FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4214837559> ?p ?o ?g. }

• W4214837559 endingPage "102685" @default.
• W4214837559 startingPage "102685" @default.
• W4214837559 abstract "Processes optimisation is one of the main issues to take into account for the design of new chemical processes applied to wastewater treatment plants (WWTPs). Particularly, it can be achieved using design of experiments (DoE) tools, and can represent progress in the process performance and cost reduction. In this work, an advanced oxidation process (AOP), namely Fenton's process, is applied to degrade a nitrophenol model compound, i.e., 4-nitrophenol (4NP), in a lab-scale batch reactor. To optimise the process parameters (such as the temperature of the reaction - T, and the initial concentrations of hydrogen peroxide – [H2O2] – and ferrous ion – [Fe2+]), DoE was applied, namely central composite design (CCD) and response surface methodology (RSM). The 4NP degradation and mineralisation were evaluated as process outputs. The maximum 4NP and TOC removals (100 and 49.2%, respectively) and a non-toxic effluent (determined by the inhibition of Vibrio fischeri bacteria) were achieved after 60 min of reaction using the optimum conditions provided by the model (T = 70.2 °C, [H2O2] = 2.945 g/L and [Fe2+] = 5.9 mg/L). Some strategies, i.e. gradual addition of H2O2 and UV/visible radiation application, were still adopted to increase the mineralisation. However, the complete removal of 4NP and 80% of mineralisation was achieved when the Fenton process was assisted with UV/visible radiation. The lumped kinetic model (LKM) proposed, and used for the first time to describe the mineralisation of 4NP by Fenton's reaction, described well the profile of the residual carbon (i.e., the fraction of carbon not mineralised) during the treatment time for these experiments." @default.
• W4214837559 created "2022-03-05" @default.
• W4214837559 creator A5016640314 @default.
• W4214837559 creator A5024445157 @default.
• W4214837559 creator A5031338760 @default.
• W4214837559 creator A5034902576 @default.
• W4214837559 creator A5077905427 @default.
• W4214837559 date "2022-06-01" @default.
• W4214837559 modified "2023-10-01" @default.
• W4214837559 title "Optimisation of the degradation of 4-nitrophenol by Fenton's process" @default.
• W4214837559 cites W1837965397 @default.
• W4214837559 cites W1965942784 @default.
• W4214837559 cites W1966817759 @default.
• W4214837559 cites W1967103189 @default.
• W4214837559 cites W1976861168 @default.
• W4214837559 cites W1978555025 @default.
• W4214837559 cites W1978800855 @default.
• W4214837559 cites W1979881204 @default.
• W4214837559 cites W1981459742 @default.
• W4214837559 cites W1981993300 @default.
• W4214837559 cites W1985756144 @default.
• W4214837559 cites W1991548689 @default.
• W4214837559 cites W1994805244 @default.
• W4214837559 cites W1995160037 @default.
• W4214837559 cites W1996842196 @default.
• W4214837559 cites W2003995809 @default.
• W4214837559 cites W2004283265 @default.
• W4214837559 cites W2010232373 @default.
• W4214837559 cites W2015216147 @default.
• W4214837559 cites W2016186115 @default.
• W4214837559 cites W2017386625 @default.
• W4214837559 cites W2018408061 @default.
• W4214837559 cites W2023916386 @default.
• W4214837559 cites W2027244517 @default.
• W4214837559 cites W2033098669 @default.
• W4214837559 cites W2033587185 @default.
• W4214837559 cites W2034244213 @default.
• W4214837559 cites W2034418882 @default.
• W4214837559 cites W2039556403 @default.
• W4214837559 cites W2048886685 @default.
• W4214837559 cites W2052240927 @default.
• W4214837559 cites W2055159418 @default.
• W4214837559 cites W2061398434 @default.
• W4214837559 cites W2068909731 @default.
• W4214837559 cites W2069722079 @default.
• W4214837559 cites W2069783914 @default.
• W4214837559 cites W2072395221 @default.
• W4214837559 cites W2074945326 @default.
• W4214837559 cites W2082027436 @default.
• W4214837559 cites W2085242377 @default.
• W4214837559 cites W2087080399 @default.
• W4214837559 cites W2089486030 @default.
• W4214837559 cites W2092866302 @default.
• W4214837559 cites W2094199391 @default.
• W4214837559 cites W2166232233 @default.
• W4214837559 cites W2191428067 @default.
• W4214837559 cites W2229527897 @default.
• W4214837559 cites W2290366704 @default.
• W4214837559 cites W2328153463 @default.
• W4214837559 cites W2330772377 @default.
• W4214837559 cites W2406993288 @default.
• W4214837559 cites W2464020921 @default.
• W4214837559 cites W2477321182 @default.
• W4214837559 cites W2507922797 @default.
• W4214837559 cites W2520780033 @default.
• W4214837559 cites W2585150835 @default.
• W4214837559 cites W2734906571 @default.
• W4214837559 cites W2737159570 @default.
• W4214837559 cites W2769937021 @default.
• W4214837559 cites W2905251331 @default.
• W4214837559 cites W2907918714 @default.
• W4214837559 cites W2912191059 @default.
• W4214837559 cites W2939872099 @default.
• W4214837559 cites W2989503727 @default.
• W4214837559 cites W3009126825 @default.
• W4214837559 cites W3011530571 @default.
• W4214837559 cites W3022118338 @default.
• W4214837559 cites W3089011962 @default.
• W4214837559 cites W3131373875 @default.
• W4214837559 cites W3211540790 @default.
• W4214837559 doi "https://doi.org/10.1016/j.jwpe.2022.102685" @default.
• W4214837559 hasPublicationYear "2022" @default.
• W4214837559 type Work @default.
• W4214837559 citedByCount "8" @default.
• W4214837559 countsByYear W42148375592022 @default.
• W4214837559 countsByYear W42148375592023 @default.
• W4214837559 crossrefType "journal-article" @default.
• W4214837559 hasAuthorship W4214837559A5016640314 @default.
• W4214837559 hasAuthorship W4214837559A5024445157 @default.
• W4214837559 hasAuthorship W4214837559A5031338760 @default.
• W4214837559 hasAuthorship W4214837559A5034902576 @default.
• W4214837559 hasAuthorship W4214837559A5077905427 @default.
• W4214837559 hasBestOaLocation W42148375591 @default.
• W4214837559 hasConcept C111696902 @default.
• W4214837559 hasConcept C111919701 @default.
• W4214837559 hasConcept C121332964 @default.
• W4214837559 hasConcept C124681953 @default.
• W4214837559 hasConcept C127413603 @default.

• next