FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2897415500> ?p ?o ?g. }

• W2897415500 abstract "South Africa is not an exception when it comes to the issue of fresh water scarcity perpetuated by environmental pollution among many other factors. Industrial wastewater particularly emanating from the brewing industry, contains high-strength organic, inorganic, and biological compounds which are toxic to the environment. Due to stringent industrial effluent dewatering standards enforced by both local and international environmental protection entities, industrial wastewater cannot be discharged into receiving water bodies prior to treatment. The overall aim of this study was to evaluate the performance or treatment efficacy of a laboratory scale sequencing batch reactor on biological nutrient removal using industrial wastewater from brewery. In this study, two laboratory scale sequencing batch reactors (SBRs) operated in a cyclic aerobic-anaerobic configuration inoculated with activated sludge were investigated for their removal of orthophosphates and nitrogen compounds from brewery wastewater. SBR-1 was investigated for nitrogen group pollutant removal and SBR-2 was investigated for orthophosphate removal. The findings of the study are reported based on overall removal efficacies for the following process monitoring parameters: orthophosphates, ammoniacal nitrogen, total Kjeldahl nitrogen, total nitrogen, total organic nitrogen, total inorganic nitrogen and NO3-N+NO2-N. From the investigation, the following overall removal efficacies were obtained: 69% orthophosphates, 69% ammoniacal nitrogen, 59% total Kjeldahl nitrogen, 60% total nitrogen, 64% total organic nitrogen, 67% total inorganic nitrogen and 56% NO3-N+NO2-N at an organic loading rate of 3.17 kg Total Chemical Oxygen Demand (TCOD) /m3.day with a food to microorganism ratio of 2.86 g TCOD/g Volatile Suspended Solids (VSS).day. These removal efficacies were attained for a hydraulic retention time of 18 hours for both SBRs with a solids retention time of 5 days for SBR-1 and 7 days for SBR-2. Both reactors were operated at a mesophilic temperature range of 23 to 26˚C and a pH range of 5 to 8.5. The temperature was left unadjusted because it was observed that it did not hinder any microbial activities during the biodegradation process. The Michealis-Menten’s and Monod models were implemented to study the substrate utilisation rate kinetics and microbial growth rate kinetics recording 15 141 g COD/m3.day; 12 518 g VSS/g VSS.day; 20 343 g COD/m3.day and 16 860 g VSS/g VSS.day for SBR-1 and SBR-2, respectively. The Monod model demonstrated a strong correlation fit between the substrate utilisation rate and microbial growth rate recording a polynomial correlation constant of R2 = 0.947 and 0.9582 for SBR-1 and SBR-2, respectively. The findings of this study showed that the cyclic aerobic-anaerobic configuration on a laboratory scale SBR inoculated with activated sludge for treatment of brewery wastewater for biological nutrients was feasible." @default.
• W2897415500 created "2018-10-26" @default.
• W2897415500 creator A5023663499 @default.
• W2897415500 date "2021-09-17" @default.
• W2897415500 modified "2023-09-24" @default.
• W2897415500 title "Biological nutrient removal from industrial wastewater using a sequencing batch reactor" @default.
• W2897415500 cites W1504339674 @default.
• W2897415500 cites W1548480021 @default.
• W2897415500 cites W1548650423 @default.
• W2897415500 cites W1596124707 @default.
• W2897415500 cites W1742481287 @default.
• W2897415500 cites W1856219842 @default.
• W2897415500 cites W18673004 @default.
• W2897415500 cites W1918467745 @default.
• W2897415500 cites W1964866955 @default.
• W2897415500 cites W1965113080 @default.
• W2897415500 cites W1967041444 @default.
• W2897415500 cites W1967239334 @default.
• W2897415500 cites W1973290734 @default.
• W2897415500 cites W1975707045 @default.
• W2897415500 cites W1979063532 @default.
• W2897415500 cites W1980616608 @default.
• W2897415500 cites W1982470966 @default.
• W2897415500 cites W1985719676 @default.
• W2897415500 cites W1988293454 @default.
• W2897415500 cites W1990205953 @default.
• W2897415500 cites W1992483120 @default.
• W2897415500 cites W1994987211 @default.
• W2897415500 cites W1996158057 @default.
• W2897415500 cites W1998508042 @default.
• W2897415500 cites W1999487629 @default.
• W2897415500 cites W2001717135 @default.
• W2897415500 cites W2003172973 @default.
• W2897415500 cites W2005895678 @default.
• W2897415500 cites W2008956805 @default.
• W2897415500 cites W2009359562 @default.
• W2897415500 cites W2009793275 @default.
• W2897415500 cites W2011327692 @default.
• W2897415500 cites W2013306379 @default.
• W2897415500 cites W2013349824 @default.
• W2897415500 cites W2016850944 @default.
• W2897415500 cites W2019332220 @default.
• W2897415500 cites W2023786820 @default.
• W2897415500 cites W2025411889 @default.
• W2897415500 cites W2028166974 @default.
• W2897415500 cites W2031021219 @default.
• W2897415500 cites W2031787073 @default.
• W2897415500 cites W2037099398 @default.
• W2897415500 cites W2037216747 @default.
• W2897415500 cites W2038016121 @default.
• W2897415500 cites W2038726808 @default.
• W2897415500 cites W2042179129 @default.
• W2897415500 cites W2047521225 @default.
• W2897415500 cites W2048893333 @default.
• W2897415500 cites W2051319928 @default.
• W2897415500 cites W2052127091 @default.
• W2897415500 cites W2055085660 @default.
• W2897415500 cites W2057355744 @default.
• W2897415500 cites W2061138458 @default.
• W2897415500 cites W2065507532 @default.
• W2897415500 cites W2068468227 @default.
• W2897415500 cites W2072558513 @default.
• W2897415500 cites W2076122351 @default.
• W2897415500 cites W2076798166 @default.
• W2897415500 cites W2083677407 @default.
• W2897415500 cites W2089039439 @default.
• W2897415500 cites W2092282702 @default.
• W2897415500 cites W2100210496 @default.
• W2897415500 cites W2107756365 @default.
• W2897415500 cites W2108297291 @default.
• W2897415500 cites W2112880366 @default.
• W2897415500 cites W2113826438 @default.
• W2897415500 cites W2117828741 @default.
• W2897415500 cites W2124867416 @default.
• W2897415500 cites W2162242524 @default.
• W2897415500 cites W2170133849 @default.
• W2897415500 cites W2193801043 @default.
• W2897415500 cites W2195219344 @default.
• W2897415500 cites W2277709312 @default.
• W2897415500 cites W2281442833 @default.
• W2897415500 cites W2510580756 @default.
• W2897415500 cites W2516689709 @default.
• W2897415500 cites W2604326115 @default.
• W2897415500 cites W2610300922 @default.
• W2897415500 cites W2613948139 @default.
• W2897415500 cites W2626242009 @default.
• W2897415500 cites W2746406471 @default.
• W2897415500 cites W3144462128 @default.
• W2897415500 cites W3197322514 @default.
• W2897415500 cites W600182388 @default.
• W2897415500 doi "https://doi.org/10.51415/10321/3169" @default.
• W2897415500 hasPublicationYear "2021" @default.
• W2897415500 type Work @default.
• W2897415500 sameAs 2897415500 @default.
• W2897415500 citedByCount "0" @default.
• W2897415500 crossrefType "dissertation" @default.
• W2897415500 hasAuthorship W2897415500A5023663499 @default.
• W2897415500 hasBestOaLocation W28974155001 @default.
• W2897415500 hasConcept C107872376 @default.
• W2897415500 hasConcept C127413603 @default.

• next