<p>A method to flocculate algal cultures of <i>Chlamydomonas reinhardtii</i> using four different industrially produced polymers is presented. Starting with a 1 wt% stock polymer solution, flocculation times less than 60 min were observed for 0.1 to 0.6 g polymer per L of algae culture, while control samples took greater than 1400 min to flocculate. Cell counts showed that 99% of the cells were flocculated using the polymers compared to 73% for the control. Finally, the flocculation process was successful at both 5 and 40 mL batch sizes for one polymer; therefore, the method is efficient, effective and may be scalable.</p
The possibility of using flocculation technique for the separation of microalgae, Chaetoceros calcit...
This report provides a detailed research and experiment on algae removal by flocculation for harvest...
Microalgae are a promising source of biomass for the production of, amongst others, food, feed and b...
Flocculation of microalgae is a promising technique to reduce the costs and energy required for harv...
This study aims to elucidate the mechanisms governing the harvesting efficiency of Chlorella vulgari...
Dewatering is one of the major constraints to the large scale production of microalgae biofuels, wit...
BackgroundDewatering constitutes a major challenge to the production of microalgae, accounting for 2...
Chlorella vulgaris is a marine microalgae with high protein and carbohydrate contents which can be e...
Dewatering is one of the major constraints to the large scale production of microalgae biofuels, wit...
The production of biodiesel from fast growing and lipid containing marine microalgal species is sust...
Microalgae are a promising new source of biomass that may complement agricultural crops. A major cha...
This study addresses the challenge of microalgae harvesting through the development of flocculants. ...
Concentrating algal cells by flocculation as a prelude to centrifugation could significantly reduce ...
The possibility of using flocculation technique for the separation of microalgae, Chaetoceros calcit...
Twenty-five natural and synthetic cationic polymers of different molecular weights and charge densit...
The possibility of using flocculation technique for the separation of microalgae, Chaetoceros calcit...
This report provides a detailed research and experiment on algae removal by flocculation for harvest...
Microalgae are a promising source of biomass for the production of, amongst others, food, feed and b...
Flocculation of microalgae is a promising technique to reduce the costs and energy required for harv...
This study aims to elucidate the mechanisms governing the harvesting efficiency of Chlorella vulgari...
Dewatering is one of the major constraints to the large scale production of microalgae biofuels, wit...
BackgroundDewatering constitutes a major challenge to the production of microalgae, accounting for 2...
Chlorella vulgaris is a marine microalgae with high protein and carbohydrate contents which can be e...
Dewatering is one of the major constraints to the large scale production of microalgae biofuels, wit...
The production of biodiesel from fast growing and lipid containing marine microalgal species is sust...
Microalgae are a promising new source of biomass that may complement agricultural crops. A major cha...
This study addresses the challenge of microalgae harvesting through the development of flocculants. ...
Concentrating algal cells by flocculation as a prelude to centrifugation could significantly reduce ...
The possibility of using flocculation technique for the separation of microalgae, Chaetoceros calcit...
Twenty-five natural and synthetic cationic polymers of different molecular weights and charge densit...
The possibility of using flocculation technique for the separation of microalgae, Chaetoceros calcit...
This report provides a detailed research and experiment on algae removal by flocculation for harvest...
Microalgae are a promising source of biomass for the production of, amongst others, food, feed and b...