Production of biofuels from microalgae with a high content of starch and lipids using carbon dioxide from waste gases as a source of carbon
Description
Production of biofuels from high-starch and high-lipid algae using flue gas CO₂; includes strain selection, metabolic optimization, and cultivation for sustainable biomass.
Sector
A1.1Growing of non-perennial crops
Needs/ Problem statement
Need for sustainable biofuel production using algae, addressing CO₂ emissions from flue gases and improving biomass yield of starch and lipids for renewable energy.
Objective
To develop cost-effective algae-based biofuel production using flue gas CO₂, optimizing strains and cultivation for high starch and lipid content.
Bioeconomy fields
Crop residues and perennial plantsnull
Designer crops for optimised biomass contentnull
Algae biomassx
Waste or recycled materialnull
Microbial assisted processingnull
Biorefineries null
Feedstock
Biomass
Outcomes and final product
High-starch or high-lipid algae strains and cultivation methods using flue gas CO₂ for biofuel production.
Mobility
Static
Value chains
1
2
3
2 - Medium potential - Significant availability of feedstocks available by 2035.
C Sink
1
2
3
3 - High potential - strong potential for carbon sequestration at the feedstock and product level).
Intended user
Researchers, biofuel producers, and industrial partners; access via publications, protocols, and potential licensing of cultivation methods.
Complexity of the process
1
2
3
3 -complex application
Final user
Farmernull
Foresternull
Researcherx
Advisornull
NGOnull
Training organizationnull
Processor or retailerx
Consumernull
Public Authority + LAGnull
Otherx
Economic sustainability
1
2
3
2 - Medium potential - Expected to bring 2 or 1 economic benefits.
Social sustainability
1
2
3
1 - Low potential - doesn\'t bring any social benefits.
Environmental sustainability
1
2
3
3 - High potential - Expected to bring at least 3 significant environmental benefits.