Coal-fired power plants are major stationary sources of carbon dioxide and environmental
constraints demand technologies for abatement. Although Carbon Capture and Storage is …

Microalgae are a potential means of recycling CO2 from industrial point sources. With this in
mind, a novel photobioreactor (PBR) was designed and deployed at a coal-fired power …

Increasing carbon dioxide (CO 2) emission has already become a dire threat to the human
race and Earth's ecology. Microalgae are recommended to be engineered as CO 2 fixers in …

Despite the many advantages of microalgae, the feasibility of large-scale cultivation requires
significant amounts of carbon dioxide (CO 2) to enable high growth rates. A synergistic …

In recent years, microalgae have been targeted for emitted carbon capture besides
producing value-added products like biofuels, biogas, food supplements and other nutrients …

Supplementation of carbon is critical for high productivity cultivation of most microalgae.
Moreover, using microalgae for atmospheric CO 2 mitigation to combat climate change is …

The capture and utilization of CO 2 emissions from power plants is an important aspect of
the transition to a low-carbon economy. In this context, microalgae are widely recognized for …

The impending danger of climate change and pollution can now be seen on the world
panorama. The concentration of CO2, the most important Green House Gas (GHG), has …

This study covers four main aspects of the conceptual design of sustainable integrated
microalgae-based biorefineries using flue gas from CO 2-intensive industries (ie 100% CO …

This study explores diverse cultivation modes for Chlorella vulgaris within a biorefinery at
pilot scale that produces both biodiesel by transesterification of waste frying oils and syngas …