Matches in SemOpenAlex for { <https://semopenalex.org/work/W4214941179> ?p ?o ?g. }
- W4214941179 endingPage "50674" @default.
- W4214941179 startingPage "50661" @default.
- W4214941179 abstract "The disposal of coconut wastes is costly and damaging to the environment, but its uses are advantageous activated carbons production. Coconut leaves waste were used for activated carbon production by pyrolysis at 500° C and activation with potassium carbonate. The activated carbon was used for caffeine removal from aqueous solution. The coconut leaves activated carbon showed a predominantly amorphous structure from X-ray diffraction analysis and a pH at the zero charge point of 7.9. From the N2 adsorption/desorption method, the adsorbent showed a predominance of mesopores, with average pore size of 45.48 ηm and a surface area of 678.03 m2/g. From kinetic studies the data followed the pseudo-second order, where the intraparticle diffusion can be neglected. The adsorption isotherms were satisfactorily adjusted for the Redlich-Peterson model and a type curve L was identified. The thermodynamic parameters showed that adsorption occurred spontaneously, was exothermic and governed by physical adsorption. The artificial neural networks developed were capable of predicting both kinetics and equilibrium adsorption data under different operating conditions and was comparable to the traditional models available in literature in the training experiments, encouraging its use for data generalization when an efficient dataset is used. In conclusion, coconut leaves waste showed to be a promising feedstock to produce activated carbon aiming caffeine removal from water and wastewater." @default.
- W4214941179 created "2022-03-05" @default.
- W4214941179 creator A5005915665 @default.
- W4214941179 creator A5009004307 @default.
- W4214941179 creator A5022313982 @default.
- W4214941179 creator A5025565364 @default.
- W4214941179 creator A5026693065 @default.
- W4214941179 creator A5032159214 @default.
- W4214941179 creator A5040032621 @default.
- W4214941179 creator A5040505246 @default.
- W4214941179 creator A5071622505 @default.
- W4214941179 creator A5074954242 @default.
- W4214941179 date "2022-03-02" @default.
- W4214941179 modified "2023-10-11" @default.
- W4214941179 title "Highly effective adsorption of caffeine by a novel activated carbon prepared from coconut leaf" @default.
- W4214941179 cites W103925831 @default.
- W4214941179 cites W1964008619 @default.
- W4214941179 cites W1970235305 @default.
- W4214941179 cites W1970395578 @default.
- W4214941179 cites W1986113254 @default.
- W4214941179 cites W1989904916 @default.
- W4214941179 cites W1990123291 @default.
- W4214941179 cites W1990252974 @default.
- W4214941179 cites W1993231848 @default.
- W4214941179 cites W1993344578 @default.
- W4214941179 cites W1995772408 @default.
- W4214941179 cites W2009254120 @default.
- W4214941179 cites W2010573961 @default.
- W4214941179 cites W2018006788 @default.
- W4214941179 cites W2023153155 @default.
- W4214941179 cites W2023550969 @default.
- W4214941179 cites W2029109723 @default.
- W4214941179 cites W2031426623 @default.
- W4214941179 cites W2031430185 @default.
- W4214941179 cites W2032813423 @default.
- W4214941179 cites W2040153588 @default.
- W4214941179 cites W2040446511 @default.
- W4214941179 cites W2055144233 @default.
- W4214941179 cites W2055346645 @default.
- W4214941179 cites W2055552433 @default.
- W4214941179 cites W2060168615 @default.
- W4214941179 cites W2060673571 @default.
- W4214941179 cites W2066571826 @default.
- W4214941179 cites W2067491610 @default.
- W4214941179 cites W2080954617 @default.
- W4214941179 cites W2082271109 @default.
- W4214941179 cites W2086718572 @default.
- W4214941179 cites W2111104483 @default.
- W4214941179 cites W2112017750 @default.
- W4214941179 cites W2122557264 @default.
- W4214941179 cites W2157414467 @default.
- W4214941179 cites W2300474821 @default.
- W4214941179 cites W2463581790 @default.
- W4214941179 cites W2471164283 @default.
- W4214941179 cites W2617569770 @default.
- W4214941179 cites W2689085752 @default.
- W4214941179 cites W2734253145 @default.
- W4214941179 cites W2754661875 @default.
- W4214941179 cites W2769174121 @default.
- W4214941179 cites W2794154220 @default.
- W4214941179 cites W2799680635 @default.
- W4214941179 cites W2883078060 @default.
- W4214941179 cites W2883112926 @default.
- W4214941179 cites W2886455995 @default.
- W4214941179 cites W2899134478 @default.
- W4214941179 cites W2938616762 @default.
- W4214941179 cites W2944429970 @default.
- W4214941179 cites W2951387238 @default.
- W4214941179 cites W2971088269 @default.
- W4214941179 cites W2971572985 @default.
- W4214941179 cites W2987116911 @default.
- W4214941179 cites W2987818728 @default.
- W4214941179 cites W2996655297 @default.
- W4214941179 cites W3005000349 @default.
- W4214941179 cites W3006560601 @default.
- W4214941179 cites W3009577078 @default.
- W4214941179 cites W3020909596 @default.
- W4214941179 cites W3038837838 @default.
- W4214941179 cites W3124815477 @default.
- W4214941179 cites W3125376938 @default.
- W4214941179 cites W3158356721 @default.
- W4214941179 cites W3160059287 @default.
- W4214941179 cites W3163921054 @default.
- W4214941179 cites W3169420069 @default.
- W4214941179 cites W3171256125 @default.
- W4214941179 cites W3199704364 @default.
- W4214941179 cites W342830971 @default.
- W4214941179 cites W843007777 @default.
- W4214941179 doi "https://doi.org/10.1007/s11356-022-18788-w" @default.
- W4214941179 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35235121" @default.
- W4214941179 hasPublicationYear "2022" @default.
- W4214941179 type Work @default.
- W4214941179 citedByCount "3" @default.
- W4214941179 countsByYear W42149411792022 @default.
- W4214941179 countsByYear W42149411792023 @default.
- W4214941179 crossrefType "journal-article" @default.
- W4214941179 hasAuthorship W4214941179A5005915665 @default.
- W4214941179 hasAuthorship W4214941179A5009004307 @default.