Associate Professor
Department of Biological and Chemical Engineering
Aarhus Universitet
Ole Worms Alle 3, Building 1171
Office 327
8000 Aarhus C
+45 41 89 33 10
About Thomas
Research Interest
My research primarily focuses on delving deep into the structure-function relationships inherent in microbial biointerfaces present within biofilms. These biofilms play a crucial role in numerous bioprocesses that hold significant value both industrially and environmentally.
By comprehensively understanding these relationships, we can pave the way for developing more accurate and effective strategies to control and manage biofilms and associated bioprocesses. Furthermore, this enriched understanding could provide the foundation for innovating new methodologies and techniques targeted towards efficient resource recovery.
One notable application of such advancements could be in the realm of water reclamation bioprocesses, where these insights can lead to more sustainable and efficient systems.
Current Projects
Awards
Anaerobic ammonium oxidation (Anammox) biofilms
Extracellular DNA
Nanoplastics in the environment
Biofilm control in domestic appliances through new formulations
Improved biobutanol production titers through non-genetic means
Marine snow EPS: foundation polymer and changes with depth during settling
Next generation biofuels: improved butanol production titers by non-genetic means
Development of a bioelectrochemical VOC detector for detection of volatile organic compounds in sewer network
Adaptation of existing biological nutrient removal plants to achieve mainstream complete autotrophic nitrogen removal
Dean’s Award for Research Higher Degree Excellence
Graduate and Postdoctoral Supervision
Axel Rosenvinge
Ph.D. Fellow I Aarhus University, Denmark
Dr. Mojtaba Azari-Anpar
Postdoctoral I Aarhus University, Denmark
Sasmitha
Ph.D. Fellow I Aarhus University, Denmark
Dr. Amrita Bhattacharya
Postdoctoral I Aarhus University, Denmark
Javier Gil
Ph.D. Fellow I Aarhus University, Denmark
Sudarsan Mugunthan
Ph.D. Fellow I SCELSE, NTU, Singapore
Wong Lan Li
Ph.D. Fellow I SCELSE, NTU, Singapore
Büşra Çiçekalan
Visiting Ph.D. I Istanbul Technical University, Turkey I ALUMNI
Oishi Sen
Ph.D. Fellow I SCELSE, NTU, Singapore I ALUMNI
Dr. Guo Jingjing
Postdoctoral I SCELSE, NTU, Singapore I ALUMNI
Dr. Ding Zhiji
Postdoctoral I SCELSE, NTU, Singapore I ALUMNI
Su Chuen Chew
Ph.D. Fellow I SCELSE, NTU, Singapore I ALUMNI
Our Mission
Our research group is steadfast in our mission to delve into the valorization of sludge, understanding it not just as waste, but as a reservoir of potential. We are dedicated to the complete characterization of Extracellular Polymeric Substances (EPS), recognizing their untapped potential in advancing sustainable solutions.
By developing sustainable materials derived from EPS, we aim to pioneer innovations that can be seamlessly integrated into sectors like agriculture, packaging, and the creation of biodegradable materials. We're also charting the global fingerprint of EPS, further solidifying its significance in our studies. Fundamental to our mission is the emphasis on resource recovery, coupled with refining methodologies for the isolation and purification of EPS from both sludge and biofilm.
Our Vision
Our research group is deeply committed to the valorization of waste, viewing it as a pivotal step towards true sustainability. We believe in the principles of the circular economy, emphasizing the efficient use and reuse of resources. Green chemistry is integral to our approach, guiding us to innovate processes that are environmentally friendly and sustainable for the world's future.
