Titlebook: Engineering Granular Microbiomes; Bacterial Resource M David Gregory Weissbrodt Book 2024 Springer Nature Switzerland AG 2024 Aerobic Granu

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https://doi.org/10.1057/9780230287747ast throughput and high resolution. . An on-line metabolic batch test based on electrical conductivity and a rapid polyphosphatase enzymatic assay were developed to characterize enrichments of polyphosphate-accumulating organisms and their dephosphatation potential in sludge. . Microbial selection p

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https://doi.org/10.1007/978-1-4615-4587-3the OMR-WWTP, or when reactors were operated at 30 °C. Fast-settling dense granules were obtained with 4.0 cm s. SAV, or when the inoculation sludge was taken from the BNR-WWTP, or under anaerobic feeding at 20 °C. However, among all C-N-P nutrients supplied, only acetate was removed during start-up

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https://doi.org/10.1007/3-540-29030-3cumulating organisms (GAOs; “. Competibacter”) from the granule cores outwards resulted in heterogeneous granules. Second, biomass granulated spontaneously in 2 months in a PAO enrichment (“. Accumulibacter”, 56 ± 10%) and after 480 days in a GAO enrichment (“. Competibacter”, 37 ± 11%) during a per

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M. Giraud,J. Aebi,J. Cabezas-Davalosfects of feeding duration, pH, and temperature on PAO/GAO competition for the uptake of volatile fatty acids (VFAs) under anaerobic slow feeding. Feeding time should be set in function of conversions of intracellular storage polymers that do not move with the liquid phase. The anaerobic metabolism o