CellMat4ever

We are proud to share a video in which Prof Bartłomiej Mazela - the project manager - talks about the CellMat4ever project - an innovative venture carried out in cooperation with Norwegian partners.
Co-funded by Norwegian and EEA grants, this project is a great example of how international scientific cooperation drives the advancement of environmentally friendly technologies.
I invite you to watch the film to learn more about the outcomes of this program!
➡️ Video on
https://www.youtube.com/watch?v=dczO6AShpNY&t=10s
Więcej o wynikach programu przeczytacie tutaj:
➡️ Learn more about the program's results here:
Final conference summary:
https://www.youtube.com/watch?v=XXt-inXdSfk&t=1s

CellMat4ever EEA and Norway Grants;

Jak pomysły zamieniły się w projekty. Efekty Funduszy Norweskich i EOG - Narodowe Centrum Badań i Rozwoju - Portal Gov.pl Podczas konferencji, która odbyła się 14 listopada, podsumowaliśmy Program „Badania stosowane” zrealizowany w ramach III edycji Funduszy Norweskich i Funduszy Europejskiego Obszaru Gospodarczego (EOG). Całkowity budżet Programu to ponad 81 mln euro. Łącznie w latach 2020-2024 w 81 dofina...

https://www.linkedin.com/posts/bart%C5%82omiej-mazela-96a371244_bio-production-of-fire-retardant-and-hydrophobic-activity-7224882721276182528-7dxM?utm_source=share&utm_medium=member_desktop

https://link.springer.com/article/10.1007/s00107-024-02113-y

We invite you to read the new publication:
"Impact of Cellulose Modification by Expandable Graphite and Carbon Nanotubes on Flammability and Thermal Properties"
https://www.tandfonline.com/doi/full/10.1080/15440478.2024.2363330
Fundusze norweskie i EOG, EEA and Norway Grants, Narodowe Centrum Badań i Rozwoju,

Za nami seminarium podsumowujące i prezentujące wyniki projektu CellMat4ever, realizowanego w programie "Badania stosowane w ramach Norweskiego Mechanizmu Finansowego 2014-2021/POLNOR 2019 Fundusze norweskie i EOG . Dziękujemy za Waszą obecność i dyskusję. Wyniki badań dotyczące zwiększania odporności materiałów drzewnych i celulozowych na działanie wody i ognia adresowane są do przemysłu budowlanego, transportowego i opakowaniowego.
Seminarium poprowadził Kierownik projektu prof. Bartłomiej Mazela, podziękowania za interesujące prezentacje dla dr. inż. Waldek Perdoch , Dr inż. Wojciech Grześkowiak, mgr inż. Karoliny Tomkowiak, Erik Larnøy z NIBIO; dr. inż. Tomasza Nowaka z firmy POSkładani.pl 😊
EEA and Norway Grants, Narodowe Centrum Badań i Rozwoju

Rozpoczynamy seminarium kończące projekt CellMat4ever; NIBIO; POSkładani.pl Fundusze norweskie i EOG EEA and Norway Grants

PROTOTYPOWE, LEKKIE, UNIEPALNIONE PŁYTY NA BAZIE WŁÓKIEN CELULOZOWYCH; Prototype, light-weight, fireproof panels based on cellulose fibers
I I

Flammability testing of light-weight cellulose-based panel using the SBI method (single burning item)
and Norway Grants norweskie i EOG

The scientific research project will soon come to end, but we are still working hard. What do you see in the pictures?
1. Laboratory work related to the preparation of raw materials for the production of prototype, light-weight, fireproof panels based on cellulose fibers.
2. Moulds for the production of prototype panels with prepared modified cellulose pulp.
3.Production of moulds for forming cellulose panels.
4.Filling the moulds with modified cellulose pulp.
norweskie i EOG; and Norway Grants

Scientists from the Wood Protection and Conservation Laboratory at the Faculty of Forestry and Wood Technology of the Poznań (Technologia Drewna - Uniwersytet Przyrodniczy w Poznaniu) University of Life Sciences (PULS) are participating in the international research project CellMat4ever. Within the framework of project, Polish (POSkładani.pl) and Norwegian scientists (NIBIO) are conducting research aimed at creating new cellulose-based materials. These materials will have new functional properties, such as increased water resistance or reduced flammability. Replacing synthetic resins with natural- binders in cellulose-based materials is a future direction in modern paper technology. The composites developed by the research team have increased fire resistance. Compared to traditional plywood made from natural wood, the new material is more difficult to ignite and better prevents the spread of fire. In CellMat4ever project, we aim to create a substitute or alternative solution for layered panel materials. This plywood can be successfully used in the construction of yachts, compartments in railway wagons, or camper vans
norweskie i EOG; and Norway Grants

more about project https://youtu.be/U9ONEXGy9ZM

https://cellmat.up.poznan.pl/pl

https://youtu.be/U9ONEXGy9ZM?si=Z8SEbxFY5fWuxQrX

The conference “Future of Wood” took place on February 1, 2024 during the BUDMA Fairs in Poznań. Prof. Dr. Bartłomiej Mazela presented a lecture “Wood and wood-based materials in modern building engineering”. The llecture was focused on the potential of wood as the material, its environmental advantages and the key features as related to building engineering. Professor Bartłomiej Mazela referred to the ongoing “CellMat4ever” project and presented exceptional progress in applications of construction timber and referred to achievements in engineering of wood and lignocellulosic materials. The main objective of the project is to produce an innovative material based on cellulose, lignocellulosic raw material or modified wood with new functional properties, i.e. reduced flammability and increased water resistance.
norweskie i EOG; and Norway Grants

FOT. Marek Bodyła