FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204128300> ?p ?o ?g. }

• W3204128300 endingPage "122640" @default.
• W3204128300 startingPage "122640" @default.
• W3204128300 abstract "The commercial Hβ (25, 50), HY (11) and HZSM-5(50) were dealuminated by acid leaching and subsequent calcination to improve their hydrophobic nature for the removal of bisphenol A (BPA). The structure and properties of the raw zeolites and the modified ones (labelled as T-Hβ (25, 50), T-HY (11), T-HZSM-5(50)) have been investigated comparatively by XRD, BET, SEM, XRF and contact angle test (CA). The results indicated that HY (11) and T-HY (11) had poor adsorption capacity for hydrophobic BPA because of destroyed crystalline phase of T-HY (11) and hydrophilic nature of HY (11). HZSM-5(50) and T-HZSM-5(50) also had poor adsorption ability for BPA molecules because larger BPA molecules cannot enter smaller pores of HZSM-5(50) and T-HZSM-5(50). However, the T-Hβ (25, 50) zeolites exhibited significantly higher adsorption capacity for BPA because their larger pore size remained than molecule size of BPA and larger water contact angles and molar ratios of SiO 2 /Al 2 O 3 of T-Hβ (25, 50) than Hβ (25, 50), respectively. BPA removal mechanism study showed that hydrophobic interaction force between BPA and T-Hβ (25, 50) should be a main driving force. The adsorption process conformed to pseudo-second order model and the three-parameter Redlich-Peterson model. The adsorption rate of BPA over T-Hβ (50) (0.01050 ​g ​mg −1 ​min −1 ) was 2.29 times faster than that over Hβ (50) (0.004581 ​g ​mg −1 min −1 ), and the maximum adsorption capacity of BPA on T-Hβ (50) (117.62 ​mg ​g −1 ) was 3.5 times than that on Hβ (50) (33.78 ​mg ​g −1 ). The acid treatment-calcination method is feasible and appropriate for modification of Hβ in order to remove hydrophobic organic pollutants. Three kinds of commercial zeolites including Hβ (25,50), HY (11) and H-ZSM-5 (50) were modified by acid leaching and calcination method to obtain dealuminated zeolites (T-Hβ (25,50), T-HY (11), T-H-ZSM-5(50)), whose structures and adsorption mechanism for hydrophobic bisphenol A were investigated comparatively. • Acid leaching-calcination method was feasible for dealumination of Hβ among three zeolites. • The SiO 2 /Al 2 O 3 molar ratio of Hβ was improved greatly. • The maximum adsorption capacity of BPA on T-Hβ (50) (117.62 ​mg ​g −1 ) was 3.5 times than that on Hβ (50). • The hydrophobic interaction force between BPA and T-Hβ (50) was responsible for the BPA removal." @default.
• W3204128300 created "2021-10-11" @default.
• W3204128300 creator A5001867060 @default.
• W3204128300 creator A5009809876 @default.
• W3204128300 creator A5033033737 @default.
• W3204128300 creator A5040334801 @default.
• W3204128300 creator A5060786449 @default.
• W3204128300 creator A5066545881 @default.
• W3204128300 creator A5071452434 @default.
• W3204128300 date "2022-01-01" @default.
• W3204128300 modified "2023-10-15" @default.
• W3204128300 title "The dealuminated zeolites via acid leaching and followed calcination method for removal of hydrophobic bisphenol A" @default.
• W3204128300 cites W1970291591 @default.
• W3204128300 cites W1974255743 @default.
• W3204128300 cites W1977940099 @default.
• W3204128300 cites W2036012960 @default.
• W3204128300 cites W2039146869 @default.
• W3204128300 cites W2065326526 @default.
• W3204128300 cites W2068674920 @default.
• W3204128300 cites W2085812636 @default.
• W3204128300 cites W2194611746 @default.
• W3204128300 cites W2470019235 @default.
• W3204128300 cites W2556065164 @default.
• W3204128300 cites W2586914963 @default.
• W3204128300 cites W2767938847 @default.
• W3204128300 cites W2788622512 @default.
• W3204128300 cites W2801771018 @default.
• W3204128300 cites W2824694668 @default.
• W3204128300 cites W2899233957 @default.
• W3204128300 cites W2914028368 @default.
• W3204128300 cites W2937191694 @default.
• W3204128300 cites W2978415095 @default.
• W3204128300 cites W2983070225 @default.
• W3204128300 cites W2996972972 @default.
• W3204128300 cites W2999308595 @default.
• W3204128300 cites W3026110498 @default.
• W3204128300 cites W3082760211 @default.
• W3204128300 cites W3084222055 @default.
• W3204128300 cites W3084229133 @default.
• W3204128300 cites W3085758040 @default.
• W3204128300 cites W3089893701 @default.
• W3204128300 cites W3094589141 @default.
• W3204128300 cites W3108594256 @default.
• W3204128300 cites W3113039725 @default.
• W3204128300 cites W3115991855 @default.
• W3204128300 cites W3131669091 @default.
• W3204128300 cites W3134741141 @default.
• W3204128300 cites W3136786261 @default.
• W3204128300 cites W3164504383 @default.
• W3204128300 cites W3172450058 @default.
• W3204128300 cites W3180214585 @default.
• W3204128300 cites W636533551 @default.
• W3204128300 doi "https://doi.org/10.1016/j.jssc.2021.122640" @default.
• W3204128300 hasPublicationYear "2022" @default.
• W3204128300 type Work @default.
• W3204128300 sameAs 3204128300 @default.
• W3204128300 citedByCount "4" @default.
• W3204128300 countsByYear W32041283002021 @default.
• W3204128300 countsByYear W32041283002022 @default.
• W3204128300 countsByYear W32041283002023 @default.
• W3204128300 crossrefType "journal-article" @default.
• W3204128300 hasAuthorship W3204128300A5001867060 @default.
• W3204128300 hasAuthorship W3204128300A5009809876 @default.
• W3204128300 hasAuthorship W3204128300A5033033737 @default.
• W3204128300 hasAuthorship W3204128300A5040334801 @default.
• W3204128300 hasAuthorship W3204128300A5060786449 @default.
• W3204128300 hasAuthorship W3204128300A5066545881 @default.
• W3204128300 hasAuthorship W3204128300A5071452434 @default.
• W3204128300 hasConcept C127413603 @default.
• W3204128300 hasConcept C13965031 @default.
• W3204128300 hasConcept C159390177 @default.
• W3204128300 hasConcept C159750122 @default.
• W3204128300 hasConcept C161790260 @default.
• W3204128300 hasConcept C166595027 @default.
• W3204128300 hasConcept C178790620 @default.
• W3204128300 hasConcept C179104552 @default.
• W3204128300 hasConcept C185592680 @default.
• W3204128300 hasConcept C2778077586 @default.
• W3204128300 hasConcept C2779684741 @default.
• W3204128300 hasConcept C39432304 @default.
• W3204128300 hasConcept C42360764 @default.
• W3204128300 hasConcept C7082614 @default.
• W3204128300 hasConcept C90982505 @default.
• W3204128300 hasConceptScore W3204128300C127413603 @default.
• W3204128300 hasConceptScore W3204128300C13965031 @default.
• W3204128300 hasConceptScore W3204128300C159390177 @default.
• W3204128300 hasConceptScore W3204128300C159750122 @default.
• W3204128300 hasConceptScore W3204128300C161790260 @default.
• W3204128300 hasConceptScore W3204128300C166595027 @default.
• W3204128300 hasConceptScore W3204128300C178790620 @default.
• W3204128300 hasConceptScore W3204128300C179104552 @default.
• W3204128300 hasConceptScore W3204128300C185592680 @default.
• W3204128300 hasConceptScore W3204128300C2778077586 @default.
• W3204128300 hasConceptScore W3204128300C2779684741 @default.
• W3204128300 hasConceptScore W3204128300C39432304 @default.
• W3204128300 hasConceptScore W3204128300C42360764 @default.
• W3204128300 hasConceptScore W3204128300C7082614 @default.
• W3204128300 hasConceptScore W3204128300C90982505 @default.

• next