FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3017930213> ?p ?o ?g. }

• W3017930213 endingPage "115813" @default.
• W3017930213 startingPage "115813" @default.
• W3017930213 abstract "In this study, a novel coupling process with partial nitritation-anaerobic ammonium oxidation (anammox) (PNA) and sulfur autotrophic denitrification (SAD) was studied using an upflow biofilm reactor with mechanical vibration. At a lower dissolved oxygen (DO) concentration (0.40 ± 0.20 mg L-1), ammonia could be efficiently removed from synthetic wastewater by the coupling system with a total nitrogen removal efficiency (NRE) of 98% and an influent NH4+-N concentration of 600 mg L-1. In this system, the nitrate, which was produced during the anammox reaction, could be timely reduced by the SAD reaction. Compared with the conventional PNA and SAD processes, coupling the PNA and SAD processes in a single reactor prevented nitrite accumulation in the SAD reaction and reduced the total sulfate production by 59%. The high-throughput sequencing analysis supported that the SAD bacteria (Thiobacillus) and anammox bacteria (Candidatus Kuenenia) could coexist on the elemental sulfur stone. Additionally, sulfur consumption and sulfate production were increased under a high DO concentration. The sulfate production/nitrate reduction ratio and changing profile of the substrate suggested that the short-cut SAD process mainly occurred in this coupling system. Otherwise, batch experiments also suggested that the nitrite removal rate in the anammox process was 34.5 times higher than that in the SAD process. The outcomes of these experiments revealed that most of the nitrite, as an intermediate product in the SAD reaction, served as an electron acceptor for the anammox reaction. A stoichiometric calculation of this coupling process indicated that the novel reaction scheme with a high NRE was successfully achieved. Under an ideal short-cut SAD process, almost 55% of the sulfur consumption could be reduced in this coupling system. The coupling system provides a new perspective for nitrogen removal in a single reactor and further promotes anammox and SAD performance in wastewater treatment processes." @default.
• W3017930213 created "2020-05-01" @default.
• W3017930213 creator A5010192142 @default.
• W3017930213 creator A5020906983 @default.
• W3017930213 creator A5023231429 @default.
• W3017930213 creator A5024067500 @default.
• W3017930213 creator A5059013490 @default.
• W3017930213 creator A5067230868 @default.
• W3017930213 creator A5071018574 @default.
• W3017930213 creator A5076092747 @default.
• W3017930213 creator A5082859639 @default.
• W3017930213 date "2020-08-01" @default.
• W3017930213 modified "2023-10-03" @default.
• W3017930213 title "A novel coupling process with partial nitritation-anammox and short-cut sulfur autotrophic denitrification in a single reactor for the treatment of high ammonium-containing wastewater" @default.
• W3017930213 cites W1479782288 @default.
• W3017930213 cites W1534025708 @default.
• W3017930213 cites W1970944172 @default.
• W3017930213 cites W1978392392 @default.
• W3017930213 cites W1980100394 @default.
• W3017930213 cites W1992947930 @default.
• W3017930213 cites W1995704030 @default.
• W3017930213 cites W1995767645 @default.
• W3017930213 cites W1995900956 @default.
• W3017930213 cites W2001230622 @default.
• W3017930213 cites W2002973793 @default.
• W3017930213 cites W2006786201 @default.
• W3017930213 cites W2015190230 @default.
• W3017930213 cites W2018958899 @default.
• W3017930213 cites W2025018339 @default.
• W3017930213 cites W2026498920 @default.
• W3017930213 cites W2030370883 @default.
• W3017930213 cites W2035403501 @default.
• W3017930213 cites W2041580655 @default.
• W3017930213 cites W2045455031 @default.
• W3017930213 cites W2053451930 @default.
• W3017930213 cites W2061075324 @default.
• W3017930213 cites W2066221905 @default.
• W3017930213 cites W2092564062 @default.
• W3017930213 cites W2103188938 @default.
• W3017930213 cites W2126057187 @default.
• W3017930213 cites W2148172920 @default.
• W3017930213 cites W2165093440 @default.
• W3017930213 cites W2169103407 @default.
• W3017930213 cites W2186487039 @default.
• W3017930213 cites W2222646666 @default.
• W3017930213 cites W2297479080 @default.
• W3017930213 cites W2376003050 @default.
• W3017930213 cites W2558703653 @default.
• W3017930213 cites W2580210055 @default.
• W3017930213 cites W2607389864 @default.
• W3017930213 cites W2617549535 @default.
• W3017930213 cites W2724147606 @default.
• W3017930213 cites W2738802800 @default.
• W3017930213 cites W2788088589 @default.
• W3017930213 cites W2790687508 @default.
• W3017930213 cites W2792821699 @default.
• W3017930213 cites W2794055298 @default.
• W3017930213 cites W2808740727 @default.
• W3017930213 cites W2888985790 @default.
• W3017930213 cites W2900602234 @default.
• W3017930213 cites W2953926143 @default.
• W3017930213 doi "https://doi.org/10.1016/j.watres.2020.115813" @default.
• W3017930213 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32438139" @default.
• W3017930213 hasPublicationYear "2020" @default.
• W3017930213 type Work @default.
• W3017930213 sameAs 3017930213 @default.
• W3017930213 citedByCount "40" @default.
• W3017930213 countsByYear W30179302132020 @default.
• W3017930213 countsByYear W30179302132021 @default.
• W3017930213 countsByYear W30179302132022 @default.
• W3017930213 countsByYear W30179302132023 @default.
• W3017930213 crossrefType "journal-article" @default.
• W3017930213 hasAuthorship W3017930213A5010192142 @default.
• W3017930213 hasAuthorship W3017930213A5020906983 @default.
• W3017930213 hasAuthorship W3017930213A5023231429 @default.
• W3017930213 hasAuthorship W3017930213A5024067500 @default.
• W3017930213 hasAuthorship W3017930213A5059013490 @default.
• W3017930213 hasAuthorship W3017930213A5067230868 @default.
• W3017930213 hasAuthorship W3017930213A5071018574 @default.
• W3017930213 hasAuthorship W3017930213A5076092747 @default.
• W3017930213 hasAuthorship W3017930213A5082859639 @default.
• W3017930213 hasConcept C104647666 @default.
• W3017930213 hasConcept C107872376 @default.
• W3017930213 hasConcept C127413603 @default.
• W3017930213 hasConcept C178790620 @default.
• W3017930213 hasConcept C179104552 @default.
• W3017930213 hasConcept C185592680 @default.
• W3017930213 hasConcept C197011783 @default.
• W3017930213 hasConcept C2776179834 @default.
• W3017930213 hasConcept C2776382133 @default.
• W3017930213 hasConcept C2776384668 @default.
• W3017930213 hasConcept C2778343803 @default.
• W3017930213 hasConcept C2779870022 @default.
• W3017930213 hasConcept C2780355613 @default.
• W3017930213 hasConcept C518881349 @default.
• W3017930213 hasConcept C523546767 @default.
• W3017930213 hasConcept C537208039 @default.
• W3017930213 hasConcept C54355233 @default.

• next