Harvesting of the micro alga Chlorococcum sp. R-AP13 through autoflocculation, chemical
flocculants or by change in medium pH was evaluated. Surface charge of algal cells …

Quick algae harvesting methodologies relating optimum flocculent dose (D Opt.),
percentage harvesting efficiency (% HE) and percentage water recovery (% W Recovery) to …

Abstract" Microalgae are potential biofuel feedstocks that can provide solutions to the twin
challenges of energy security and environmental pollution. They have great potential for the …

Microalgae have been identified as one of the new feedstocks for renewable energy
production. The conversion of microalgae into various valuable products has also been …

In response to the energy crisis, global warming and climate change, microalgae have
received a lot of attention as a promising feedstock for the production of biofuels. However …

A flocculation method was developed to harvest target microalgae with self-flocculating
microalgae induced by decreasing pH to just below isoelectric point. The flocculation …

Microalgae culture is still not economically viable and it presents some negative
environmental impacts, concerning water, nutrient and energy requirements. In this context …

Derivation of biofuel from microalgae biomass has been widely researched in the past few
decades. Microalgae is capable of producing 58,700 litres oil per hectare that can generate …

Cultivation of microalgae to utilize CO2 and nutrients in the wastewater to generate biofuel
products is a promising research objective. However, the process faces tremendous …

High cost of biomass recovery is one of the bottlenecks for developing cost-effective
processes with microalgae, particularly for the production of biofuels and bio-based …