Francis Meerburg
No current affiliation with UGent
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Capture-ferment-upgrade : a three-step approach for the valorization of sewage organics as commodities
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Pinpointing wastewater and process parameters controlling the AOB to NOB activity ratio in sewage treatment plants
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Reply for comment on 'Bioflocculation management through high rate contact-stabilization: a promising technology to recover organic carbon from low-strength wastewater by Rahman, A., Meerburg, FA, Ravadagundhi, S., Wett, B., Jimenez, J., Bott, C., Al-Omari, A., Riffat, R., Murthy, S. and De Clippeleir, H. [Water Research 104 (2016) 485-496]'
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High-rate activated sludge communities have a distinctly different structure compared to low-rate sludge communities, and are less sensitive towards environmental and operational variables
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Live fast, die young : optimizing retention times in high-rate contact stabilization for maximal recovery of organics from wastewater
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- PhD Thesis
- open access
High-rate activated sludge systems to maximize recovery of energy from wastewater : microbial ecology and novel operational strategies
(2016) -
Management of bioflocculation through high-rate contact-stabilization: a promising technology to recover carbon from low-strength wastewater
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'Fast and furious': optimization and validation of high-rate contact stabilization (HiCS) for recovery of organics from sewage
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Microbial ecology of high-rate versus conventional activated sludge: environmental and operational parameters shape microbial structure, co-occurrence and functionality
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Smullen van bacteriën: microbiële eiwitbronnen