The much-awaited #Bioeconomy #Innovation Day will conclude in full swing with an #Exhibition & Cocktail Reception! 🥂 On 16 Nov, in Brussels, top-level companies will exhibit their innovative items. Hurry up! The deadline to register is 13 Nov! 👀 👉bit.ly/3Fe70TO

We are off to a great start at the #Bioeconomy #Innovation Day in Brussels! 🎉 Gathering a diverse range of participants and speakers joining synergies to discuss how to foster bio-based material innovations in Europe💯 FinnCERES Treesearch B2BE Facilitator

Off to a great start in the Bioeconomy Innovation Day in Brussels! Interesting day ahead with key players: companies, policymakers, researchers and funders. Special thanks to co-organizers for making the event happen: EPNOE Association Treesearch B2BE Facilitator

Jim Philp from OECD points out that in order to reach net-zero carbon by 2050, we need to carefully consider how to invest public funding. Scientific excellence should not be the only thing considered – we should maximize the chance of success to reach our jointly agreed goals.

Great discussions at Bioeconomy Innovation Day, showcasing new #biobased products, prototypes and #innovation from the industry! Today @metsaspring's Katariina Kemppainen is presenting the ExpandFibre innovation ecosystem. EPNOE Association FinnCERES B2BE Facilitator

Halfway through Session 4 of this incredible event!✨ ExpandFibre, Cosun, Cargill, and B4plastics have left us truly inspired with their innovative work. But there's more to come! Sulapac, Tetra Pak, and Heppe Medical Chitosan will soon take the stage to share their endeavor!🚀

The #Bioeconomy #Innovation Day was a resounding success! 👏 A day filled with dynamic #networking and meaningful dialogue among diverse stakeholders✨ On behalf of the Organising Committe, huge thanks to our incredible speakers, attendees, exhibitors, and the venue team!💚

A new #superblack material made of wood developed in Finland! 🌑🌌 Together with Aalto University, we've created a strong, non-toxic variant with potential uses in astronomy, materials science and imaging 🔬 More from FinnCERES 👉 hubs.ly/Q02bYQ9h0

Otaniemessä kehitetty uusi #supermusta materiaali puusta! 🌑🌌 Aalto University'n kanssa kehitetty materiaali on kestävä ja myrkytön – sovelluksia mm. tähtitieteessä, materiaalitutkimuksessa ja kuvantamisessa 🔬 Lisää FinnCERES sivuilla 👉 hubs.ly/Q02bZk9d0

⚡️Researchers Aalto University and VTT create a new super-black material from wood!⚡️ The innovative approach harnesses the natural imperfections of #wood to achieve record low light reflectance. Read more on our website: hubs.ly/Q02bZk9d0 #biobasedmaterials

Interesting article about super black #wood! The material can be used for example in space exploration. 💫 #bioeconomy VTT Aalto University FinnCERES finnceres.fi/post/unlocking…

⚫️ Super black materials possess the remarkable ability to absorb an astonishing amount of light, rendering them incredibly dark. ⚫️ Learn more about record breaking super black wood ⬇ #bioeconomy VTT Aalto University FinnCERES bioeconomy.fi/unlocking-the-…

⚫️ Supermustat materiaalit ovat aineita, jotka imevät lähes täydellisesti kaiken niihin osuvan valon. ⚫️ Lue lisää ennätyksellisestä supermustasta puusta ⬇️ #biotalous VTT Aalto University FinnCERES biotalous.fi/otaniemessa-ke…

Scientists can manipulate wood to create materials that are superblack—or transparent. Sunjie Ye highlights two very different Nature Communications articles, by Bruno Mattos Orlando Rojas Aalto University FinnCERES, & Qi Zhou KTH Royal Institute of Technology. Read it here: rdcu.be/dtUDn

😷 Koronapandemian keskellä FinnCERES Flagship -ohjelman SolarSafe-tiimi ryhtyi kehittämään itsesteriloituvaa, selluloosapohjaista kasvomaskia. 📝 Lue blogista tuotteen kehityksestä, läpimurrosta ja tulevaisuudesta. #Biotalous biotalous.fi/itsesteriloitu…

😷 In the midst of the COVID-19 pandemic, the FinnCERES Flagship Programme SolarSafe team set out to develop a self-sterilising, cellulosic face mask. 📝 Read the blog about the product's development, breakthrough and future. #BioEconomy bioeconomy.fi/harnessing-sol…

Biopohjainen vaihtoehto styroksille - Aalto University ja FinnCERES lippulaivan spin-off Woamy tähtää pakkausteollisuuden mullistamiseen selluloosapohjaisilla, muovittomilla vaahdoilla. #Biotalous biotalous.fi/selluloosapohj…

Bio-based alternative to styrofoam - Aalto University and FinnCERES flagship spin-off Woamy aims to revolutionise the packaging industry with cellulose-based, plastic-free foams. #BioEconomy bioeconomy.fi/cellulose-base…

Are wood-based plastics a source of microplastics? Bio-based and biodegradable plastics are two different things, says professor Monika Österberg from FinnCERES. Read the story: 👇 forest.fi/article/are-wo…