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- 01JE60RPQATZY654B2ANBRXQPV classification A1.
- 01JE60RPQATZY654B2ANBRXQPV date "2024".
- 01JE60RPQATZY654B2ANBRXQPV language "eng".
- 01JE60RPQATZY654B2ANBRXQPV type journalArticle.
- 01JE60RPQATZY654B2ANBRXQPV hasPart 01JE60W2P1FH4SR3CB5TN8BYHN.pdf.
- 01JE60RPQATZY654B2ANBRXQPV hasPart 01JE60WM118348G9ZRRZH9HG7Y.docx.
- 01JE60RPQATZY654B2ANBRXQPV subject "Chemistry".
- 01JE60RPQATZY654B2ANBRXQPV subject "Technology and Engineering".
- 01JE60RPQATZY654B2ANBRXQPV doi "10.1016/j.jwpe.2024.106548".
- 01JE60RPQATZY654B2ANBRXQPV issn "2214-7144".
- 01JE60RPQATZY654B2ANBRXQPV volume "68".
- 01JE60RPQATZY654B2ANBRXQPV abstract "This study developed a novel photocatalytic nanocomposite via in situ polymerization with 3 % blend of graphene oxide (GO), magnetite (Fe3O4) and silver nanoparticle (Ag-Nps) from AgNO3. Also, the process applied a new Fenton mediative approach for efficient abatement of toxic dye molecules in textile effluent under an energy-efficient source. The research focused on modeling and optimizing photocatalytic degradation of methylene blue dye (10 mg/L), using the most influencing variables such as pH (3-7), photocatalyst dosage (10-30 mg/100 mL) and irradiation time (20-90 min). The study demonstrated high photocatalytic efficiency for a 2.27 eV bandgap photocatalyst under 18 W visible LED light irradiation. The selected statistical model at optimized conditions allowed effective treatment of heavily polluted dye effluent from the flax textile industry, assessing efficiency via physicochemical property changes. The result suggested the selected quadratic model whose value of R-Adjusted(2) was close to R-predicted(2) with good correlation and reliability. All experimental variables via the analysis of variance were statistically significant (p-values <0.0001), with irradiation time and photocatalyst dosage having the greatest interactive influence on dye-effluent photocatalysis. Also, the optimization of the response gave an efficiency of 96.10 % which was validated by 5 repetitive experimental runs having an efficiency of 95.8 % +/- 0.05 at selected optimized conditions of 79.24 min, 5.25 pH and dose of 21.76 mg/ 100 mL effluent. Thereafter, at the optimized conditions and 360 min of irradiation, 95.99 % dye effluent treatment were achieved. Thus, the study presents versatile industrial photocatalysts for treating heavily polluted dye effluent.".
- 01JE60RPQATZY654B2ANBRXQPV author 3addc691-c544-11ee-a4f9-c956278a7d41.
- 01JE60RPQATZY654B2ANBRXQPV author FAD54460-F0ED-11E1-A9DE-61C894A0A6B4.
- 01JE60RPQATZY654B2ANBRXQPV author urn:uuid:80c4439f-a167-4cb6-9779-a147c6224a94.
- 01JE60RPQATZY654B2ANBRXQPV author urn:uuid:c795329b-4f4a-4522-acb2-cc943b6229c4.
- 01JE60RPQATZY654B2ANBRXQPV author urn:uuid:ccd82870-de32-470e-aa07-a2667da7a9cd.
- 01JE60RPQATZY654B2ANBRXQPV author urn:uuid:e2646da5-1362-4bd4-b8ae-6358127f394b.
- 01JE60RPQATZY654B2ANBRXQPV dateCreated "2024-12-03T10:24:00Z".
- 01JE60RPQATZY654B2ANBRXQPV dateModified "2024-12-12T21:14:29Z".
- 01JE60RPQATZY654B2ANBRXQPV name "Process modeling and optimization of photocatalytic treatment of dye-polluted effluent using novel polyaniline/graphene oxide-Fe3O4-Ag nanocomposites".
- 01JE60RPQATZY654B2ANBRXQPV pagination urn:uuid:1826a048-c7d1-4dc7-8c3d-2099966e34a4.
- 01JE60RPQATZY654B2ANBRXQPV sameAs LU-01JE60RPQATZY654B2ANBRXQPV.
- 01JE60RPQATZY654B2ANBRXQPV sourceOrganization urn:uuid:d99e6394-6d0f-4a88-a57b-f1b4f8a3a2b9.
- 01JE60RPQATZY654B2ANBRXQPV type A1.