… This report reveals critical parameters and new insights on algal-fungal flocculation apart
from providing a rapid and feasible algal harvesting technique. …

… review of traditional algal harvesting techniques and the … Next, the coagulation-flocculation
and bioflocculation methods … the efficiency of harvesting and experimental parameters. …

… Fungal-assisted microalgal harvesting technology does not require the addition of … If this
technology can be applied to commercially important freshwater and seawater algal species, it …

… that the predicted and actual values are very close. The results also indicate that … process
is dependent on the fungal-algal ratio and an optimum fungal-ratio is required for the process …

… parameters for efficient fungus assisted algae pelletization were determined. All experiments
were carried out in triplicates, and the average values are … key factor affecting fungi–algae …

… fungi:algae ratio were the critical parameters for harvesting efficiency. The highest flocculation
efficiency (99%) of FSA method … FPA method can harvest 98.26% algae cells in 2.5 h at 34 …

… method assisted by fungal pellets was developed for highly efficient microalgae harvesting.
Effects of critical parameters, including flocculation … fungal pellets assisted algal flocculation. …

… the readers to these flocculation techniques and the key issues in their … The algal–fungal
bio-flocculation process can be considered … is affected by various operating parameters such as …

… flocculants cause toxicity to the algal cells [7,8]. To ensure the quality of microalgae biomass
production, recently fungi-assisted or bio-based flocculants … is an important parameter to …

… various recent flocculation technologies with critical discussions … optimum pH values when
harvesting different algal species. … flocculants mainly destroy the aggregation stability of algal …