This thesis reports a proof of concept for the high throughput and cost effective harvesting of microalgae, suitable for the sustainable production of microalgae-based biofuels as a renewable form of energy. The research demonstrated the technical feasibility; environmental benefits through climate change mitigation; and accruable economic viability that could be realised through adapting the wet-end of a paper making machine for harvesting microalgae. These findings will facilitate the commercial development of the microalgae-based biofuels industry
The inherent capability and increased efficiency of microalgae to convert sunlight into solar chemic...
Microalgae harvesting is a major challenge because microalgal cells are small and carry a negative s...
Increasing concern over climate change and the impact of greenhouse gas emissions as well as diminis...
Microalgae dewatering is a major obstruction to industrial-scale processing of microalgae for biofue...
Microalgae-based biofuels have the potential to replace fossil fuels and contribute towards carbon s...
Oil-accumulating microalgae have the potential to enable large-scale biodiesel production without co...
The harvesting of microalgae for biofuel production consists of a primary concentration step, follow...
Dewatering is one of the most cost intensive processes in microalgae production. Centrifugation is c...
Microalgae are receiving increasing attention worldwide as an alternative and renewable source for e...
Microalgae harvesting is an essential process for the production of almost all types of microalgae p...
© 2016 Soomro, Ndikubwimana, Zeng, Lu, Lin and Danquah. Even though microalgal biomass is leading th...
Microalgae have now been widely considered as a promising bio-energy feedstock. The current microalg...
Harvesting in commercial microalgae production plants is generally done by centrifugation, but this ...
1731-1742Although micro-algal biomass can be ‘energy rich’, the growth of algae in dilute suspension...
The field studies of microalgae have increased in the last ten years due to the wide range of applic...
The inherent capability and increased efficiency of microalgae to convert sunlight into solar chemic...
Microalgae harvesting is a major challenge because microalgal cells are small and carry a negative s...
Increasing concern over climate change and the impact of greenhouse gas emissions as well as diminis...
Microalgae dewatering is a major obstruction to industrial-scale processing of microalgae for biofue...
Microalgae-based biofuels have the potential to replace fossil fuels and contribute towards carbon s...
Oil-accumulating microalgae have the potential to enable large-scale biodiesel production without co...
The harvesting of microalgae for biofuel production consists of a primary concentration step, follow...
Dewatering is one of the most cost intensive processes in microalgae production. Centrifugation is c...
Microalgae are receiving increasing attention worldwide as an alternative and renewable source for e...
Microalgae harvesting is an essential process for the production of almost all types of microalgae p...
© 2016 Soomro, Ndikubwimana, Zeng, Lu, Lin and Danquah. Even though microalgal biomass is leading th...
Microalgae have now been widely considered as a promising bio-energy feedstock. The current microalg...
Harvesting in commercial microalgae production plants is generally done by centrifugation, but this ...
1731-1742Although micro-algal biomass can be ‘energy rich’, the growth of algae in dilute suspension...
The field studies of microalgae have increased in the last ten years due to the wide range of applic...
The inherent capability and increased efficiency of microalgae to convert sunlight into solar chemic...
Microalgae harvesting is a major challenge because microalgal cells are small and carry a negative s...
Increasing concern over climate change and the impact of greenhouse gas emissions as well as diminis...