innovation #Nanotechnology #AdvancedMaterials #SmartSystems #Sustainability #Digitalisation #CTI

Korteccia is a traditional Ugandan material produced with traditional craft techniques. Considered the precursor of modern non-woven fabrics, Korteccia is made only with the bark of the East African “Mutuba” fig tree, which regenerates very quickly with no damage to the actual tree. After being peeled from the trunk and manually processed, the bark becomes a cloth: low energy consumption and low CO2 emissions. Learn more: https://bit.ly/4a4INh2 The expertise and experience of Giada Dammacco and Filippo Pagliai have played a significant role in the innovative approach of Pangaia Grado Zero. Through their research and development efforts, they have pushed the boundaries of material utilization and introduced sustainable and nature-inspired materials into the manufacturing industry. Since 2001, our mission has been to make the world a better place, one material at a time. LIFEMATERIALS

Hey Eco-Warriors! 🌱 You might think deserts are just vast lands of nothingness, but that's not the full picture. Dake Rechsand is flipping the script with their 1000+ patents, turning sand into sustainable gold! 🏜✨ Their breathable sand tech is revolutionizing how we farm in arid areas and save water. Imagine growing crops where you thought none could sprout! 🌾 Curious about this game-changer? Explore Our Case Studies and see how deserts bloom with innovation. #SustainableFarming #WaterConservation #Innovation #breathablesand #DakeRechsand

🤔 Random fact of the day 🤔 The population of the earth weighs the same as 400 quintillion bananas! 🍌 That's a huge number of bananas, weighing in at around 550 zettajoules or the entire annual energy consumption of humanity. ⚡ Random stuff you probably didn't want to know! 🎶 👉 Learn more at www.wedid.uk 📧 Email us at info@wedid.uk #newequipment #unusedequipment #usedequipment #reuseequipment #manufacturing #pharmaceuticalmanufacturing #industrialequipment #automotivemanufacturing #lithiumbatterymanufacturing #forsale #environmental #wedid #wedidrevolution

Plastic has been discovered in ancient sediments! At the bottom of the oceans, on the tops of the mountains or on what's left of the polar ice caps... microplastics are everywhere. Even inside us. The environment as a whole, and the creatures that live in it, are polluted by these tiny fragments, which come from a wide range of products that we use every day, such as plastic packaging and coatings, of course, but also cosmetics and textile fibres. It is everywhere, with all the consequences that this can have on our health and on our ecosystems. So much, in fact, that it has been suggested that these particles, which accumulate in sediments at the bottom of lakes and oceans, could be used as a time marker to date the beginning of the Anthropocene, the new geological epoch that marks the human takeover of the planet. Plastic production didn't really take off until the early 1950s, and with it came a drastic increase in the amount of microplastics in sediments deposited since then. However, this pollution does not seem to have remained wisely at its stratigraphic level. A new study published in the journal Science Advances reveals the presence of microplastics in lake sediments dating from before 1950. The smallest particles have the ability to migrate through sedimentary layers older than the one in which they were deposited. In addition to being a pollutant on a spatial scale, microplastics are also a pollutant on a temporal scale! #microplastics #pollution #plastics #anthropocen