27 March 202623 March 2026 Fraunhofer IAP ebnet Weg für »grüne« Carbonfasern Biobasierte Carbonfasern geraten zunehmend in den Fokus, denn sie schonen Ressourcen, haben eine bessere CO2-Bilanz und machen die Wertschöpfungskette resilienter
Fraunhofer IAP Paves the Way for “Green” Carbon Fibers Bio-based carbon fibers are gaining increasing attention as they have a better CO2 balance, and make the value chain more resilient
25 March 202620 March 2026 Energy storage breakthrough solves the fast-charging problem Custom electrodes made from organic material prevent chemical breakdown at high voltages
Durchbruch bei Energiespeichern löst das Schnelllade-Problem Maßgeschneiderte Elektroden aus organischem Material verhindern chemischen Zerfall bei hohen Spannungen
19 March 202613 March 2026 The bioeconomy in a world at war Scaled biobased supply chains offer resilience under uncertainty
27 February 202623 February 2026 Turning waste into power: scientists convert discarded phone batteries and industrial lignin into high-performance sodium battery materials The approach could help lower manufacturing costs for sodium-ion batteries and increase their commercial viability
26 February 202620 February 2026 Vom Strohhalm zum Kunststoff: Zellstoff-Nebenprodukt wird Basis für Nylon und Perlon Im vom Bundesforschungsministerium geförderten Projekt „LiGNUM“ sollen von einem interdisziplinären Forschungsverbund unter Koordination von Christoph Wittmann an der Universität des Saarlandes Bakterien so manipuliert werden, dass sie in Bausteine für neue Kunststoffe umgewandelt werden können
24 February 202618 February 2026 Metsä Group’s demo plant for a new lignin product starts up in Äänekoski The lignin from the bioproduct mill’s production process as raw material has a nameplate capacity of two tons of a new type of lignin product per day
10 February 20265 February 2026 New processes to manufacture sustainable bioplastics from agricultural waste and pruning residues AIMPLAS is leading the BIOVALSA project, an initiative that seeks to develop alternative routes for recovering value from rice straw biomass, thereby avoiding the use of costly chemical compounds
Lignin Industries launches bio-based elastomer to cut CO2 emissions Renol® TPV achieves a groundbreaking 50% reduction in CO2 emissions compared to traditional fossil-based TPV, helping industries meet decarbonization goals
30 January 202628 January 2026 Safer receipt paper from wood EPFL researchers have developed formulations for the kind of paper used in cash receipts or shipping tags using wood-based chemicals that reduces reliance on toxic bisphenols while keeping print performance
Holzchemikalien ersetzen giftige Bisphenole in Kassenbons Lignin macht Quittungen, Fahrkarten und Versandetiketten sicherer
20 January 202615 January 2026 5 remarkable engineering innovations of 2025 From an autonomous drone system to wood that's stronger than steel and 6 times lighter
13 January 20267 January 2026 UPM unlocks new bio-based markets as Leuna biorefinery produces its first commercial product Consumer brands are interested in renewable materials that offer significant CO2saving potential
UPM Biochemicals: Kommerzielle Produktion von Industrie-Zuckern in der Bioraffinerie Leuna gestartet – Einsatzmöglichkeiten in der Kunststoffindustrie Nach Angaben des Unternehmens besteht insbesondere bei Konsumgüterherstellern Interesse an Materialien mit deutlichem CO₂-Einsparpotenzial
12 January 20266 January 2026 Mycelium-Based Biomaterials Mycelium-based composites (MBCs) have emerged as a novel and disruptive class of biomaterials and mycelium transforms low-value organic byproducts into biodegradable, structurally robust materials with foam-like properties
7 January 202620 December 2025 UPM launches UPM Circular Renewable Black- the first bio-based, NIR-detectable, carbon-negative pigment for premium packaging UPM’s new pigment is derived from renewable lignin and certified by third-party standards, has full NIR detectability for efficient recycling and a carbon-negative footprint
17 December 202515 December 2025 Lignin wird zu wertvollen Amiden – Forschenden gelingt nachhaltiger Durchbruch Wichtige Bausteine für Arzneimittel, Agrochemikalien und moderne Materialien werden durch diese Rohbiomasse unter Anwendung verschiedener katalytischer Verfahren gewonnen
19 November 202513 November 2025 UPM joins Cefic to strengthen the role of renewable chemistry in Europe With its state-of-the-art biorefinery in Leuna, Germany, UPM is pioneering the production of wood-based biochemicals – renewable alternatives to fossil-based materials used in packaging, textiles, and automotive applications
17 November 202512 November 2025 Smart cultivation on marginal lands for the development of sustainable materials from forest biomass This report aims to deliver an overview of the current state and future trajectory of PLA, detailing its production technologies, industrial players, feedstock sources, market evolution, sustainability profile and some of the innovatives that are currently on going
PIRELLI equips McLaren W1 with first supercar tyres made from more than 50% bio-based and recycled materials Extreme performance meets tyre sustainability: the three bespoke tyres developed for McLaren’s latest supercar are made with over 50% bio-based and recycled materials1, as verified by a third party according to ISO 14021
13 November 20257 November 2025 Sustainable batteries made from wood industry by-products Fraunhofer researchers and their project partners are working on a sodium-ion battery system based on lignin, a by-product of the wood and pulp industry
Nachhaltige Batterien aus Nebenprodukten der Holzindustrie Fraunhofer-Forschende und ihre Projektpartner nutzen Lignin – ein Nebenprodukt der Holz- und Zellstoffindustrie – als Bestandteil eines Natrium-Ionen-Batteriesystems
4 November 202530 October 2025 A computer mouse made of wood: Green electronics thanks to biodegradable circuit boards Empa researchers have developed a biodegradable version - their biomaterial is based entirely on wood and can be processed into functional circuit boards for electronic devices
Computermaus aus Holz: Grüne Elektronik dank biologisch abbaubaren Leiterplatten Empa-Forschende haben eine biologisch abbaubare Variante entwickelt - ihr Biomaterial basiert vollständig auf Holz und lässt sich zu funktionierenden Platinen für elektronische Geräte verarbeiten
3 November 202528 October 2025 Lignin valorization There is still much work to be done before lignin-based products are commercialized, like ensuring consistent lignin supplies, achieving consistent quality and compatibility of end products with end-use applications
22 October 202516 October 2025 Sustainable Plastics from Plants TU Graz is coordinating the European B3PO Doctoral Network, which is developing innovative materials from plant by-products. The EU has supplied funding of EUR 4.3 million for the project
Nachhaltige Kunststoffe aus Pflanzenresten Die TU Graz koordiniert europäisches Doktorandennetzwerk B3PO zur Entwicklung innovativer Materialien aus pflanzlichen Reststoffen. Die EU fördert das Projekt mit 4,3 Millionen Euro
20 October 202516 October 2025 Turning residual materials into resources: Bio-based adhesives for wood-based materials In the “LowEPanel” research project, scientists at the Fraunhofer WKI testing formaldehyde-free adhesives made from lignin and hydroxymethylfurfural (HMF) for the production of sustainable particle boards using regional wood residues
Von Reststoffen zu Ressourcen: Biobasierte Klebstoffe für Holzwerkstoffe Im Forschungsprojekt »LowEPanel« testen Forscher vom Fraunhofer-Institut WKI formaldehydfreie Klebstoffe aus Lignin und Hydroxymethylfurfural (HMF) zur Herstellung nachhaltiger Spanplatten aus regionalen Holzresten
IFIB 2025, International Forum on Industrial Biotechnology and Bioeconomy The presentations covered a wide range of bioeconomy subjects, as did the discussions - rom keynotes to innovations, from long-term strategies to concrete business cases
7 October 20257 October 2025 Breaking the Bubbles of the Different Renewable Carbon Sectors to Enhance the Transformation of the European Chemical Industry The Renewable Materials Conference opened up new avenues for the chemical industry in Europe. The three winners of the Innovation Award demonstrate the industry's potential for innovation: These include plasma technology for utilising waste and CO₂, white lignin for cosmetics and a bio-based solution for replacing PFAS and plastic in paper packaging
Sektorgrenzen überwinden: Erneuerbarer Kohlenstoff als Treiber der Transformation der europäischen Chemieindustrie Die Renewable Materials Conference zeigt neue Wege der chemischen Industrie in Europa auf. Die drei Gewinner des Innovationspreises verdeutlichen das Innovationspotenzial der Branche: Dazu gehören eine Plasmatechnologie zur Verwertung von Abfällen und CO₂, weißes Lignin für Kosmetika und eine bio-basierte Lösung, um PFAS und Kunststoffe in Papierverpackungen zu ersetzen
30 September 202524 September 2025 Bringing Bio-Based into Green Public Procurement: Lessons from Catalonia and Zeeland Bio-based solutions, made from renewable resources, offer practical alternatives that directly help reduce emissions, close material loops, and replace virgin raw materials with circular ones
29 September 202523 September 2025 Repurposing wood waste for a clean, green alternative to fossil-based chemicals The EU and Europe’s bio-based industries are tapping into the hidden potential of wood to replace fossil resources in the production of high-performance resins with a low carbon footprint.
19 September 202518 September 2025 Solar Power Isn’t as Green as You Think. Scientists Have a Weird Fix: Onions Ultraviolet rays actually break down components of solar panels over time, but red onion
18 September 202512 September 2025 Hemp in the off-season: plant potential as a cover crop Agronomic, environmental, and economic benefits make hemp a promising alternative in sustainable management
15 September 202515 September 2025 The Future of Chemical Industry in Europe: Defossilised and Competitive, how this can work? This is the key question that will be addressed at the Renewable Materials Conference, 22–24 September in Siegburg/Cologne (Germany), and online
3 September 20253 September 2025 Renewable Materials Conference 2025: Calling Brands, Start-ups and Chemical Companies to Shape the Future of Chemicals and Materials There are less than three weeks left to register for the world's largest event on innovative and renewable chemicals and materials, fossil-free plastics, and related policies, which will take place from 22–24 September 2025 in Siegburg/Cologne, Germany
Renewable Materials Conference 2025: Marken, Start-ups und Chemieunternehmen gestalten die Zukunft von Chemikalien und Materialien Nur noch knapp drei Wochen, um sich für die weltweit größte Veranstaltung zu innovativen und erneuerbaren Chemikalien und Materialien, fossilfreien Kunststoffen und die damit verbundenen politischen Leitlinien anzumelden, die vom 22. bis 24. September 2025 in Siegburg bei Köln stattfinden wird
Rise of Bio-based Chemicals: Hype or Game-Changer? Dr. Sangeeta Srivastava, Executive Director, Godavari Biorefineries - The latest BioE3 policy builds the framework for high-performance biomanufacturing to propel the development and production
26 August 202520 August 2025 Enhancing cellulose-rich polylactic acid (PLA)-rice residue-reinforced sustainable biocomposites Influence of chemical pretreatments on strengthening the thermomechanical properties of biocomposite materials
21 August 202518 August 2025 Biomaterials enter the space age Biomaterials could support safer and more sustainable space travel
15 August 202514 August 2025 Challenge and opportunity of developing a lignin supply chain ‘Basal lignin’, which refers to lignin that has been extracted but not further modified, varies widely in properties and therefore also in quality depending on the extraction process
Leaf-inspired design brings bioplastics to the big leagues Adding cellulose makes bioplastics biodegradable, stronger
14 August 202512 August 2025 artimeltrepulpable – Paper recycling without adhesive residues artimeltrepulpable is a hot melt adhesive solution that can be filtered out from paper pulp as a compact adhesive mass during the repulping process right at the start of recycling. The pulp is then suitable for the production of high-quality, visually flawless recycled paper
artimeltrepulpable – Papierrecycling ohne Klebstoffrückstände Mit artimeltrepulpable liegt eine Schmelzklebstoff-Lösung vor, die sich beim Repulping-Prozess bereits zu Beginn des Recyclingvorgangs als kompakte Klebstoffmasse aus der Pulpe herausfiltern lässt, die nachher für die Produktion von qualitativ hochwertigem, optisch einwandfreiem Recyclingpapier geeignet ist
13 August 202512 August 2025 Solar goes biobased Biomaterials could minimise the environmental impacts of solar panels
25 July 202526 September 2025 Estonia’s largest festival pilots sustainable biowaste collection bags from local woody biomass Estonia’s XXVIII Song and XXI Dance Festival, “Iseoma”, piloted sustainable biowaste collection bags made from local woody biomass, showcasing innovation in action. Here’s the story behind this collaboration, take a look!