Science-Switzerland’s Post

🌿🔬 Revolution in Polymer Science! 🔬🌿 Researchers at the University of Bayreuth and Berlin have created fluorinated polymers that degrade 20 times faster than traditional ones. This breakthrough, published in Chemical Communications, could reduce the environmental impact of PFAS, the persistent "forever chemicals." These new polymers maintain non-stick properties and enable easy degradation and fluorine recovery. This innovation is a significant step towards a sustainable circular economy for plastics. Let's innovate for a cleaner planet! 🌍 Join us to explore more: https://lnkd.in/gc-5nPWh Source: https://lnkd.in/ge8-siPR #PolymerScience #Sustainability #PFAS #CircularEconomy #EcoInnovation

A brand-new UK government investment will be lead by the University of Oxford and this project will be focused on conducting research to improve the sustainability of chemical and polymer production. The project will be based around the Sustainable Chemical and Materials Manufacturing Hub (SCHEMA) and this will aim to draw in researchers from around the UK, who are currently working with a large consortium of commercial, technology translation and civic partners. The article below focuses on a new research hub which is being led by the University, that will help the chemical and polymer production industry. This article depicts how important it is to keep research going and for knowledge and practices to be constantly growing and evolving. Follow our LinkedIn page for the latest insights and industry news, on everything within the #sustainablematerials #sustainablechemicals #plasticwastefree sectors; and for the latest updates on our 2024 shows see Sustainable Materials Expo & Sustainable Chemicals Expo (Cologne, 13-14 Nov)! #4eventsin2024 #industrynews #sustainability #closetheloop #TGMSE2024 #SCHLE2024 #SMTRE2024 #PWFWE2024 https://lnkd.in/eMSt9JHR

A brand-new UK government investment will be lead by the University of Oxford and this project will be focused on conducting research to improve the sustainability of chemical and polymer production. The project will be based around the Sustainable Chemical and Materials Manufacturing Hub (SCHEMA) and this will aim to draw in researchers from around the UK, who are currently working with a large consortium of commercial, technology translation and civic partners. The article below focuses on a new research hub which is being led by the University, that will help the chemical and polymer production industry. This article depicts how important it is to keep research going and for knowledge and practices to be constantly growing and evolving. Follow our LinkedIn page for the latest insights and industry news, on everything within the #sustainablematerials #sustainablechemicals #plasticwastefree sectors; and for the latest updates on our 2024 shows see Sustainable Materials Expo & Sustainable Chemicals Expo (Cologne, 13-14 Nov)! #4eventsin2024 #industrynews #sustainability #closetheloop #TGMSE2024 #SCHLE2024 #SMTRE2024 #PWFWE2024 https://lnkd.in/eMSt9JHR

Applications are now being accepted for the Engineering Biology & Industrial Biotechnology Global Business #Innovation Programme - visiting San Jose, California USA from the 5th -11th May 2024. 🇬🇧 ✈ 🇺🇸 This opportunity is offering innovation-driven businesses the chance to explore collaborative opportunities with the USA relevant to #EngineeringBiology and #IndustrialBiotechnology. This is relevant to #innovators focusing on: ✳ Synthetic biology, engineering biology, or other innovative and sustainable approaches by ‘design’ ✳ Bio-manufacturing of renewable, recyclable, biodegradable, and/or environmentally benign materials ✳ Green’ chemical production and processing Sustainable bio-based manufacturing at scale ✳ Bio-material processing ✳ Alternate protein sources (plant, algae, cultivated meats & dairy, etc.) ✳ Circular economy, e.g., turning waste into new products ⏱ Application deadline is 13th March at 9am. ⏱ More details here: https://lnkd.in/ebbXKafS #CircularEconomy #SyntheticBiology #GreenChemistry #BioMaterials #SustainableManufacturing #SustainableDesign

🌱 Exciting news from the Sustainable Polymer Chemistry (SPC) group at Universiteit Twente | Faculteit TNW 🌍 As part of the recently launched POLYMEER project, the SPC group within the Department of Molecules and Materials, led by Prof. Frederik R. Wurm, will be responsible for designing and synthesising new biobased and biodegradable polymers using materials derived from brewers’ spent grain—the by-product of beer production. 🍺➡️🌿 By contributing its expertise, the SPC group is helping to develop innovative solutions that address waste management and promote sustainability in the materials sector. It’s inspiring to see how science can transform waste into valuable resources for a greener future! 💡 Want to know more? Discover the details here: https://lnkd.in/e3suxk_B #Sustainability #Bioplastics #Innovation #CircularEconomy #UniversityOfTwente

SUSTRACK | A call for experts in Chemical, Construction, Textile, Plastics! Check out below how you can get involved in the project 👇

Recent Publication 😊 I'm delighted to announce the publication of our latest research article titled "Chitosan-functionalized recyclable and eco-friendly nanoadsorbent for Pb(II) adsorption from water" in Nanocomposite (IF:4.6)

#UDtechtransfer presents a breakthrough in transforming plastic waste into valuable resources! By efficiently utilizing enzymes in a one-pot process, our researchers have cracked the code to create high-value polymers like polyamides, polyimides, and non-isocyanate polyurethanes from common plastic waste, including polyethylene terephthalate (PET). Devised by Wilfred Chen and Aditya Kunjapur from the Department of Chemical and Biomolecular Engineering at the University of Delaware, this innovation aligns with the global movement towards a more sustainable future and is #availableforlicensing. Learn more about this technology: https://bit.ly/3OfE3Mf To search all available UD Technologies, please visit: https://bit.ly/3Tyxata #licensingopportunity #techtransfer #techtuesday #Innovation #UDBigideas #PlasticWasteRevolution #BioCatalysis

🔦 The power of light in Sustainable Chemistry 🌟 Groundbreaking research from the University of Helsinki, led by Professor Pedro Camargo, which has the potential to significantly alter how we approach chemical production, focusing on sustainability and efficiency. Here are the key takeaways as detailed in the Chemeurope article below: 🌱 Innovative Use of Visible Light The team has developed a novel method to use visible light for driving chemical processes by harnessing specific wavelengths of light (increasing reaction efficiency by up to 110%) 💡 Overcoming Traditional Barriers Moves away from more scarce precious materials , instead utilising more easily sourceable HxMoO3 (a combinated form of molybdenum oxide) with palladium (Pd), opening up new alleyways in both affordability and scalability 🔬 Advanced Photocatalysis The research focuses on a solventless mechanochemical synthesis technique. It leverages the synergistic effects of materials for optimal performance 🌍 Toward a Greener Future The long term aim is to reduce reliance on fossil fuels and harsh processing conditions in chemical industries. Potential use can be found in cleaner fuel production and environmentally friendly material manufacturing. This impressive work not only paves the way for more sustainable industrial processes but also inspires future innovations in the field. Want to learn more? Have a look below! #sustainablewednesday

Exciting developments in green chemistry have emerged as researchers unveil an economical process for synthesizing and purifying ionic liquids. This innovative approach promises to significantly reduce production costs while enhancing the sustainability of various industrial applications. The new method focuses on streamlining the synthesis and purification stages, which traditionally have been resource-intensive and costly. By simplifying these processes, the researchers have made it feasible for industries to adopt ionic liquids on a broader scale. Ionic liquids, known for their unique properties, have applications ranging from chemical catalysis to energy storage. This advancement is not only a win for cost reduction, but also a major step towards more environmentally friendly industrial practices. The implications of this breakthrough extend beyond just economics. With reduced environmental impact and increased efficiency, industries can now leverage ionic liquids for greener production processes. This development aligns with global efforts to minimize industrial waste and reduce carbon footprints, highlighting the importance of sustainable chemistry in modern industrial applications. As the world moves towards more sustainable practices, innovations like these are crucial. They provide practical solutions that industries can adopt to meet both economic and environmental goals. To delve deeper into this transformative development, you can read the full article on https://lnkd.in/g-VrhgDD.