Matches in SemOpenAlex for { <https://semopenalex.org/work/W3080753208> ?p ?o ?g. }
- W3080753208 endingPage "16449" @default.
- W3080753208 startingPage "16437" @default.
- W3080753208 abstract "Hydrocyclones are centrifugal devices used to perform the separation of a discrete phase (solid or liquid) from a continuous one. Depending on the process goal, particle classification, or thickening, it is possible to enhance the performance of these devices by optimizing their geometric relationships. In this study, innovative geometric relationships for a hydrocyclone were proposed to maximize the separation efficiency and provide low energy consumption. A database composed of 60 hydrocyclones with different geometric dimensions designed over 17 years of research at our laboratory was used to perform this study. Regression equations were adjusted to these previous experimental data, and a differential evolution algorithm was used in the optimization study. The optimized geometry of the hydrocyclone obtained in this work, named MOEH (maximum overall efficiency hydrocyclone), was built, and its performance was compared with the best equipment of the database through numerical simulation and experiments. The results indicated that for fine particles (D63.2 = 10.80 μm), the MOEH showed better performance than all devices already analyzed by our research group, with an overall efficiency of approximately 9% higher and a 33% reduction of energy consumption when compared with the best hydrocyclone of the database." @default.
- W3080753208 created "2020-09-01" @default.
- W3080753208 creator A5000730881 @default.
- W3080753208 creator A5000779204 @default.
- W3080753208 creator A5025518576 @default.
- W3080753208 creator A5028915359 @default.
- W3080753208 creator A5089209672 @default.
- W3080753208 date "2020-08-24" @default.
- W3080753208 modified "2023-10-16" @default.
- W3080753208 title "Design of an Optimized Hydrocyclone for High Efficiency and Low Energy Consumption" @default.
- W3080753208 cites W1969751943 @default.
- W3080753208 cites W1972067572 @default.
- W3080753208 cites W1982972715 @default.
- W3080753208 cites W1983221079 @default.
- W3080753208 cites W1984679382 @default.
- W3080753208 cites W1987952829 @default.
- W3080753208 cites W1992726177 @default.
- W3080753208 cites W2007338135 @default.
- W3080753208 cites W2017187297 @default.
- W3080753208 cites W2018950242 @default.
- W3080753208 cites W2021593701 @default.
- W3080753208 cites W2023747019 @default.
- W3080753208 cites W2025432637 @default.
- W3080753208 cites W2027361438 @default.
- W3080753208 cites W2038716028 @default.
- W3080753208 cites W2039075192 @default.
- W3080753208 cites W2041012762 @default.
- W3080753208 cites W2041507287 @default.
- W3080753208 cites W2046792692 @default.
- W3080753208 cites W2053995522 @default.
- W3080753208 cites W2055219864 @default.
- W3080753208 cites W2056570595 @default.
- W3080753208 cites W2058378907 @default.
- W3080753208 cites W2060643365 @default.
- W3080753208 cites W2060806668 @default.
- W3080753208 cites W2088812749 @default.
- W3080753208 cites W2090124957 @default.
- W3080753208 cites W2130818553 @default.
- W3080753208 cites W2137319706 @default.
- W3080753208 cites W2167899252 @default.
- W3080753208 cites W2215257551 @default.
- W3080753208 cites W2292763299 @default.
- W3080753208 cites W2318628670 @default.
- W3080753208 cites W2320454638 @default.
- W3080753208 cites W2323809053 @default.
- W3080753208 cites W2329583203 @default.
- W3080753208 cites W2385061446 @default.
- W3080753208 cites W2514616354 @default.
- W3080753208 cites W2529353986 @default.
- W3080753208 cites W2533437322 @default.
- W3080753208 cites W2554252347 @default.
- W3080753208 cites W2560363165 @default.
- W3080753208 cites W2586553548 @default.
- W3080753208 cites W2590525840 @default.
- W3080753208 cites W2601021066 @default.
- W3080753208 cites W2608955677 @default.
- W3080753208 cites W2620625027 @default.
- W3080753208 cites W2727059124 @default.
- W3080753208 cites W2732827774 @default.
- W3080753208 cites W2735098350 @default.
- W3080753208 cites W2751823438 @default.
- W3080753208 cites W2793861158 @default.
- W3080753208 cites W2805072962 @default.
- W3080753208 cites W2805971881 @default.
- W3080753208 cites W2807132961 @default.
- W3080753208 cites W2810576703 @default.
- W3080753208 cites W2893795887 @default.
- W3080753208 cites W2943621145 @default.
- W3080753208 cites W2958494674 @default.
- W3080753208 cites W2963880850 @default.
- W3080753208 cites W2964792197 @default.
- W3080753208 cites W2982467296 @default.
- W3080753208 cites W2999906284 @default.
- W3080753208 cites W4210970384 @default.
- W3080753208 cites W4242186041 @default.
- W3080753208 cites W801916691 @default.
- W3080753208 doi "https://doi.org/10.1021/acs.iecr.0c02871" @default.
- W3080753208 hasPublicationYear "2020" @default.
- W3080753208 type Work @default.
- W3080753208 sameAs 3080753208 @default.
- W3080753208 citedByCount "14" @default.
- W3080753208 countsByYear W30807532082021 @default.
- W3080753208 countsByYear W30807532082022 @default.
- W3080753208 countsByYear W30807532082023 @default.
- W3080753208 crossrefType "journal-article" @default.
- W3080753208 hasAuthorship W3080753208A5000730881 @default.
- W3080753208 hasAuthorship W3080753208A5000779204 @default.
- W3080753208 hasAuthorship W3080753208A5025518576 @default.
- W3080753208 hasAuthorship W3080753208A5028915359 @default.
- W3080753208 hasAuthorship W3080753208A5089209672 @default.
- W3080753208 hasConcept C111335779 @default.
- W3080753208 hasConcept C111919701 @default.
- W3080753208 hasConcept C119599485 @default.
- W3080753208 hasConcept C121332964 @default.
- W3080753208 hasConcept C127413603 @default.
- W3080753208 hasConcept C21880701 @default.
- W3080753208 hasConcept C2524010 @default.
- W3080753208 hasConcept C2742236 @default.