Ex-situ biomethanation is an emerging technology that facilitates the use of surplus
renewable electricity and valorizes carbon dioxide (CO 2) for biomethane production by …

Biological methanation of H 2 and CO 2 in trickle bed reactors is a promising energy
conversion and storage approach that can support the energy transition towards a …

Research within biological methanation has been a great development using biotrickling
filters (BTF), as a power-to-x solution, but research within up scaling is missing. This study …

The biological methanation of H 2 and CO 2 in trickle bed reactors is one promising energy
conversion technology for energy storage, but experiences at pilot-scale under real …

Biological methanation of H 2 and CO 2 is a potential energy conversion technology that can
support the energy transition based on renewable sources. The methanation performance in …

Conversion of electrical energy and CO 2 to a chemical energy carrier in the form of
biomethane, can be carried out through the process chain of biomethanation. Although this …

The challenge of handling the enormous amount of bio-waste that is globally produced on
an annual basis can become an opportunity by exploiting such residues for bioenergy …

Biological hydrogen methanation (BHM) is a biocatalytic process for biogas upgrading.
Integrating ex-situ BHM processes into biogas facilities has the advantage of using …

To limit global warming, ratio of renewable sources in the energy mix has to be considerably
raised in the following years. While application of eg wind and solar power usually …

Syngas, a mixture of CO, H 2, and CO 2, is produced by waste carbonaceous feedstocks
gasification, which plays an important role in renewable energy production. This study …