NDSU Research Foundation’s Post

Revolutionary 3D-printed monoliths developed by a team at the University of Bath promise to wipe out toxic 'Forever Chemicals' from water. Known as forever chemicals due to the long time they take to break down, PFAS are man-made and known to cause health issues Made from indium oxide-infused ink, these ceramic lattice structures remove at least 75% of PFAS. This energy-efficient method could become a vital tool for purifying water supplies. With increasing health concerns, this innovation is a promising step towards safer drinking water. Read more https://bit.ly/3LVJqik #WaterPurification #3DPrinting #ForeverChemicals #BathUniversity #RandD #RandDProjects #RandDtaxRelief #TaxConsultant #Consultancy

🌱🔬 Lets look into the Future with Bio-based Resins in Aerospace Manufacturing! 🚀✨ As sustainability becomes an increasingly integral part of the aerospace industry, the spotlight is shining on innovative solutions like never before. Today, let's delve into the world of bio-based resins – a game-changer in the quest for eco-friendly alternatives. 🌿 🌟 What are Bio-based Resins? Bio-based resins are derived from renewable sources such as plant oils and sugars, offering a compelling alternative to traditional petroleum-based resins. With a focus on environmental stewardship and reducing carbon footprints, these resins are driving a paradigm shift in aerospace manufacturing. 🔍 Key Benefits: ✅ Comparable Performance: Don't let the eco-friendly label fool you – bio-based resins deliver performance on par with their traditional counterparts. From mechanical strength to thermal stability, these resins meet the rigorous standards of aerospace applications. ✅ Reduced Carbon Emissions: By sourcing materials from renewable resources, bio-based resins significantly decrease reliance on fossil fuels, leading to a substantial reduction in carbon emissions. This aligns perfectly with the industry's sustainability goals and helps mitigate environmental impact. ✅ Versatility and Innovation: With ongoing research and development, bio-based resins continue to evolve, offering versatility and adaptability to diverse manufacturing processes. Whether it's composite fabrication or 3D printing, these resins empower aerospace engineers to push the boundaries of innovation. 🌍 Shaping a Sustainable Future: By embracing these innovative materials, we're not only reducing our environmental footprint but also driving positive change across the industry. 🛫🌱 #ELSAIndustry #BioBasedResins #SustainableAerospace #Innovation #EnvironmentalStewardship #AerospaceManufacturing

A Complete Guide To Polymer "Polymer: Emerging Trends in Material Innovation" Get PDF: https://lnkd.in/dV6ui7UG Polymer is made up of the combination of several monomers, which produce different types of polymers depending on their cell type. Plastic polymers are molecules that are bound by muscle with high molecular weight. They are synthetic polymers that can be recycled or renamed due to their durability. The texture of the thighs determine the physical properties of the final material. The major types of polymers are polyacrylonitrile, polypropylene, polyvinyl chloride, neoprene, and polystyrene, which are used to reduce dependence on fossil fuels that are not renewable. The shift from renewable energy sources and polymers to biofuel and electricity production is slowing the growth of the polymers market. Application: Packaging Electronics Food Petrochemicals #Advanced_Composites: Polymers are being increasingly used in high-performance composites, especially in industries like aerospace and automotive, due to their lightweight and strong properties. #Smart_Polymers: These are materials that can respond to changes in their environment, such as temperature, pH, or light, finding applications in drug delivery systems and sensors. #3D_Printing: Polymers are a key material in additive manufacturing (3D printing), where developments focus on improving print speed, material strength, and expanding the range of printable polymers. #Nanotechnology_Integration: Incorporating nanoparticles into polymers enhances their mechanical, electrical, and thermal properties, leading to new functionalities and applications. #Recycling_Technologies: Innovations in polymer recycling technologies are gaining traction to address the growing concern over plastic waste, aiming for more efficient and scalable recycling processes. #polymer #material

HOW CAN YOU FUNCTIONALIZE NON-WOVENS IN AN EFFICIENT AND SUSTAINABLE WAY? To remain competitive in the non-woven production space, it is necessary to constantly develop products and respond flexibly to customer requirements. This requires finishing processes that cover a wide range of quantities and, above all, work economically and reproducible even with small batches. By reducing energy and chemical requirements, cost-effectiveness can be significantly increased. Gentle handling of the material and fewer rejects further increase efficiency. Non-wovens are extremely versatile and are therefore used in an increasing number of applications. In order to further adapt their performance to the specific conditions of use, they are often given a functional finish or refinement. This can either be applied during fiber preparation or subsequently. The great advantage of a subsequent finishing is that even smaller batch sizes can be produced cost-efficiently and the quantities of finishing chemicals can be significantly reduced. For this purpose, the WEKO Fluid Application System (WFA) offers a sustainable and contactless minimal application solution. Whether single-sided, double-sided or different functions on both sides - just as required. Want to learn how we can support you in funtionalizing your non-wovens efficient and sustainable? Talk with one of our experts. www.uprinttech.com. INNOVATIVE PRODUCTS. BETTER PRINTING #nonwoven #economical #sustainability #competitiveness #customerfocused #reproducibility #energy #chemicals #costeffective #efficiency #application #functional #finishing #chemical #experience #help #sustainable #printing #environmentallyfriendly #resources WEKO Weitmann & Konrad GmbH & Co. KG

PLA, a plastic made from plants like corn starch, is shaking things up in the plastics world! It's a much greener choice than traditional plastics based on fossil fuels. Making PLA involves turning starch into a substance called lactic acid, and then linking those molecules together to form the final plastic. This "plant-based plastic" is not only good for the environment, but it also breaks down naturally, making it ideal for things like food packaging, 3D printing, clothes, and even medical tools. While it's still not as widely used as traditional plastics (2.8 million tons in 2023 compared to a whopping 367 million), PLA is growing super fast at 20-30% each year. Sure, there are still some cost and infrastructure challenges, but with more research and a push towards sustainability, this groundbreaking bioplastic has a bright future! Share with us your thoughts about the future of biopolymers! . . . . . . . . . #bioplastics #sustainability #PLA #innovation #biochemistry #bioeconomy #polymers #polymerscience #chemicalindustry #greenchemistry #greeneconomy #greenenergysolutions #polyolefins #plasticsindustry #plastics #plasticrecycling #plastics #pharma #pharmaceuticals #pharmaceuticalindustry #organicchemistry #polyurethane #polypropylene #polyethylene #researchanddevelopment #packaging #packagingsolutions #packagingindustry #packaginginnovation #extrusion #printingtechnology #printing #polyol #chemicalengineering #chemicalengineerjobs #pharmacyjobs #chemicalanalysis #pharmacology #polymertechnology

In the ever-evolving world of materials technology, a breakthrough in plating on plastic substrates is setting new benchmarks. This innovative process eliminates the use of toxic chemicals and precious metals, offering an eco-friendly and cost-effective alternative to traditional methods The advanced technique ensures superior adhesion and exceptional thermal resistance, paving the way for reliable performance across various applications. Industries such as aerospace, automotive, and electronics are starting to harness this method to enhance both the functionality and aesthetics of components. This leap forward not only meets stringent industry standards but also opens the door for novel uses in lightweight composites and additive manufacturing. #SupplyChainInnovation #EngineeringExcellence #ManufacturingTechnology

🐝 3D printed beehives made of polypropylene? Yep, we are doing that! ♻️ Polypropylene is a type of plastic that can be recycled, helping to reduce waste and keep beehive foundations out of landfills! In this episode of "Ask a Scientist," we chat with Muhammad Arshad, Industrial Polymer Scientist, about our innovative 3D-printed beehive project. Our plastic 3D printed beehives are designed to replace traditional hives by offering a more sustainable, durable, and easier to clean solution for the beekeeping industry. Want to know more about the project and how we're transforming traditional practices? You can explore more about our beehive project and the rest of PRIA portfolio here! 👇 https://bit.ly/3zR0fse

The research focuses on developing photocurable liquid formulations using renewable resources like terpenes and itaconic acid, aiming to replace petroleum-based materials. A biobased resin, perillyl itaconate (PerIt), was synthesized from renewable sources and used to create networks with adjustable properties through photoirradiation. By adding nonmodified terpenes as reactive diluents, a wide range of photocured networks was produced with varying mechanical properties. The resins showed rapid curing kinetics, could form brittle or elastic materials, and displayed good thermal resistance. Selected formulations, particularly those containing PerIt and limonene, were suitable for additive manufacturing, allowing for high-resolution object printing using digital light processing (DLP). Overall, this method offers a straightforward approach to prepare renewable resins for rapid prototyping applications. Read more details: https://lnkd.in/eTFSfRfB #polymerscience #additivemanufacturing

The PolyExpert • Polyethylene Films team attended the 27th Global Pouch Forum (BNP Media) in Clearwater, May 29-31, 2024. We presented a high-barrier monomaterial recyclable pouch with 30% FDA-compliant post-consumer recycled (PCR) resin. This breakthrough was made possible thanks to Henkel, who used one of their recyclable high-barrier coatings on one of our matte printing films. Until collection for flexible packaging recycling becomes a reality in North America, PolyExpert continues to develop sustainable monomaterial films for the creation of recyclable flexible packaging. We are exploring the different technologies available: PE films as sealant webs and print webs, PE films using recyclable high-barrier resins or EVOH with compatibilizer, and now films with high-barrier coatings. We do our utmost to ensure that the material used in our films does not become waste but a source of material, in a world where flexible packaging is set to be used even more for essential applications. On the picture: Narges Emami, Martin Lebeau, Pierre Sarazin #flexiblepackaging #recyclable #monomaterial #pcr

HOW CAN YOU FUNCTIONALIZE NON-WOVENS IN AN EFFICIENT AND SUSTAINABLE WAY? Improving the functionality of non-woven material can offer several benefits depending on the specific application and industry. To remain competitive in the non-woven production space, it is necessary to constantly develop products and respond flexibly to customer requirements. This requires finishing processes that cover a wide range of quantities and, above all, work economically and reproducible even with small batches. By reducing energy and chemical requirements, cost-effectiveness can be significantly increased. Gentle handling of the material and fewer rejects further increase efficiency. Non-wovens are extremely versatile and are therefore used in an increasing number of applications. In order to further adapt their performance to the specific conditions of use, they are often given a functional finish or refinement. This can either be applied during fiber preparation or subsequently. The great advantage of a subsequent finishing is that even smaller batch sizes can be produced cost-efficiently and the quantities of finishing chemicals can be significantly reduced. For this purpose, the WEKO Fluid Application System (WFA) offers a sustainable and contactless minimal application solution. Whether single-sided, double-sided or different functions on both sides - just as required. Want to learn how we can support you in funtionalizing your non-wovens efficient and sustainable? Talk with one of our experts. www.uprinttech.com. INNOVATIVE PRODUCTS. BETTER PRINTING #nonwoven #economical #sustainability #competitiveness #customerfocused #reproducibility #energy #chemicals #costeffective #efficiency #application #functional #finishing #chemical #experience #help #sustainable #printing #environmentallyfriendly #resources WEKO Weitmann & Konrad GmbH & Co. KG