Matches in SemOpenAlex for { <https://semopenalex.org/work/W4320726949> ?p ?o ?g. }
- W4320726949 endingPage "106661" @default.
- W4320726949 startingPage "106661" @default.
- W4320726949 abstract "The study aims to investigate the emerging adsorbents for adsorption desalination cum cooling system (ADCS) from the viewpoints of water production potential (WPP), specific cooling potential (SCP), energy required (ER), and coefficient of performance (COP). In this regard, five kinds of covalent triazine framework (CTF), five kinds of porous organic polymer (POP), and five kinds of ionogel based adsorbents are investigated as compared to five kinds of conventional silica-gel (SG) adsorbents. The well-known Dubinin-Astakhov (D-A) model, Clausius–Clapeyron equation, and ideal cycle governing equations were used to estimate adsorption equilibrium, isosteric heat of ad/desorption and the performance indicators, respectively. Among the studied adsorbents, A++, RD, Syloid 72FP + 57 wt% Emim-Ac, bipy-CTF500, and PS-II adsorbents produced relatively good results. However, nearly equivalent WPP (0.29 kg/kg/cycle) and SCP (710 kJ/kg/cycle) were estimated for A++, RD, bipy-CTF500 using ER of 2979, 2988 and 2992 kJ/kg/cycle, respectively. The PS-II adsorbent shows the WPR of 0.33 kg/kg/cycle and SCP of 790 kJ/kg/cycle using ER of 2983 kJ/kg/cycle. The performance estimated for Syloid 72FP + 57 wt% Emim-Ac found 5.6 folds higher as compared to A++ and could utilized as a potential adsorbent for ADCS. The COP of all the studied adsorbents estimated in range of 0.74 to 0.93." @default.
- W4320726949 created "2023-02-15" @default.
- W4320726949 creator A5000818379 @default.
- W4320726949 creator A5001464815 @default.
- W4320726949 creator A5005419988 @default.
- W4320726949 creator A5008707126 @default.
- W4320726949 creator A5009826262 @default.
- W4320726949 creator A5021003125 @default.
- W4320726949 creator A5028268549 @default.
- W4320726949 creator A5075917721 @default.
- W4320726949 creator A5083964660 @default.
- W4320726949 creator A5084908295 @default.
- W4320726949 date "2023-03-01" @default.
- W4320726949 modified "2023-09-23" @default.
- W4320726949 title "Evaluating the emerging adsorbents for performance improvement of adsorption desalination cum cooling system" @default.
- W4320726949 cites W1111505522 @default.
- W4320726949 cites W1424243551 @default.
- W4320726949 cites W1966153695 @default.
- W4320726949 cites W1969404522 @default.
- W4320726949 cites W1983644752 @default.
- W4320726949 cites W1996516488 @default.
- W4320726949 cites W1998253111 @default.
- W4320726949 cites W2001220879 @default.
- W4320726949 cites W2003645400 @default.
- W4320726949 cites W2026403989 @default.
- W4320726949 cites W2028070492 @default.
- W4320726949 cites W2052185541 @default.
- W4320726949 cites W2055557954 @default.
- W4320726949 cites W2059667962 @default.
- W4320726949 cites W2067110046 @default.
- W4320726949 cites W2122118824 @default.
- W4320726949 cites W2123316762 @default.
- W4320726949 cites W2239402994 @default.
- W4320726949 cites W2310289529 @default.
- W4320726949 cites W2321797008 @default.
- W4320726949 cites W2339245059 @default.
- W4320726949 cites W2412279857 @default.
- W4320726949 cites W2425918774 @default.
- W4320726949 cites W2475214589 @default.
- W4320726949 cites W2516313812 @default.
- W4320726949 cites W2528510436 @default.
- W4320726949 cites W2549517292 @default.
- W4320726949 cites W2588102497 @default.
- W4320726949 cites W2605346136 @default.
- W4320726949 cites W2624696725 @default.
- W4320726949 cites W2750620329 @default.
- W4320726949 cites W2786357964 @default.
- W4320726949 cites W2801914235 @default.
- W4320726949 cites W2891852654 @default.
- W4320726949 cites W2897309590 @default.
- W4320726949 cites W2921616288 @default.
- W4320726949 cites W2941816392 @default.
- W4320726949 cites W2953889825 @default.
- W4320726949 cites W2954777512 @default.
- W4320726949 cites W2965894881 @default.
- W4320726949 cites W2970426632 @default.
- W4320726949 cites W2972309652 @default.
- W4320726949 cites W2976408769 @default.
- W4320726949 cites W2981238364 @default.
- W4320726949 cites W2987264001 @default.
- W4320726949 cites W2995741241 @default.
- W4320726949 cites W2996397339 @default.
- W4320726949 cites W3007961281 @default.
- W4320726949 cites W3008060315 @default.
- W4320726949 cites W3038089463 @default.
- W4320726949 cites W3082230258 @default.
- W4320726949 cites W3093540969 @default.
- W4320726949 cites W3128855938 @default.
- W4320726949 cites W3141183694 @default.
- W4320726949 cites W3162461573 @default.
- W4320726949 cites W3164453614 @default.
- W4320726949 cites W3174793789 @default.
- W4320726949 cites W3178602305 @default.
- W4320726949 cites W3191358401 @default.
- W4320726949 cites W3192680474 @default.
- W4320726949 cites W3193751801 @default.
- W4320726949 cites W3199015154 @default.
- W4320726949 cites W3201050708 @default.
- W4320726949 cites W3202291058 @default.
- W4320726949 cites W3211041551 @default.
- W4320726949 cites W4214816661 @default.
- W4320726949 cites W4220732143 @default.
- W4320726949 cites W4225248916 @default.
- W4320726949 cites W4283070752 @default.
- W4320726949 cites W4294863511 @default.
- W4320726949 cites W4296535867 @default.
- W4320726949 cites W4308115149 @default.
- W4320726949 cites W4310120132 @default.
- W4320726949 doi "https://doi.org/10.1016/j.icheatmasstransfer.2023.106661" @default.
- W4320726949 hasPublicationYear "2023" @default.
- W4320726949 type Work @default.
- W4320726949 citedByCount "4" @default.
- W4320726949 countsByYear W43207269492023 @default.
- W4320726949 crossrefType "journal-article" @default.
- W4320726949 hasAuthorship W4320726949A5000818379 @default.
- W4320726949 hasAuthorship W4320726949A5001464815 @default.
- W4320726949 hasAuthorship W4320726949A5005419988 @default.
- W4320726949 hasAuthorship W4320726949A5008707126 @default.