Oxygenic photosynthesis supports the majority of life on Earth through the capture of energy
from sunlight and the assimilation of CO2 into basic building blocks of cells. Microalgae are …

Climate change brought about by anthropogenic CO2 emissions has created a critical need
for effective CO2 management solutions. Microalgae are well suited to contribute to efforts …

Artificial, non-sterile, microalgal biofilms present a promising biotechnological avenue for the
production of valuable biomass, biofuels and biochemicals while simultaneously engaging …

Oxygenic photosynthesis is the process by which plants, algae, and cyanobacteria convert
sunlight and CO 2 into chemical energy and biomass. Previously published estimates …

Photosynthetic microalgae are responsible for 50% of the global atmospheric CO2 fixation
into organic matter and hold potential as a renewable bioenergy source. Their metabolic …

Mitigating greenhouse-gas emissions, of which fossil-derived carbon dioxide (CO 2) is the
dominant component, is becoming increasingly imperative. One of the tools for lowering the …

Microalgae biofilm is a typical porous structure where CO 2 is converted by microalgae into
organic matter. Therefore, CO 2 transport and its distribution in porous biofilm are crucial for …

Biofilm-based microalgae technologies are attracting more attention for their potential to
improve sustainability and cost-effectiveness compared with suspended-cells systems …

Optimizing bioproduct generation from microalgae is complicated by the myriad of coupled
parameters affecting photosynthetic productivity. Quantifying the effect of multiple coupled …

Increasing trends in global warming already evident, the likelihood of further rise continuing,
and their impacts give urgency to addressing carbon sequestration technologies more …