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Home1 / Projects2 / Revitalising forest waste into microalgal and bacterial cellulose membranes...
Project participants Kerstin Ramser and Alok Patel in a research laboratory at Luleå University of Technology, Sweden. Courtesy of Alok Patel.

Revitalising forest waste into microalgal and bacterial cellulose membranes with tailored properties for sustainable food packaging, Green Tech

27 June, 2024/in Current Strategic Projects, Project/by Anna Strom

Participants: Alok Kumar Patel (LTU, P5), Kerstin Ramser (LTU, P4)

Duration: 2024-2025

Call: Annual 2023

https://bio4energy.se/wp-content/uploads/2024/06/IMG_7986-scaled-e1719503602674.jpg 1442 1920 Anna Strom https://bio4energy.se/wp-content/uploads/2022/08/Logo_stor_farg-300x74.png Anna Strom2024-06-27 15:53:452024-06-27 16:19:47Revitalising forest waste into microalgal and bacterial cellulose membranes with tailored properties for sustainable food packaging, Green Tech

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Link to: Development of a novel tool for evaluation of the mechanical properties of wood Link to: Development of a novel tool for evaluation of the mechanical properties of wood Development of a novel tool for evaluation of the mechanical properties of ... Link to: Multiscale mechanical, chemical and structural properties of aspen wood Link to: Multiscale mechanical, chemical and structural properties of aspen wood Fast-growing aspen plants in a large experimental facility at Umeå Plant Science Centre, Sweden. Photo by Stéphane Verger.Multiscale mechanical, chemical and structural properties of aspen wood
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