This review explores the critical role of machine learning (ML) in enhancing microalgae
bioprocesses for sustainable biofuel production. It addresses both technical and economic …

Microalgae-based wastewater treatment has been conceived to obtain reclaimed water and
produce microalgal biomass for bio-based products and biofuels generation. However …

Membrane filtration is one of the effective approaches to harvest microalgae for industrial
biofuel production. However, during the filtration process, microalgae cells and extracellular …

Effective management of operational parameters is crucial for optimising wastewater
treatment in high-rate filamentous algal pond (HRFAP) systems. This study examined three …

The isolation of lipid-rich cellulolytic fungi was targeted to be investigated as bioflocculant
agents for microalgae harvesting. The fungal isolate coded MD1 was selected based on its …

Microalgae culture is currently receiving considerable attention for its potential in wastewater
treatment and production of algal biomass from which high-value bioproducts and bioenergy …

Highlights What are the main finding? Spirulina platensis was applied to treat mariculture
wastewater for N and P removal. Microalgal aggregates were formed under air velocity of …

Microalgae technology has the potential to take part to the transition from traditional
wastewater treatment plants (WWTPs) toward innovative water resource recovery facilities …

The filamentous microalga Oedocladium carolinianum is a promising strain for co-
production of lipid and astaxanthin with advance of easy harvesting, high growth rate and …

A challenge in the filtration of algal suspensions is the reduction in filtrate flow rate with time,
associated with membrane fouling and filtercake formation. These two fouling mechanisms …