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Max-Eyth-Allee 100

14469 Potsdam

Germany

Tel. +49 (0)331 5699-0

Email atb@atb-potsdam.de

Coordinating institute

Systems microbiology

Dr. Michael Klocke

Structure and functioning of microbiomes in agricultural biotechnology

  • Structure, ecology, and metabolism of microbial communities in agricultural biotechnology systems
  • Influence of the systems microbiology on product quality and production rate
  • Influence of process parameters on the systems microbiology
  • Monitoring of process relevant microorganisms and pathogens

 

In biogas reactors, complex and highly diverse microbial networks consisting of hundreds of different microbial species with numerous but widely uncharacterized metabolic capacities are conducting the anaerobic digestion and biomethanation of organic biomass to biogas. With respect to the biogas yield, the systems microbiology analyzes the synergistic interaction of different microbial groups during anaerobic digestion with the overall aim of the development of most efficient process conditions.The performance of a microbial network consists of a number of factors. As examples, the construction of the biogas fermenter, its operation temperature as well as kind and amount of the fermentation substrates have a significant influence on the microbial metabolism and, hence, on the efficiency of the entire process. The characterization of the structure of the microbiome and its dynamic development during the fermentation under varying process conditions provides fundamental knowledge for the further optimization of biogas production process not least because of the necessity for utilization of up-to-now less regarded organic biomasses and residues or the development of new construction designs for biogas reactors.

Of particular interest is the isolation of microbial species which are able to utilize hardly convertible organic compounds such as lignocellulose or biomass rich in protein. Especially the numerous still unknown and uncharacterized and, hence, biotechnologically unutilized microbial species especially in biogas reactors but also in other agricultural systems provides an enormous potential for new and innovative biotechnological approaches.

Staff

Postdocs: Dr. Susanne Theuerl

PhD students: Katrin Graf, Johanna Klang

Technical staff: Levin EscheBeate KröckKerstin Mundt

Biofilms in biogas plants: Microbial community (red) and organic structure (green) (Photo: Klocke, Bergmann / ATB)
Biofilms in biogas plants: Microbial community (red) and organic structure (green) (Photo: Kocke, Bergmann / ATB)

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Sept 17-20, 2019

Trainingschool on measuring and modelling gaseous emissions from livestock systems, ATB Potsdam

Events

Sept. 04, 2019: FRUTIC Symposium 2019, Hong Kong

The FRUTIC Symposium 2019: Innovations in Pre- and Postharvest Supply Chain of...

Sept 5-6, 2019: INSECTA 2019 International Conference, Potsdam

The INSECTA 2019 International Conference aims to give an overview of...

Sept 17-20, 2019: Trainingschool on measuring and modelling gaseous emissions from livestock systems, Potsdam

The interdisciplinary training school provides hands-on training in measuring...

Press information

Bioökonomieforschung gestärkt: ATB eröffnet neues Forschungsgebäude

22. Aug. 2019: In Anwesenheit von Brandenburgs Wissenschaftsministerin Dr....

Präzises Modell für den optimalen Fruchtbehang

6. Juni 2019: Brandenburgs Agrar- und Umweltstaatssekretärin Dr. Carolin...

ATB 2016

To scroll through the latest research report 2016 click here ...

Leibniz-Institut für Agrartechnik und Bioökonomie e.V. · Max-Eyth-Allee 100 · 14469 Potsdam · Germany · Tel. +49 (0)331 5699 0 · E-mail atb@atb-potsdam.de