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Home1 / Projects2 / Doped biochar materials for bio-based batteries – in situ characterisation...
Bio4Energy Strategic Project BioBat, profile image. Collage by courtesy of Anna Strandberg.

Doped biochar materials for bio-based batteries – in situ characterisation and understanding of structural versus electrochemical properties, BioBat

10 September, 2024/in Current Strategic Projects, Project/by Anna Strom

Participants: Anna Strandberg (UMU, P3), Shaojun Xiong (SLU, P3)

Duration: 2024 – 2025

Call: Annual 2023

https://bio4energy.se/wp-content/uploads/2024/09/BioBat_AS100924.jpg 720 1280 Anna Strom https://bio4energy.se/wp-content/uploads/2022/08/Logo_stor_farg-300x74.png Anna Strom2024-09-10 15:39:092024-10-29 15:41:45Doped biochar materials for bio-based batteries – in situ characterisation and understanding of structural versus electrochemical properties, BioBat

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Link to: Multiscale mechanical, chemical and structural properties of aspen wood Link to: Multiscale mechanical, chemical and structural properties of aspen wood Multiscale mechanical, chemical and structural properties of aspen woodFast-growing aspen plants in a large experimental facility at Umeå Plant Science Centre, Sweden. Photo by Stéphane Verger. Link to: Enabling low-grade biomass and waste combustion with reduced CO2 emissions – in situ measurements and impact on policy design Link to: Enabling low-grade biomass and waste combustion with reduced CO2 emissions – in situ measurements and impact on policy design Low-grade biomass such as left over branches, tops and stumps are feedstock studied in this project. Photo by Anna Strom ©2024.©AnnaStromEnabling low-grade biomass and waste combustion with reduced CO2 emissions –...
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