馃帴 Welcome to Part 1 of our 3-part technical video series!
馃挕 In this series, our partners at R-NanoLab – National Technical University of Athens give us a closer look at how vibrational sieving technology is used within the CIRCULess project to separate wood particles into different size fractions, preparing them for further processing and potential reuse.
鈿欙笍 This technical demonstration provides practical insights into the processes and methodologies involved in wood residue preparation, making it particularly valuable for industries, manufacturers, and researchers looking to adopt more sustainable and resource-efficient production processes.
馃憠 By demonstrating how wood particles can be systematically separated and prepared for further processing, this video highlights an important step in wood residue valorisation and the development of circular applications for construction materials.
馃攷 Interested in the technical processes behind sustainable wood recycling? This is a must-watch!
馃摴 Watch the full video on our YouTube channel: https://lnkd.in/en9NMGux
馃搶 Stay tuned for Part 2! More technical insights into the innovative technologies and processes being explored within CIRCULess to advance circularity in construction materials.
#CIRCULess #CircularEconomy #WoodRecycling #Biomass #VibrationalSieving #SustainableConstruction #ResourceEfficiency #CircularInnovation #HorizonEurope #EUProjects
馃實 Consortium: ASEMlab – Norwegian University of Science and Technology (NTNU) I AIMEN Centro Tecnol贸gico I Holcim I Omtre I FORESTIA I Gj酶vik Kommune I R-NanoLab – National Technical University of Athens I DTU – Technical University of Denmark I Lule氓 University of Technology I UNE – Asociaci贸n Espa帽ola de Normalizaci贸n I IRES I Global Consulting Sustainability AS I Eindhoven University of Technology I TECNALIA Research & Innovation I Volbas I University of Thessaly I bAvenir I TheGreenTech I Zerofect I University of Hertfordshire