Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387394080> ?p ?o ?g. }
- W4387394080 endingPage "111557" @default.
- W4387394080 startingPage "111557" @default.
- W4387394080 abstract "Dyes and pharmaceuticals in wastewater are categorized as serious hazardous pollutants due to their nonbiodegradability and therefore, must be removed before discharge in water resources. In this work, a novel nanobiosorbent was fabricated via microwave crosslinking of nanosilica gel with banana peels nanobiochar (BPNB) and chitosan hydrogel (Chit Hgel) to produce BPNB-NSiO2-Chit Hgel nanobiosorbent (22.48-26.23 nm). The effects of nanobiosorbent dosage (1–50 mg), pH (2–12), shaking time (1– 45 min), pollutant concentration (5–100 mg L-1), temperature (288–333 K), and interfering salts on the adsorption of Erythromycin antibiotic (ERM) and Congo red dye (CRD) pollutants were investigated and optimized. Pseudo-second-order model revealed a perfect fitting to the experimental data, while Langmuir model achieved (R2 = 0.997 for ERM and R2 = 0.992 for CRD) as the highest correlation coefficients. Moreover, adsorptive capture reactions of ERM and CRD onto BPNB-NSiO2-Chit Hgel were classified as spontaneous and endothermic. The removal of ERM (92.80–96.50%) and CRD (92.80–95.0%) from tap, sea, and wastewater was successfully established to confirm the validity and capability of the investigated BPNB-NSiO2-Chit Hgel nanobiosorbent in removal of these two pollutants from polluted water samples." @default.
- W4387394080 created "2023-10-07" @default.
- W4387394080 creator A5011414613 @default.
- W4387394080 creator A5056519056 @default.
- W4387394080 creator A5064845474 @default.
- W4387394080 date "2023-10-01" @default.
- W4387394080 modified "2023-10-07" @default.
- W4387394080 title "Fast and efficient adsorptive capture of Congo red and Erythromycin pollutants by a novel nanobiosorbent from crosslinked nanosilica with nanobiochar and chitosan" @default.
- W4387394080 cites W1910032665 @default.
- W4387394080 cites W1989077428 @default.
- W4387394080 cites W1994808204 @default.
- W4387394080 cites W1998726706 @default.
- W4387394080 cites W2004104920 @default.
- W4387394080 cites W2037967552 @default.
- W4387394080 cites W2046091448 @default.
- W4387394080 cites W2068892085 @default.
- W4387394080 cites W2102658426 @default.
- W4387394080 cites W2473253232 @default.
- W4387394080 cites W2474146349 @default.
- W4387394080 cites W2478813038 @default.
- W4387394080 cites W2527692788 @default.
- W4387394080 cites W2555691810 @default.
- W4387394080 cites W2602097669 @default.
- W4387394080 cites W2741362835 @default.
- W4387394080 cites W2767093869 @default.
- W4387394080 cites W2787306117 @default.
- W4387394080 cites W2797630566 @default.
- W4387394080 cites W2804891424 @default.
- W4387394080 cites W2888368435 @default.
- W4387394080 cites W2895065152 @default.
- W4387394080 cites W2898913148 @default.
- W4387394080 cites W2905543910 @default.
- W4387394080 cites W2910783193 @default.
- W4387394080 cites W2920879627 @default.
- W4387394080 cites W2921792933 @default.
- W4387394080 cites W2946191925 @default.
- W4387394080 cites W2951125231 @default.
- W4387394080 cites W2962241712 @default.
- W4387394080 cites W2966685832 @default.
- W4387394080 cites W2988055835 @default.
- W4387394080 cites W2996024185 @default.
- W4387394080 cites W3013930499 @default.
- W4387394080 cites W3015918003 @default.
- W4387394080 cites W3023408544 @default.
- W4387394080 cites W3034865744 @default.
- W4387394080 cites W3037140452 @default.
- W4387394080 cites W3082341483 @default.
- W4387394080 cites W3084252180 @default.
- W4387394080 cites W3106991395 @default.
- W4387394080 cites W3123320156 @default.
- W4387394080 cites W3125609415 @default.
- W4387394080 cites W3127719660 @default.
- W4387394080 cites W3135235453 @default.
- W4387394080 cites W3155193122 @default.
- W4387394080 cites W3158599799 @default.
- W4387394080 cites W3177057929 @default.
- W4387394080 cites W3181463310 @default.
- W4387394080 cites W3195256098 @default.
- W4387394080 cites W3202494921 @default.
- W4387394080 cites W4206933799 @default.
- W4387394080 cites W4281655937 @default.
- W4387394080 cites W4308032949 @default.
- W4387394080 cites W4311089683 @default.
- W4387394080 cites W4312056112 @default.
- W4387394080 cites W4314936792 @default.
- W4387394080 cites W4321612115 @default.
- W4387394080 cites W4324138786 @default.
- W4387394080 cites W4365815314 @default.
- W4387394080 cites W4367317252 @default.
- W4387394080 doi "https://doi.org/10.1016/j.inoche.2023.111557" @default.
- W4387394080 hasPublicationYear "2023" @default.
- W4387394080 type Work @default.
- W4387394080 citedByCount "0" @default.
- W4387394080 crossrefType "journal-article" @default.
- W4387394080 hasAuthorship W4387394080A5011414613 @default.
- W4387394080 hasAuthorship W4387394080A5056519056 @default.
- W4387394080 hasAuthorship W4387394080A5064845474 @default.
- W4387394080 hasConcept C12143843 @default.
- W4387394080 hasConcept C127413603 @default.
- W4387394080 hasConcept C13965031 @default.
- W4387394080 hasConcept C150394285 @default.
- W4387394080 hasConcept C17538187 @default.
- W4387394080 hasConcept C178790620 @default.
- W4387394080 hasConcept C185592680 @default.
- W4387394080 hasConcept C20976626 @default.
- W4387394080 hasConcept C2779155187 @default.
- W4387394080 hasConcept C2779732960 @default.
- W4387394080 hasConcept C42360764 @default.
- W4387394080 hasConcept C82685317 @default.
- W4387394080 hasConcept C87717796 @default.
- W4387394080 hasConcept C94061648 @default.
- W4387394080 hasConceptScore W4387394080C12143843 @default.
- W4387394080 hasConceptScore W4387394080C127413603 @default.
- W4387394080 hasConceptScore W4387394080C13965031 @default.
- W4387394080 hasConceptScore W4387394080C150394285 @default.
- W4387394080 hasConceptScore W4387394080C17538187 @default.
- W4387394080 hasConceptScore W4387394080C178790620 @default.
- W4387394080 hasConceptScore W4387394080C185592680 @default.