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Oedogonium, Genbank KF606974) (Lawton et al., 2014) was isolatedfrom Tarong AD to inoculate cultures to evaluate bioremediationpotential in situ. Oedogonium has a worldwide distribution and is acompetitively dominant species that overgrows other algae underconditions of nutrient excess and has high productivity in monocultures(Lawton et al., 2014). Oedogonium is cultivated as a freeflowingsuspended filament in large-scale cultivation (Cole et al.,2014). The Tarong Oedogonium isolate had individual filamentsapproximately 5 cm long and 200 mm in diameter. Oedogonium wasisolated from the AD in October 2012 and then cultured to a largescale(50 kg) in outdoor facilities at the Centre for Macroalgal Resourcesand Biotechnology, James Cook University, Townsville,Australia (191904400 S, 1464504000 E). The biomass was transportedto Tarong and cultured directly in AWwhich was pumped from theAD into a series of 15,000 L ponds with a longitudinal parabolicprofile. The ponds had a maximum depth of 75 cm at the deepestpoint of the parabolic profile. The AW was passed through a 10 mmfiltration unit to remove fine suspended ash from the waste water.Flue gas was piped from the power stations flue, into a desulfurizationunit and then into the ponds. The flue gas supply was linkedto a pH probe which was connected to a solenoid
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