Biological Phosphorus Removal in France

Florentz, M.; Caille, D.; Bourdon, F.; Sibony, J.

doi:10.2166/wst.1987.0003

Cited by 11 publications

(6 citation statements)

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“…However, these findings have been contradicted by studies that found no significant differences in EBPR efficiency and stability at temperatures ranging from 5 to 30uC (Barnard et al, 1985;Choi et al, 1998;Daigger et al, 1988;Helmer and Kunst, 1998;Marklund, 1993;Ydstebo et al, 2000). Other studies have found more efficient and stable phosphorus removal at colder temperatures (5uC) than at warmer temperatures (15 to 20uC) (Erdal et al, 2003(Erdal et al, , 2006Florentz et al, 1987;Hascoet and Florentz, 1985a;Krichten et al, 1985;Viconneau et al, 1985). The variable dependency of related biological processes, such as nitrification and denitrification, on temperature typically has been cited for literature inconsistency (Baetens et al, 1999;Choi et al, 1998).…”

Section: Competition Between Polyphosphate-and Glycogen-accumulating mentioning

confidence: 97%

Research Advances and Challenges in the Microbiology of Enhanced Biological Phosphorus Removal—A Critical Review

Gebremariam

Beutel

Christian

et al. 2011

Water Environment Research

105

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Enhanced biological phosphorus removal (EBPR) is a well-established technology for removing phosphorus from wastewater. However, the process remains operationally unstable in many systems, primarily because there is a lack of understanding regarding the microbiology of EBPR. This paper presents a review of advances made in the study of EBPR microbiology and focuses on the identification, enrichment, classification, morphology, and metabolic capacity of polyphosphate-and glycogen-accumulating organisms. The paper also highlights knowledge gaps and research challenges in the field of EBPR microbiology. Based on the review, the following recommendations regarding the future direction of EBPR microbial research were developed: (1) shifting from a reductionist approach to a more holistic system-based approach, (2) using a combination of culture-dependent and cultureindependent techniques in characterizing microbial composition, (3) integrating ecological principles into system design to enhance stability, and (4) reexamining current theoretical explanations of why and how EBPR occurs. Water Environ. Res., 83, 195 (2011).

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Section: Competition Between Polyphosphate-and Glycogen-accumulating mentioning

confidence: 97%

Research Advances and Challenges in the Microbiology of Enhanced Biological Phosphorus Removal—A Critical Review

Gebremariam

Beutel

Christian

et al. 2011

Water Environment Research

105

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“…; Florentz et al . ). Generally, Poli‐P (PAO) bacteria can grow more rapidly at 20°C (Mulkerrins et al .…”

Section: Resultsmentioning

confidence: 97%

Lecane tenuiseta rotifers improves activated sludge settleability in laboratory scale SBR system at 13°C and 20°C

Kocerba‐Soroka

Fiałkowska

Pajdak‐Stós

et al. 2016

Water & Environment J

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Two experiments at different temperatures were conducted in five laboratoryscale bioreactors with enhanced nutrient removal simulating the work of sequencing batch reactors (SBRs). The process was operated in three 8-hour cycles. The oxygen concentration, pH and temperature were controlled and maintained at 1 mg of O 2 /L, 7 and 138C, respectively, throughout the first two weeks and at 208C for the next 10 days. The introduction of Lecane tenuiseta improved the settling properties of the activated sludge dominated by Microthrix parvicella at both temperatures tested. L. tenuiseta rotifers led to a reduction in filamentous bacteria abundance and did not negatively affect the chemical parameters of the effluent. For each temperature, there were no differences in COD, N tot , N-NH 4 or P-PO 4 values between the treatment and control bioreactors. The results have shown that the application of L. tenuiseta is a promising biological tool for bulking prevention especially in a cold season.Lecane tenuiseta rotifers improves activated sludge settleability W. Kocerba-Soroka et al.

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“…In some other studies [18,19], better EBPR performances were observed at lower temperature (5 • C) than at higher temperatures (10 and 15 • C). Similarly, EBPR efficiency has been reported to be improved at high temperatures (20-37 • C) in some studies [17,20], whereas better P removal efficiency was observed at lower temperatures (5-15 • C) in the other studies [21,22]. In the study performed by Panswad et al [23], the PAOs were found to be lower-range mesophiles, or perhaps psychrophiles, and they predominated at 20 • C or possibly lower.…”

Section: Introductionmentioning

confidence: 89%

The Influence of Temperature on Metabolisms of Phosphorus Accumulating Organisms in Biological Wastewater Treatment Plants in the Presence of Cu(II) Toxicity

Chou¹,

Yang²,

Lu³

et al. 2019

Applied Sciences

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The purpose of this study was to study how temperature variation affects the tolerance of phosphorus accumulating organisms (PAOs) in a toxic environment. To exclude the interference of glycogen accumulating organisms (GAOs), shock loading experiments were conducted to study the effect of Cu(II) toxicity on the metabolisms of PAOs in 10, 20, and 30 °C conditions. The experimental data showed that the temperature effects on aerobic phosphorus uptake, PHA degradation, and glycogen synthesis were remarkable in the presence of Cu(II). Nevertheless, insignificant effects on anaerobic phosphorus release and PHA synthesis were found. The largest inhibition of PAO metabolism occurred in the low temperature case (10 °C). This study also experimentally demonstrated the loss of PAO metabolic ability in the subsequent aerobic stage, after the anaerobic stage. The presence of Cu(II) toxicity mainly resulted from the inhibition of biochemical reactions in the aerobic stage, and it was irrelevant to the inhibition of previous anaerobic metabolisms.

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Biological Phosphorus Removal in France

Cited by 11 publications

References 0 publications

Research Advances and Challenges in the Microbiology of Enhanced Biological Phosphorus Removal—A Critical Review

Research Advances and Challenges in the Microbiology of Enhanced Biological Phosphorus Removal—A Critical Review

Lecane tenuiseta rotifers improves activated sludge settleability in laboratory scale SBR system at 13°C and 20°C

The Influence of Temperature on Metabolisms of Phosphorus Accumulating Organisms in Biological Wastewater Treatment Plants in the Presence of Cu(II) Toxicity

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