Matches in SemOpenAlex for { <https://semopenalex.org/work/W2804752347> ?p ?o ?g. }
- W2804752347 endingPage "9236" @default.
- W2804752347 startingPage "9229" @default.
- W2804752347 abstract "A greener and sustainable pathway to the assembly of Fe, Cu -based adsorbent is described using Virginia creeper (Parthenocissus quinquefolia) leaf extracts in presence of oxalic acid which avoids the use of toxic chemicals. Characterization of the synthesized mixed Fe, Cu oxides are carried out by SEM, TEM, XRD, FT-IR, XPS, and BET techniques; SEM and TEM results disclosed particle size ranging from 160 nm to 1 μm in presence of varying oxalic acid amounts of 0 and 0.1 mol/L. The X-ray photoelectron spectroscopy studies revealed that the sample comprised of Fe, Cu-based hybrid oxides and oxalates. The ensuing results from altered operational parameters namely initial pH, initial malachite green (MG) concentration, the sample dosage and the reaction temperature suggest that the MG adsorption capacity of synthesized materials could be well structured by simply varying the amount of oxalic acid. The optimal sample (S3 sample) has a remarkably high maximum adsorptive capacity (~1399 mg/g) for aqueous MG removal at 303 K and natural pH (~ 6.58), which is superior to recently documented sorbents. The results demonstrate that the adsorption is spontaneous (i.e., ∆G < 0) via an endothermic process wherein the synthesized adsorbent displayed excellent characteristics: 1) maintained a high adsorption capacity under a wide range of pH conditions; 2) remained chemically stable under ambient storage environments to allow for extended stowage; and 3) portrayed high reusability with no waning effect after 4 adsorption/desorption cycles." @default.
- W2804752347 created "2018-06-01" @default.
- W2804752347 creator A5010804247 @default.
- W2804752347 creator A5012140285 @default.
- W2804752347 creator A5038123071 @default.
- W2804752347 creator A5040482922 @default.
- W2804752347 creator A5065266286 @default.
- W2804752347 creator A5088121624 @default.
- W2804752347 creator A5090622034 @default.
- W2804752347 date "2018-05-16" @default.
- W2804752347 modified "2023-10-16" @default.
- W2804752347 title "Green and Size-Specific Synthesis of Stable Fe–Cu Oxides as Earth-Abundant Adsorbents for Malachite Green Removal" @default.
- W2804752347 cites W1979529649 @default.
- W2804752347 cites W1988868407 @default.
- W2804752347 cites W2007147686 @default.
- W2804752347 cites W2031970651 @default.
- W2804752347 cites W2036176230 @default.
- W2804752347 cites W2039047060 @default.
- W2804752347 cites W2039706596 @default.
- W2804752347 cites W2046215284 @default.
- W2804752347 cites W2048362552 @default.
- W2804752347 cites W2059630038 @default.
- W2804752347 cites W2066140957 @default.
- W2804752347 cites W2068547391 @default.
- W2804752347 cites W2083200679 @default.
- W2804752347 cites W2084624303 @default.
- W2804752347 cites W2088267603 @default.
- W2804752347 cites W2096574426 @default.
- W2804752347 cites W2099148329 @default.
- W2804752347 cites W2111427861 @default.
- W2804752347 cites W2135790296 @default.
- W2804752347 cites W2147998294 @default.
- W2804752347 cites W2251660947 @default.
- W2804752347 cites W2269041533 @default.
- W2804752347 cites W2287928453 @default.
- W2804752347 cites W2299767719 @default.
- W2804752347 cites W2319335219 @default.
- W2804752347 cites W2323655897 @default.
- W2804752347 cites W2335196388 @default.
- W2804752347 cites W2341864066 @default.
- W2804752347 cites W2413224652 @default.
- W2804752347 cites W2498670901 @default.
- W2804752347 cites W2513067572 @default.
- W2804752347 cites W2516322328 @default.
- W2804752347 cites W2525797711 @default.
- W2804752347 cites W2526641946 @default.
- W2804752347 cites W2548573669 @default.
- W2804752347 cites W2555427031 @default.
- W2804752347 cites W2556866652 @default.
- W2804752347 cites W2558503280 @default.
- W2804752347 cites W2560810762 @default.
- W2804752347 cites W2566523937 @default.
- W2804752347 cites W2567073914 @default.
- W2804752347 cites W2583551387 @default.
- W2804752347 cites W2585975294 @default.
- W2804752347 cites W2589709367 @default.
- W2804752347 cites W2604191068 @default.
- W2804752347 cites W2604515063 @default.
- W2804752347 cites W2607328434 @default.
- W2804752347 cites W2607503175 @default.
- W2804752347 cites W2609509657 @default.
- W2804752347 cites W2613083806 @default.
- W2804752347 cites W2619074677 @default.
- W2804752347 cites W2620694979 @default.
- W2804752347 cites W2623810661 @default.
- W2804752347 cites W2625408003 @default.
- W2804752347 cites W2625849607 @default.
- W2804752347 cites W2726233687 @default.
- W2804752347 cites W2735139609 @default.
- W2804752347 cites W2742048181 @default.
- W2804752347 cites W2742435296 @default.
- W2804752347 cites W2743339727 @default.
- W2804752347 cites W2752199338 @default.
- W2804752347 cites W2755905524 @default.
- W2804752347 cites W2758030112 @default.
- W2804752347 cites W2762031552 @default.
- W2804752347 cites W2766786456 @default.
- W2804752347 cites W2988361339 @default.
- W2804752347 cites W829504692 @default.
- W2804752347 doi "https://doi.org/10.1021/acssuschemeng.8b01547" @default.
- W2804752347 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6104402" @default.
- W2804752347 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30147937" @default.
- W2804752347 hasPublicationYear "2018" @default.
- W2804752347 type Work @default.
- W2804752347 sameAs 2804752347 @default.
- W2804752347 citedByCount "73" @default.
- W2804752347 countsByYear W28047523472018 @default.
- W2804752347 countsByYear W28047523472019 @default.
- W2804752347 countsByYear W28047523472020 @default.
- W2804752347 countsByYear W28047523472021 @default.
- W2804752347 countsByYear W28047523472022 @default.
- W2804752347 countsByYear W28047523472023 @default.
- W2804752347 crossrefType "journal-article" @default.
- W2804752347 hasAuthorship W2804752347A5010804247 @default.
- W2804752347 hasAuthorship W2804752347A5012140285 @default.
- W2804752347 hasAuthorship W2804752347A5038123071 @default.
- W2804752347 hasAuthorship W2804752347A5040482922 @default.
- W2804752347 hasAuthorship W2804752347A5065266286 @default.