Microalgae flue gas mitigation is an attractive strategy to reduce greenhouse gases. To
enhance economic feasibility and sustainability, the gas is being contemplated as a source …

Microalgae-based CO 2 capture from flue gas is an attractive mitigation strategy in the
cement industry. However, NO x and SO x components might be harmful to microalgae. We …

NOx and SOx present in flue gas inhibit microalgal based CO 2 mitigation process. In this
work, 13 microalgal strains were screened to evaluate their gradual acclimation capacity to …

We show high feasibility of using cement industrial flue gas as CO 2 source for microalgal
cultivation. The toxicity of cement flue gas (12–15% CO 2) on algal biomass production and …

Global climate change and atmospheric CO2 levels are increasing in the last decades
mainly due to the rise in anthropogenic emissions. Point source emissions of CO2 from …

One of the most important industrial activities related to the greenhouse gases emissions is
the cement manufacturing process, which produces large amounts of carbon dioxide (CO 2) …

Biological CO 2 sequestration from flue gas using microalgae has emerged as a promising
alternative to conventional carbon capture technologies, since it concurrently generates …

Flue gas refers to the gas emitting from the combustion processes, and it contains CO2,
NOx, SOx and other potentially hazardous compounds. Due to the increasing concerns of …

The accumulation of atmospheric CO 2, primarily due to combustion of fossil fuels, has been
implicated in potential global climate change. The high rate of CO 2 bioremediation by …

Integration of microalgae cultivation with coal-based flue gas is a widely proposed approach
to supply carbon dioxide (CO 2). The utilization of coal derived CO 2 in microalgae growth …