… , and eco-friendly flocculants for applications in an algal biorefinery. 4 Bio-Flocculation
Sometimes, flocculation occurs spontaneously in microalgal blooms growing in water reserves …

… of algal products in a microalgal biorefinery. Most, if not all, dewatering methodologies exploit
the physical properties of microalgae … (algae, bacteria and fungi) improve the floc forming …

… algal biorefinery … flocculation of algae occurs due to charge neutralization and electrostatic
bridging between the suspended algal cells and the applied flocculant(s), resulting in floc …

… Integration of multiproduct algal biorefineries with wastewater treatment systems could
offer … a novel biorefinery route employing a newly isolated self-flocculating microalga …

… robustness of the algal biorefinery. In this study, a newly isolated algal strain was identified
… Besides, the excellent glycoproteins-based self-flocculation ability of the strain rendered an …

… for microalgae‐based EPA production and the prospects of an EPA oil‐based algal
biorefinery. … Inorganic flocculants, which induce flocculation by ionic interactions, have been …

… microalgae processes, all biomass components need to be valorized, requiring a multi-product
biorefinery. … , while for a microalgae multi-product biorefinery the costs are substantially …

… First, microalgae are disrupted and flocculated with the aid of electromagnetic pulses. The
separation of the cell debris is achieved by flotation. This method is less energy intensive than …

… Green algae is the most studied genre for biorefinery design. … Autoflocculation refers to
the chemical flocculation of microalgae cells in the presence of calcium and magnesium ions at …

… In this review we describe current microalgae biorefinery … outlook toward future products
and the biorefinery philosophy. … When flocculation is used for harvesting microalgae, it is …