Algae-based bioenergy production aligns with the Paris agreement goals as a carbon mitigation technology

Strategies to mitigate climate change have been developing and applying in the productive sector. Carbon capture storage technologies might decrease impact of CO2 emissions on environment. Biological are an important tool microalgae cultivation emerges as a promising alternative, due role these organisms environment, capacity growing different conditions, possibility converting biomass into wide range value-added products biofuels. This study evaluated potential algae-based mitigation by coupling industrial flue gas Brazilian cement plant system. The biodiesel production from is also investigated replace fossil fuels. facility was projected occupy reminiscent area 3.8 ha boundary. Two scenarios were analyzed results showed that using 15% intermittent input industry system it possible 1268 tCO2 year?1 produce 2317 L biodiesel. provides support information decision-making implement carbon strategies future market environmental impacts change.