PhD student at the Department of Molecular Sciences at SLU in Anna Schnürer's group, where we work with anaerobic microbiology in biogas processes. In my research I focus on high solid anaerobic digestion, a technology where organic waste is digested and converted to biogas at high total solids content. I will study the microbial community structures in high solid digestion processes and evaluate potential optimization strategies.
Cellulose-rich materials are important substrates in high solid digestion and a part of my project is to investigate how degradation of these materials is affected by high levels of ammonia. High solid digestion reactors often operate at relatively high ammonia concentrations and therefore more knowledge about ammonia sensitivity of cellulose degrading bacteria is important for optimizing degradation efficiency in these processes.
BI1278 Microbiology 2020 (lab teacher)
BI1278 Microbiology 2021 (lab teacher)
BI1337 Microbiology 2022 (lab teacher)
1. Cellulose degradation under high ammonia stress
2. Serial anaerobic digestion - effects on biogas yield, protein degradation and microbial community structure
3. High-solid anaerobic digestion in lab-scale plug-flow reactors
My project is a part of Biogas Solutions Research Center, a competence center with collaboration between SLU, Linköping University and several partners within private and public sector.
Master of Science in Biotechnology Engineering, Uppsala University
Perman E, Schnürer A, Björn A and Moestedt J. (2022) Serial anaerobic digestion improves protein degradation and biogas production from mixed food waste. Biomass and Bioenergy, 161:106478.