Novonesis Agriculture & Industrial Biosolutions’ Post

Enzymes for textiles. Circular fashion starts with sustainable production; free from waste, water pollution, emissions and chemicals. #Novonesis #Biosolutions #NewBeginning #Enzymes #Sustainability #Textiles

🌱Cotton and its future: Organic, Regenerative and Recycled The future of textiles and materials in industry 4.0 and green transitions looks promising with increased use of natural fibers in the EU for fashion and textile manufacturing. This requires reducing virgin resource use and increasing recycling by using high-quality natural fabrics free of harsh chemicals. Monitoring natural fiber cultivation is essential to promote organic and regenerative practices. Investment in local processing facilities is necessary to reduce emissions related to raw material transport. #Transitions #EuropeanComission #Erasmusplus #Consumption #Sustainability #Circulartextiles #EACEA #TextileWaste European Commission

In the quest to understand how micro-plastics are shed from petroleum based fabric, I discovered many environmental impacts of fabric production in general. While Davidson Environmental doesn't handle textiles, our focus is on collecting organic biodegradable matter which makes all biodegradables intriguing to us. Here's a breakdown of textile's environmental impact, ranked from most to least friendly. Linen/Hemp: • Made from the flax plant, needs minimal energy and water, low carbon footprint. • Minimizes waste, fully biodegradable. Silk: • Contributes to deforestation through Mulberry tree cultivation. • Water-intensive processes. • Chemical disposal pollutes water, affecting aquatic life and agriculture. Cotton: • Highest water usage amongst agricultural commodities. • Heavy pesticide use impacts workers and nearby populations. • Soil quality degradation. Wool: • Sheep provide fertilizer, improving soil health. • Significant carbon emission impact. • Highly recyclable and biodegradable. Viscose, Rayon, Lyocell, TENCEL™, and Modal: • Made from wood, bamboo, or seaweed pulp/cellulose. • Chemical processing poses health and environmental risks. • Biodegradable but dry clean only. Spandex: • Made from petroleum, shed microplastics, contributes to water pollution. • Environmental risks during manufacturing and disposal. Polyester: • Derived from fossil fuels, non-biodegradable. • Shed Microplastics • Significant energy and water usage during manufacturing. Nylon: • Petrochemical-based & microplastic pollutant. • Energy-intensive production, not biodegradable. These rankings consider resource usage, pollution, biodegradability, durability, recyclability, and end-of-life disposal. By choosing fabrics wisely and selecting quality clothing instead of fast fashion, we can make a big difference in the preservation and restoration of our environment. Please share your reaction with us, we would love to hear from you. #Microplastics #biodegradeble #Textiles ##environment #pollutioncontrol #energy #petroleum #carbonfootprint ##co2emissions

To keep mitigating environmental impact, we must not only reduce carbon emissions, but also use fewer natural resources in the manufacturing process. That's why we created SENSIL® EcoCare.   Produced in a highly efficient recycling process that significantly reduces CO2, energy, and water consumption, SENSIL® EcoCare keeps the same yarn properties of virgin fibers through its high-quality recycled Nylon granules. This is an example of how we see the relationship between caring for the planet and developing our industry.   Among other benefits, using these recycled Nylon granules reduces CO2 emissions by up to 98%* of CO2 equivalent per ton of yarn. It can also save up to 45 MWh/Ton in energy and up to 2.7 m3 of water per kg of yarn in the upstream yarn manufacturing process (* for 100% recycled content).   SENSIL® EcoCare plays a major role in the broad spectrum approach SENSIL® takes to create more sustainable solutions for the textile industry. The SENSIL® portfolio reflects our comprehensive vision for environmental responsibility in the textile industry, encompassing everything from mitigating climate change to the preservation of natural resources and ecosystems.   Read more: https://lnkd.in/d7kiuVwH   # SENSILEcoCare #Sustainability #Textiles #Environment

Scientists at the University of California, San Diego, and the materials science company Algenesis Materials have developed biodegradable microplastics that break down in under seven months. Finding viable alternatives to traditional petroleum-based plastics and microplastics, such as biodegradable microplastics, has never been more important due to their impact on our planet and our health. Microplastics are tiny, nearly indestructible fragments shed from everyday plastic products. As we learn more about microplastics, the news keeps getting worse. Already well-documented in our oceans and soil, we’re now discovering them in the unlikeliest of places: our arteries, lungs and even placentas. #BiodegradableMicroplastics #PlasticWaste #PlasticPollution #Health Click the link below to discover more ⬇ https://bit.ly/3TKrN9G

#Biobased cellulosic feedstocks being #recycled represent a significant advancement in #sustainable textile production, especially on #ZeroWasteDay. By repurposing materials such as agricultural waste, bamboo, or even discarded textiles rich in cellulose, wet spinning enables the creation of new fibers without depleting natural resources. This approach minimises environmental impact, reduces waste, and contributes to the circular economy by extending the lifecycle of materials. #WetSpinning plays a pivotal role in transforming biobased resources into durable, eco-friendly textiles, making it a cornerstone technology for achieving sustainability goals in the textile industry.

Recycled polyester that reduces microplastic pollution? Yes, it's here ♻ Contact Ana-Marija Klemenčič for your order.   Over 60% of today’s textiles are made with synthetic fibers. 🧦 During use and washing, tiny and short fibers shed or break and end up in the environment. They are not (really) biodegradable, so they will persist in the environment for a long time.   There are different solutions already available: > Mojca Zupan and PlanetCare have one for every household 👏 > In BETI we can offer recycled polyester that behaves like natural fibers when they end up as pollutants in the environment 🌊               It’s a continuous fiber, dyed with optimised DyeCare technology. The most sustainable dyed yarn on the market. ♻   #DyeCare #microplastic #recycledpolyester #Beti #PlanetCare #sustainable

Cellulose, a natural polymer found in plant cell walls and a crucial component in packaging and viscose, doesn't have to come from trees. 🌳‼️ Agricultural waste and recycled textiles (that would typically be burned or dumped in landfills) offers a more sustainable alternative with comparable strength and weight. 📦👕🌾 By scaling up these #NextGen innovations, we can significantly reduce the pressure of vital forest ecosystems across many sectors. Learn more: https://lnkd.in/gw2vMEah #NextGenNow #NatureBasedSolutions #SustainableFutureForAll #CircularEconomy #CanopyStyle #Pack4Good #NextGenSolutions #Canopy

Plant fiber, also known as cellulosic fiber or plant fiber. Vegetable fibres are obtained from plants and are used in various industries such as textiles, papermaking, and construction. Examples of plant fibres include cotton, flax, hemp, jute, and sisal. They are renewable, biodegradable and environmentally friendly compared to synthetic fibres. Vegetable fibres also have different physical and mechanical properties that make them suitable for different applications. Some are soft and smooth like cotton, while others are rough and strong like jute. The production of vegetable fibers requires less energy and chemicals compared to synthetic fibres, making them a more sustainable option. read more ... https://lnkd.in/gyY-AcP5 #sustanablefabric #plantfabric #sustainablefashion #ecofriendly #textile #GMP #ESG #environmentfriendly

Biobased. Home Compostable. Marine Biodegradable. Industrially Compostable. It's time to #RethinkPlastic Kaneka Green Planet® biodegradable polymers can replace almost any single-use plastic. You can learn more at kanekagreenplanet.com #biobased #sustainability #homecompostable