Effect of voltage and electrode material on electroflocculation of Scenedesmus acuminatus

@article{Bleeke2015EffectOV,
  title={Effect of voltage and electrode material on electroflocculation of Scenedesmus acuminatus},
  author={Franziska Bleeke and Gunnar Quante and Dominik Winckelmann and Gerd Kl{\"o}ck},
  journal={Bioresources and Bioprocessing},
  year={2015},
  volume={2},
  pages={1-8}
}
BackgroundMicroalgae are a promising new source for biomass production. One of the major challenges in regards to cost effectiveness is the biomass harvest. High energy input is required for the separation of the small algal cells from a large volume of surrounding media. Electroflocculation is reported as a promising harvesting technique to improve cost effectiveness within the downstream process. In the present study, six electrode materials were tested for electroflocculation of Scenedesmus… 

Investigation of electrolytic flocculation for microalga Scenedesmus sp. using aluminum and graphite electrodes

Electrolytic flocculation using non-sacrificial electrodes with flocculants added was studied on harvesting Scenedesmus sp. In order to optimize the operating conditions of the electrolytic

Harvesting of freshwater microalgae Scenedesmus sp. by electro–coagulation–flocculation for biofuel production: effects on spent medium recycling and lipid extraction

TLDR
ECF-based microalgae harvesting was found as a low-cost technique and neutralizing pH and supplementing macro- and micronutrients enabled the flocculated medium to maintain an approximate growth yield in algal cultivation to that of the fresh BG11 medium.

ISSN 1513-7805 Printed in Thailand

This study aimed to search for a proper system for electro-flotation harvesting of microalgae Dunaliella salina with a minimization of metal contamination. An applied electrical current caused cell

Treatment of paper-recycling wastewater by electrocoagulation using aluminum and iron electrodes

TLDR
It can be concluded that EC could be considered as an effective alternative for treatment of paper-recycling Wastewater using aluminum and iron plate electrodes.

Comparison of Different Anode Materials to Remove Microcystis aeruginosa Cells Using Electro-Coagulation–Flotation Process at Low Current Inputs

Cyanobacterial blooms are a threat to the drinking water supply owing to their potential toxicity. Microcystins which are the most widespread cyanotoxins, are mainly produced by Microcystis spp. In

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