Computational modelling and simulation of anaerobic biomass conversion to biogas, focusing on the effects of substrate characterisation, solid-liquid-gas phase interactions and microbial growth dynamics

Kovalovszki, Adam (PhD Student)
Zhang, Yifeng (Examiner)
Schmidt, Jens Ejbye (Examiner)
Steyer, Jean-Philippe (Examiner)
Angelidaki, Irini (Main Supervisor)
Alvarado Morales, Merlin (Supervisor)

Status	Finished
Effective start/end date	15/09/2016 → 17/04/2020

Funding

Technical University of Denmark

UN Sustainable Development Goals

In 2015, UN member states agreed to 17 global Sustainable Development Goals (SDGs) to end poverty, protect the planet and ensure prosperity for all. This project contributes towards the following SDG(s):

SDG 7 Affordable and Clean Energy

Advanced modelling in anaerobic co-digestion: the multiscale aspects of substrate composition, hydrogen transfer and microbial growth
Kovalovszki, A., 2020, Kgs. Lyngby: Technical University of Denmark. 49 p.
Research output: Book/Report › Ph.D. thesis

Open Access
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Computational modelling and simulation of anaerobic biomass conversion to biogas, focusing on the effects of substrate characterisation, solid-liquid-gas phase interactions and microbial growth dynamics

Project Details

Funding

UN Sustainable Development Goals

Fingerprint

Advanced modelling in anaerobic co-digestion: the multiscale aspects of substrate composition, hydrogen transfer and microbial growth

Computational modelling and simulation of anaerobic biomass conversion to biogas, focusing on the effects of substrate characterisation, solid-liquid-gas phase interactions and microbial growth dynamics

Project Details

Funding

UN Sustainable Development Goals

Fingerprint

Research output

Advanced modelling in anaerobic co-digestion: the multiscale aspects of substrate composition, hydrogen transfer and microbial growth