Maximizing Biogas production with Post-treatment applications
Anaerobic digestion is a sustainable process that combines waste management, nutrient recycling and clean energy production. However, a significant portion of the feedstock’s energetic potential remains untapped in the digestate, resulting in suboptimal methane recovery and overall process efficiency.
This project proposes to evaluate the effect of post-treatments on digested materials from various feedstocks, as well as their cost-efficiency, through a systematic review and meta-analysis. The results will provide valuable insights for researchers, enabling them to optimize post-treatment research. Moreover, industry stakeholders, including equipment producers and technology developers, will be able to apply the project’s findings to develop more effective and commercially viable solutions.
Alex Enrich Prast
Linköping University
alex.enrich.prast@liu.se
Project information
Participants
Linköping University
Time schedule
October 2023 - December 2024
Total cost of project
1 313 400 SEK
Swedish Energy Agency project number
2023-00827
More projects
A flexible bioeconomy – key factor to enabling investments in large-scale biorefineries
Domestic sustainable biogenic feedstocks are important in the energy system transition, but their use is severely limited by a lack of investment…
Manager: Elisabeth Wetterlund
Ongoing
Oxy-Kraft recovery boiler – Towards novel integrated green energy parks
Kraft recovery boilers, i.e., boilers burning pulping industry spent liquor (black liquor) and recovering pulping chemicals, generate both electricity and heat. Black…
Manager: Shareq Mohd Nazir
Ongoing
Potential value chains for bio-based plastics
There is currently a lack of suitable bio-based raw material to cover the need and demand that exists for bio-based plastics. In…
Manager: Kerstin Jedvert
Ongoing