Matches in SemOpenAlex for { <https://semopenalex.org/work/W3012364456> ?p ?o ?g. }
- W3012364456 endingPage "116829" @default.
- W3012364456 startingPage "116829" @default.
- W3012364456 abstract "The contribution of this work is proposing a systematic approach to design an efficient extractive distillation (ED) process for separating binary azeotropic mixture, which including the study of σ-profiles, the analysis of thermodynamic topology, and the investigation of economic validation. The separation of methanol-acetone azeotrope serves as the case study to demonstrate the effectiveness of the proposed method. Firstly, the σ-profiles is employed to select appropriate candidates of ILs via the analysis of interaction between five cations and eight anions. Then, the feasibilities of two candidates ILs (i.e., 1-Methylimidazolium acetate ([MIM][OAc]) and 1-methylimidazolium 2-hydroxypropionate ([MIM][Hpr])) and DMSO are further studied by the thermodynamic topological analysis with residue curve maps and univolatility lines. Finally, the design and optimization of ED with the three potential entrainers are conducted to prove the validity of the proposed method. The results demonstrated that the ED process with [MIM][Hpr] is the most economical process compared with [MIM][OAc] and DMSO indicating that the proposed approach is appropriate for screening entrainer to separate such mixture. Moreover, the proposed comprehensive methodology in this work is a valuable protocol, which could be extended to separate other azeotropic systems by using an energy-saving ED process." @default.
- W3012364456 created "2020-03-23" @default.
- W3012364456 creator A5013863365 @default.
- W3012364456 creator A5030484824 @default.
- W3012364456 creator A5048943499 @default.
- W3012364456 creator A5083167242 @default.
- W3012364456 creator A5091278154 @default.
- W3012364456 date "2020-07-01" @default.
- W3012364456 modified "2023-10-14" @default.
- W3012364456 title "Design and optimization of the efficient extractive distillation process for separating the binary azeotropic mixture methanol-acetone based on the quantum chemistry and conceptual design" @default.
- W3012364456 cites W1208826813 @default.
- W3012364456 cites W1422180520 @default.
- W3012364456 cites W1838460720 @default.
- W3012364456 cites W1877104327 @default.
- W3012364456 cites W1878969881 @default.
- W3012364456 cites W1983107047 @default.
- W3012364456 cites W1999861958 @default.
- W3012364456 cites W2005978181 @default.
- W3012364456 cites W2016695858 @default.
- W3012364456 cites W2026484842 @default.
- W3012364456 cites W2040053924 @default.
- W3012364456 cites W2049384479 @default.
- W3012364456 cites W2049980753 @default.
- W3012364456 cites W2051643111 @default.
- W3012364456 cites W2056177482 @default.
- W3012364456 cites W2073791189 @default.
- W3012364456 cites W2077591737 @default.
- W3012364456 cites W2082944873 @default.
- W3012364456 cites W2084046096 @default.
- W3012364456 cites W2088397202 @default.
- W3012364456 cites W2089684837 @default.
- W3012364456 cites W2091719540 @default.
- W3012364456 cites W2095851225 @default.
- W3012364456 cites W2102897115 @default.
- W3012364456 cites W2103846187 @default.
- W3012364456 cites W2121325911 @default.
- W3012364456 cites W2131129066 @default.
- W3012364456 cites W2273274667 @default.
- W3012364456 cites W2278862461 @default.
- W3012364456 cites W2321759752 @default.
- W3012364456 cites W2322573941 @default.
- W3012364456 cites W2324740612 @default.
- W3012364456 cites W2331080655 @default.
- W3012364456 cites W2334764149 @default.
- W3012364456 cites W2425246806 @default.
- W3012364456 cites W2490553282 @default.
- W3012364456 cites W2560812706 @default.
- W3012364456 cites W2588246807 @default.
- W3012364456 cites W2592072247 @default.
- W3012364456 cites W2600255146 @default.
- W3012364456 cites W2606960705 @default.
- W3012364456 cites W2673863969 @default.
- W3012364456 cites W2737512458 @default.
- W3012364456 cites W2770079686 @default.
- W3012364456 cites W2777448501 @default.
- W3012364456 cites W2793748305 @default.
- W3012364456 cites W2895822784 @default.
- W3012364456 cites W2911092933 @default.
- W3012364456 cites W2914655409 @default.
- W3012364456 cites W2921893737 @default.
- W3012364456 cites W2927680405 @default.
- W3012364456 cites W2946176544 @default.
- W3012364456 cites W2949735513 @default.
- W3012364456 cites W2952273472 @default.
- W3012364456 cites W2956392888 @default.
- W3012364456 cites W2970238710 @default.
- W3012364456 cites W4231102240 @default.
- W3012364456 cites W4233805631 @default.
- W3012364456 cites W4239450165 @default.
- W3012364456 cites W4248104288 @default.
- W3012364456 cites W4251297666 @default.
- W3012364456 doi "https://doi.org/10.1016/j.seppur.2020.116829" @default.
- W3012364456 hasPublicationYear "2020" @default.
- W3012364456 type Work @default.
- W3012364456 sameAs 3012364456 @default.
- W3012364456 citedByCount "34" @default.
- W3012364456 countsByYear W30123644562020 @default.
- W3012364456 countsByYear W30123644562021 @default.
- W3012364456 countsByYear W30123644562022 @default.
- W3012364456 countsByYear W30123644562023 @default.
- W3012364456 crossrefType "journal-article" @default.
- W3012364456 hasAuthorship W3012364456A5013863365 @default.
- W3012364456 hasAuthorship W3012364456A5030484824 @default.
- W3012364456 hasAuthorship W3012364456A5048943499 @default.
- W3012364456 hasAuthorship W3012364456A5083167242 @default.
- W3012364456 hasAuthorship W3012364456A5091278154 @default.
- W3012364456 hasConcept C111919701 @default.
- W3012364456 hasConcept C127413603 @default.
- W3012364456 hasConcept C131548973 @default.
- W3012364456 hasConcept C151572726 @default.
- W3012364456 hasConcept C178790620 @default.
- W3012364456 hasConcept C185592680 @default.
- W3012364456 hasConcept C19924549 @default.
- W3012364456 hasConcept C204030448 @default.
- W3012364456 hasConcept C21880701 @default.
- W3012364456 hasConcept C2779607525 @default.
- W3012364456 hasConcept C2781213060 @default.
- W3012364456 hasConcept C33923547 @default.