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Enzymes are revolutionizing the production of fine chemicals, offering a sustainable alternative to traditional chemical synthesis. With the global fine chemicals market projected to reach $157 billion by 2028, the shift towards greener methods is not just a trend but a necessity. Novonesis harnesses the power of biocatalysis to deliver high reaction rates and specificity without the side products typical of chemical processes. This approach aligns with the principles of green chemistry, reducing waste and energy consumption while enhancing product safety and efficiency. Discover how Novonesis is leading the charge in transforming fine chemical manufacturing. Our robust global network ensures reliable supply chain continuity, even in times of crisis. By integrating enzymes in place of chemical catalysts, we're not only supporting your production needs but also advancing a more sustainable and responsible chemical industry. Explore our innovative solutions and stay ahead of industry trends by leveraging our cutting-edge biocatalytic processes. https://lnkd.in/dUReMWhy #Novonesis #GreenChemistry #Biocatalysis #FineChemicals #SustainableManufacturing #Innovation #IndustryLeadership

Want to learn how to make #sustainable polyurethanes using #biobased raw materials? Sign up for ASC Academy's February 12th webinar w/ Joe Marcinko, Polymer Synergies LLC, to discover the methods, challenges and opportunities that exist for biobased #polyurethanes! https://lnkd.in/eag9Typy

In this chapter, I highlighted the recent developments using biobased materials for manufacturing packaging materials. Awareness of environmental, mechanical properties and biodegradation after end use are considered in the discussion.

💡 What makes HydRegen different?   HydRegen bio-based manufacturing technologies can be quicky deployed across a portfolio of chemical products. Using our first technology, Bio2Amine, one enzyme asset is used to replace metal-catalysts in 100's of nitro-to-amine chemical processes. We have identified 38 chemical products of interest, with 16 nitro-to-amine reactions highlighted in our recently released process booklet. What does this mean for our customers? Our method allows us to build industrially relevant bio-based manufacturing technologies that solve real problems in sustainable chemical manufacturing – quickly, cost effectively and efficiently.  Our Impact The scope of our technology is significant in the switch to sustainability. By focusing on enabling adoption in existing infrastructure and following strategies that are already established for incumbent chemical processes, we provide a pathway to sustainability, that is easy to implement and supported with commercial flexibility. 🔹 Off the shelf slot in technology means no new infrastructure  🔹 Evaluation products that put the customer in control  🔹 Opportunities for joint development to advance product opportunities  ➡ Download your process copy booklet: https://lnkd.in/eaau6KPn    ➡ Start a conversation products@hydregenoxford.com  #greenchemistry #chemicalmanufacturing #biotechnology #innovation 

Our Marketing Director, Mariam Jomha, has contributed to an insightful article on Packaging Europe exploring how fermentation chemicals are shaping the future of bioplastics. The article highlights how fermentation chemicals, like PLA and PHA, are becoming key players in the bioplastics industry. These innovations are making sustainable materials more practical and appealing compared to traditional plastics. As the market for eco-friendly solutions grows, PLA and PHA are gaining traction. However, challenges such as high production costs and regulatory issues still need to be addressed. Ongoing advancements in fermentation technology could help overcome these hurdles and make these bioplastics more accessible. Read the full article here for more details: https://lnkd.in/eSvEEC4Q #Bioplastics #Sustainability #GreenChemistry #Innovation #FermentationChemicals

Hello, connections, I am delighted to share that my first review article, "A comprehensive comparison between synthetic and bio-based wet-strength additives for paper manufacturing," has been published in the esteemed "Cellulose" journal by Springer. This article discusses various conventional and bio-based wet-strength additives used in paper-based products and their impact on human health and the environment. The article offers valuable insights into sustainable practices in the paper industry by comparing traditional harmful synthetic additives with emerging bio-based alternatives. It's a comprehensive exploration of the factors influencing paper strength and durability, shedding light on the potential for eco-friendly solutions. I am incredibly grateful to my supervisor, Vibhore Rastogi sir, for his support and encouragement. Also, I would like to thank all the co-authors, Satish Kumar B, Arihant Ahuja, and Manisha Madan, for their contribution to the article. If you are interested in learning more about wet-strength additives for paper-based applications, please check out the review article https://lnkd.in/gDsVShsf #reviewarticle #firstauthor #wetstrength #syntheticadditives #Biobasedadditives #paperbasedproducts #paperindustry #cellulosejournal #springer

Dr. Perc Pineda shared the findings of the newest Plastics Market Watch report on Bioplastics today. Huge thanks to Braskem for sponsoring this year’s report! The Bioplastics Market Watch offers valuable updates on the status of bioplastics in the marketplace, including research labs across the country. The report covers areas such as innovation, market intelligence, consumer perceptions, emerging markets, and public policy. It highlights the expanding use of bioplastics beyond bottling and packaging and explores the diversity and flexibility they offer. The insights provided in this report can benefit the entire plastics supply chain, offering valuable information for industry stakeholders. As a bonus NPE: The Plastics Show attendees get a reduced price of $125 when using code “NPE2024” – Get it now: https://brnw.ch/21wJAEP

AIMPLAS · Technological Institute of Plastics is taking part in the POLYMEER project, which aims to transform wet brewers’ spent grain (BSG) 🌾 into high valuable bioplastics. BSG could be converted into feedstock for bioplastics to diversify the material solutions and replace traditional plastics. Read more >> https://lnkd.in/ecv68aGj #POLYMEERProject #BioPlastics #Sustainability

Want to reduce costs in bioprocesses? TRY harder! 💪🏻 No no, I don't mean you should try harder, but T-R-Y the yeast out of it! ⚗️ 📉 This article goes into the economic aspects of microbial fermentation processes used in industrial biotechnology. It emphasizes the importance of evaluating production costs through the metrics of Titer, Rate, and Yield (TRY) before scaling up processes for commercial production. 📈 #TRY Metrics Titer, Rate, and Yield are essential for evaluating the economic feasibility of #MicrobialFermentation, measuring product concentration, formation speed, and substrate conversion efficiency. 💰 Production Costs Optimizing these metrics significantly impacts the cost-effectiveness and scalability of #BiochemicalProduction, with yield improvements notably reducing raw material expenses. 🏭 Industrial Applications TRY metrics are pivotal in producing vital industrial biochemicals such as 1,3-propanediol and ethanol, which are foundational in manufacturing products from plastics to #biofuels. Advancements in #MetabolicEngineering and process design are crucial for improving TRY metrics, offering potential for more competitive bio-based production methods. You can also use Reocto to TRY your #bioprocesses, and make #ScaleUp more efficient! Enhanced microbial production efficiencies could lead to sustainable biofuel alternatives and more eco-friendly consumer products, and even #NovelMedicine, potentially lowering costs and environmental impacts. The article: https://lnkd.in/dg-98GeP

Corn Next, a pioneering material science company based in Irvine, California, is touting CornNext-17, a patented next-generation material made from corn starch and natural enzymes that “is ready to replace single-use plastics.” Learn more! #Biodegradable #NextGenMaterials #PlasticReplacement https://brnw.ch/21wQjr4