Biomethanation of biomass-derived syngas represents a promising bioenergy conversion
technology that can be operated within integrated plants to deliver ancillary services such as …

Biological methanation (biomethanation) of syngas obtained from biomass gasification
offers the opportunity to employ a low-pressure, low-temperature process to produce …

In regions highly dependent on fossil fuels imports, biomethane represents a promising
biofuel for the transition to a bio-based circular economy. While biomethane is typically …

Italy is a large producer of biogas from anaerobic digestion, which is mainly used for power
generation with limited use of cogenerated heat. Other utilization pathways, such as …

Biological methanation (biomethanation) of biomass-derived syngas can be a promising
alternative to catalytic methanation, due to its milder operating conditions, and could …

Conventional liquefied biomethane (LBM) production plants consist of upgrading and
liquefaction processes. Commonly, the captured CO 2 during biogas upgrading is emitted …

Biomass gasification generates a gas mixture (syngas) that constitutes a rich source of
carbon and energy for the production of second-generation renewable fuels such as …

Herein a potential synergy between biogas upgrading and CO 2 conversion to bio-methanol
is investigated. This novel idea arises as an alternative path to the traditional biogas–to–bio …

Biomethane constitutes an important biofuel for the transition towards a biobased circular
economy with a sustainable energy sector. An environmentally friendly pathway for its …

One of the options to reduce the dependence on fossil fuels is to produce gas with the
quality of natural gas but based on renewable energy sources. It can encompass, among …