Further research is encouraged into the demonstration of early commercial gasification-based routes for bioenergy to produce liquid or gaseous biofuels, including in combination with CCUS.
Background
BEIS has committed to ending the UK’s contribution to global warming by achieving net zero
greenhouse gas emissions by 2050. Our work towards becoming a leader in green
technologies and clean energy will drive economic growth, all whilst accelerating global climate
action through strong international leadership. To achieve this, we need to better understand
the following research questions:
Next steps
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Source
This question was published as part of the set of ARIs in this document:
Topics
Related UKRI funded projects
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GASCHEM: Optimising industrial gas fermentation for commercial low-carbon fuel & chemical production through systems and synthetic biology approaches
Global Energy demand is expected to increase by up to 40% by 2030. The key challenge facing the global community is to not only increase the sources of energy supply, but to also maximize the use of sustainable forms of ...
Funded by: BBSRC
Lead research organisation: University of Nottingham
Why might this be relevant?
The project focuses on the production of biofuels through gasification-based routes, which aligns with the question's emphasis on early commercial gasification-based routes for bioenergy.
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Oscillatory baffled reactor for enhanced 1C gas bioconversion for energy production and storage
Societies globally have a critical need for energy and materials with minimal environmental impact. There are many technologies such as solar PV, wind, wave and tidal generation which can produce electrical energy with m...
Funded by: BBSRC
Lead research organisation: UNIVERSITY OF SOUTH WALES
Why might this be relevant?
The project addresses the challenges of production of liquid/gaseous biofuels, which partially aligns with the question's emphasis on early commercial gasification-based routes for bioenergy.
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Oscillatory baffled reactor for enhanced 1C gas bioconversion for energy production and storage
The production of green methane and carboxylic acids, by converting H2 using renewable electricity with surplus CO2 from a number of processes, has the potential to integrate gas, electricity and refueling infrastructu...
Funded by: Innovate UK
Lead research organisation: UNIVERSITY OF SOUTH WALES
Why might this be relevant?
The project focuses on gas bioconversion for energy production and storage, aligning with the goal of producing liquid or gaseous biofuels.