BioGraph – Advancing Biobased Graphite Production for Energy technologies

As the world moves toward achieving net-zero emissions, the contradiction between the demand for high-quality graphite products and its unsustainable production process is becoming prominent. It is expected that energy- and resource-efficient biomass utilization as green graphite precursors can address issues such as graphite supply constraints and high energy consumption in traditional graphite production processes.
This project is to use focused laser light to selectively heat and graphitize specific regions of biomass, allowing for tighter control over the graphitization process and the properties of the resulting material. The selection of raw materials and substrate, processing conditions, material quality evaluation and specific testing on energy storage and power devices will be performed. Thus, the energy storage industry would greatly benefit from innovative technologies that convert domestic, low-cost, sustainable, and non-toxic bio-based materials into high quality graphite.

Lilei Ye
Chalmers Industriteknik
lilei.ye@chalmersindustriteknik.se
Project information
Participants
Chalmers Industriteknik
2D FAB AB
Ligna Energy AB
Percyroc AB
RISE Research Institutes of Sweden
STMicroelectronics Silicon Carbide AB
Time schedule
December 2024 - July 2027
Total cost of project
7 453 197 SEK
Swedish Energy Agency's project number
P2024-03010
More projects

Efficient use of biomass for a robust and climate-friendly energy system
Bioenergy is renewable, can offer flexible power in the electricity system and domestically produced fuels. However, the use of bioenergy risks causing…
Manager: Lina Reichenberg
Ongoing

The future of biofuel production in the EU – potentials, technologies and policies
Biofuel markets in the EU are undergoing rapid changes. Changes in the policy landscape due to increased climate ambitions is expected to…
Manager: Jonas Zetterholm
Ongoing

Climate impact of carbon efficient forest-based value chains
Biomass can be used as a feedstock for producing renewable fuels and chemicals. The project investigates how forest residues and industrial side-streams…
Manager: Olivia Cintas Sanchez
Ongoing