An insects biorefinery approach as a strategy to unlock the nutritional and energy potential in co-located lignocellulosic industrial side streams (UNLOCK)
The UNLOCK project aims to meet the EU’s Renewable Energby Directive (RED) II by transforming Brewer’s Spent Grain (BSG) into advanced biofuels and animal feed. It uses the fungus Neurospora crassa and Black Soldier Fly Larvae (BSFL) to convert BSG’s structural polysaccharides into fat and protein. This involves Solid-State Culture and Solid-State Enzymatic Hydrolysis to generate sugars that can be used as feed for BSFL, whose fats are then processed to a fatty acid stream by SunPine that can be integrated into existing oil refineries producing biodiesel.
The project aims to achieve over 50% conversion of BSG to larval fat, and more than 90% efficiency in fat and protein extraction. It also targets 20% lower greenhouse gas emissions compared to existing methods.
Partners include universities LTU and SLU, industries SunPine and Bottenvikens bryggeri, and the Boden Business Agency and Hushållningssällskapet. The project supports Boden’s carbon-neutral goals and offers a sustainable alternative to traditional fuels
Paul Christakopoulos
Luleå University of Technology (LTU)
paul.christakopoulos@ltu.se
Project information
Participants
LTU
Swedish University of Agricultural Sciences SLU
SunPine
Bottenvikens bryggeri
Bodens utveckling AB
Hushållningssällskapet i Norrbotten-Västerbotten
Time schedule
December 2023 - December 2027
Total cost of project
7 587 731 SEK
Swedish Energy Agency project number
2023-01039
More projects
FUSE – Assembling C6 furans that are sustainable by C5 bio-based value chains using bioelectrochemistry and CO2
The main goal of the FUSE project is to generate knowledge and green technologies to enable assembly of sustainable furan platform chemicals…
Manager: Per-Olof Syrén
Ongoing
Substitution of fossil-based carbon with lignin in furnace electrodes for the metallurgical industry
At present, the metallurgical industry is using large quantities of fossil-based carbons. For example, manufacturing of anodes and cathodes for the primary…
Manager: Peter Rättö
Ongoing
Feasibility study for project with the aim of commercializing an industrial drying process based on microwave technology
Saving money and resources by drying timber with microwaves In this project, MicroDri AB has studied how their microwave timber drying technology…
Manager: Victor Borén
Completed: 2023-09-01