SCHÜTZEN Chemical Group’s Post

When introducing a new environmentally friendly polymer, it's common to claim it can address the global plastics market. However, most new options can only meet niche demands. I've outlined five key criteria for a successful replacement of traditional plastics. While many new polymers meet some criteria, few tick all five boxes. One promising technology, hemp-filled polymers, comes close to meeting all criteria. Hemp's exceptional carbon sequestration capabilities reduce the carbon footprint for end users, replacing petrochemical polymers sustainably. When combined with biopolymers or biodegradable additives, hemp-filled polymers offer an eco-friendly end-of-life solution. These polymers seamlessly integrate into existing processing equipment without extra costs, providing an economical alternative. A crucial advantage of hemp-filled polymers is the global availability of hemp as a raw material. This enables manufacturers worldwide to produce these polymers without increasing the carbon footprint through extensive transportation. Hemp-filled polymers stand out as a sustainable and globally accessible solution for reducing our reliance on traditional plastics. 🌍🌿 #Sustainability #PlasticAlternatives #Innovation

Microplastics have become a significant concern for our planet, with research showing their presence in unexpected places like the placenta, heart, and testicles. This poses a threat to future generations. Researchers and industries must collaborate on sustainable solutions. Could plant and algae oils be the key to reducing our reliance on traditional plastics? A group of researchers at Soleic has developed a 100% biodegradable polymeric material system from these oils, offering a promising alternative for everyday products like shoes, clothes, plastic bags, and food packaging. Together, we can make a positive impact on reducing microplastic pollution. Learn more on this here - https://lnkd.in/gpujnptJ #polymer #sustainablematerial #health #microplastic #environmentiswealth #nature #soleic #carbon #nanoplastic

🔬UC San Diego and Algenesis researchers have found the answer to manufacturing plastics products that actually break down without forming microplastics that could linger for thousands of years. Accumulation of microplastics in the natural environment is ultimately due to the chemical nature of widely used petroleum-based plastic polymers. Microplastics can take hundreds or thousands of years to break down completely. However, researchers found a strain of bacteria in compost that could live completely off polyurethane-made plastics. This single bacterial strain that could rely on these materials as a complete food source, meaning they are truly, completely biodegradable. The study shows that their plant-based polymers can biodegrade past the microplastic level in under seven months. Examination of samples after 90 days of aerobic composting showed a 68% decrease in the number of leftover particles. After 200 days, a 97% overall reduction from the starting count was observed. Despite the promising lab analysis, cost of this novel materialis prohibitive to its widespread use. The researchers still hope their new process can eventually be implemented widely for food packaging. Read More: https://lnkd.in/d3BHkZAC – Columbus Instruments champions research and initiatives with true environmental impact, embracing integrity for a sustainable future. Our Micro-Oxymax respirometer offers a comprehensive solution for biodegradation analysis on your groundbreaking formulations and materials. It complies with ISO, ASTM, and OECD standards, providing precise and accurate analytical results for biodegradability and compostability assessments. If you’re interested, visit our website to learn more: https://lnkd.in/dyKpNVXk

What are diffence between Greendugitalpkastics and BioPolyAp? Greendigitalplastic and technological idea which was open for discussions in the last 3 years tested different business relationships and models. The idea adapt, differencial and improve a lot in the last 3 years. The main idea is focused on postconsume PU wastes and chemical recyccling is separated in 3 stages: Flexible post consume foam chemical recycling to polyol for Flexible CASE, integral, moulded or even for semi rigid and rigid or rgid or semi-rigid foam postproduction or post-consume to polyol is the chemistry to be tested in stage one. We speak for one chemical process, a technology digital control that GDPL process column and technological calculations could be able to achive and plan to prove the results in the stage two of the future project or pilot plant. Stage three is the industrial unit. The most important result of the work delivered in the last 3 years is that the Know How could used as a start point from any financial model presented or not presented on the Market. GDPL process column knowledges presented behind the BioPolyA product and consultacy could form a results beyond the tests and existing Industrial lines, to self-adapt the chemical process based on different post consume PU. Is the next circular level possible for your process? Are there possibilities to improve the quality and quantity for emission and product? You could use this knowledge to improve and decide further do you want to be part of the Greendigitalplastics project idea behind chemical recycling in PU or poylmer waste in general or use the existing knowledge and product behind polyester polyol technologies, consultancy and Column products! Start the discussion today https://lnkd.in/dFSceWE8

Interesting article about microplastic particles from a bio-based thermoplastic polyurethane can rapidly biodegrade and therefore are transiently present in the environment #innovation #plastic #biobased #microplastics #sustainability https://lnkd.in/diMmdM84

#Sustainable_Polymers Market Along with an In-depth Analysis of the Competitive Landscape 2023-2032 >> https://lnkd.in/daHCHkDZ #Sustainable polymers are #plastics made from #renewable #resources. It meets the #requirement of the #consumers without harming health, the #environment, and the #economy. Unlike non-sustainable plastics, it is economically, socially and #environmentally sustainable. In order to produce the sustainable polymer, increasing #research activities are being carried out so that #plants can also be used as #feedstocks. Arkema, BASF DuPont, NatureWorks, AVA Biochem AG, Cardia Bioplastics, Plantic. #sustainablepolymers #plastics #renewableresources #environmental #research #plants #feedstocks #chemicalmanufacturing

Could 'zombie' cells turn wood waste into nylon? 🧃👟 Plastic is an extremely useful material, used in everything from car parts and packaging to running shoes, but its production and disposal are highly unsustainable. Khorcheska Batyrova and Anna Khusnutdinova sought to change that when they founded OzoneBio. 🧪 Their emissions-free innovative method – which uses ‘zombie’ cells to transform wood waste into bio-based nylon – could revolutionise the production of countless items, from sportswear to electronics. Could you use bio-nylon in your manufacturing? Discover more about OzoneBio's method by clicking the link below ⬇️ https://lnkd.in/enSiwGBq

BASF Launches Tinuvin® NOR® 211 AR for Enhanced Thermal Stability in Agricultural Plastics BASF has introduced Tinuvin® NOR® 211 AR, a new light stabilizer designed to support global film producers and processors in the agricultural plastics sector. This high-performance stabilizer effectively protects agricultural plastic products and extends their lifespan, even in environments with high concentrations of inorganic agrochemicals such as sulfur and chlorine. Tinuvin NOR 211 AR provides a cost-effective solution for agricultural plastics exposed to intense UV radiation, thermal stress, and commonly used inorganic chemicals for crop management and disinfection. The development of plastic cultivation techniques is significantly influenced by polyethylene (PE) specifications, driving the trend towards thinner films and greater emphasis on plastic material usage. Thinning refers to reducing the thickness of plastic films while maintaining their performance, achieved by adopting new polymer grades to enhance the mechanical properties of PE materials. Film processors are investing in new equipment to increase the number of layers in films, thereby improving performance and durability. Adopting thinner, more durable films is crucial for the sustainable development of agricultural plastics, helping to reduce plastic waste, improve production efficiency, and promote recycling and upcycling practices.

Devan Chemicals N.V. Introduces 'Devan Stain Release' - a innovation in textile finishing technology that's PFC-free and contains 40% bio-based content. Say goodbye to stubborn stains with ease while supporting sustainability. Learn more about this innovative solution that combines performance and eco-friendliness! Roberto Teixeira #DevanChemicals #StainRelease #Sustainability #TextileInnovation #PFCFree #BioBased #TextileTechnology #WaterBasedStains #OilBasedStains #WickingProperties #TextileInnovation

Milk Fibre.. Waste milk that is not fit for human consumption, is used to produce innovative fibers, called milk fiber or casein fiber. Milk fiber fabric is a blend of casein protein from milk and acrylonitrile, Eco friendly QMilk Procedure: QMILK is a patented, specially designed production process. Part of the process involves: Heating the casein powder to 80°C in a meat mincing type of machine,Adding natural ingredients like zinc and beeswax.Fibers come out in strands and is then spun into yarn. You need about a hundred pounds of milk powder to make three pounds of milk fiber. The fibers are white, fluffy and springy with a pleasant odor. The innovative fibers can be dyed using acid, reactive or cationic dyes. -Nadia Mehejabin Mim picture collected from textile today