Bioflex – biobased energy carriers and their contribution to a flexible energy system
Bioflex aims at increasing the flexibility, redundancy, and robustness of the energy system by integrating biobased energy carriers (biohydrogen/biogas) with electrolytic hydrogen. By combining 2 energy carriers, the project intends to investigate possible synergy effects between the different production paths. The combination of energy carriers is expected to generate 3 main effects: more efficient resource utilization, increased share of biobased energy and increased flexibility in local energy systems.
The project will perform a lab and pilot study of a two-stage bioprocesses, investigate synergy effects and flexibility in the interaction between the bioprocesses and electrolysis, techno-economic analysis of the system and an actor analysis. The goals of the project are to 1) demonstrate the two-stage bioprocess continuously for 1.5 months and reduce the residence time for biogas production by 50% and optimize nutrient supply 2) Implementation plan and recommendations to actors.
Erika Lönntoft
RISE Research Institutes of Sweden
erika.lonntoft@ri.se
Project information
Participants
RISE Research Institutes of Sweden
Indienz
Kraftringen Energi
Eslövs kommun
Lunds Universitet
Schedule
January 2022 - November 2024
Total project cost
4 853 183 SEK
The Swedish Energy Agency's project number
2021-00130
More projects

Hydrochar enhanced biogas production, HyBio
With new technology, we aim to explore the possibility of significantly increasing methane production during anaerobic digestion. Recent studies have shown that…
Manager: Maria Sandberg
Ongoing

Intensive forest biomass harvest and need for nutrient compensation – new knowledge for guidelines for sustainable biomass utilisation
To meet a future fossil-free bio-based economy utilisation of forest biomass will have a leading role. Available forest biomass depends on available…
Manager: Ulf Sikström
Ongoing

From forest to low greenhouse gas jet fuels with a developed catalytic pyrolysis technology
Bio-oils produced from wood by existing conversion technologies (e.g. pyrolysis) are incompatible with current jet engines and fuel infrastructure. Bio-oil instability, corrosivity,…
Manager: Hoda Shafaghat
Ongoing