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• W4281623581 endingPage "106429" @default.
• W4281623581 startingPage "106429" @default.
• W4281623581 abstract "• A granular substrate from WPCS , bentonite and corncob is prepared for phosphate adsorption. • Mixture design method and response surface analysis are employed for optimization. • A trade-off between phosphate adsorptive properties and erosion wear resistance is achieved. • WPCS dominates the phosphate adsorption capacity , while bentonite and corncob are critical to the erosion wear resistance. • The phosphate adsorption capacity (34.44 mg g − 1 ) outcompeted traditional substrates. Wastewater post-coagulation sludge (WPCS) rich in amorphous Al/Fe can be reused as desirable adsorbents for phosphate (PO 4 -P). To address clogging issues in filter systems resulting from powder type, a granular substrate was prepared by co-pyrolyzing WPCS with bentonite and corncob. Mixture design method and response surface analysis were adopted to optimize the preparation condition. Results revealed the conflict and coordination of the components that PO 4 -P adsorption was positively correlated with WPCS content, while bentonite and corncob were indispensable for maximizing the erosion wear resistance. Pyrolyzing 70 wt.% WPCS, 25 wt.% bentonite and 5 wt.% corncob at 400 °C for 2 h under CO 2 atmosphere yield the optimized porous and anti-erosion substrate, which exhibited strong selectivity for PO 4 -P with a maximum adsorption capacity of 34.44 mg g − 1 . Ligand exchange between Al/Fe and PO 4 -P was the dominant adsorption mechanism. Developing value-added green substrates from waste by-products herein has significant environmental and economic benefits." @default.
• W4281623581 created "2022-06-13" @default.
• W4281623581 creator A5019966892 @default.
• W4281623581 creator A5038994209 @default.
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• W4281623581 date "2022-09-01" @default.
• W4281623581 modified "2023-10-13" @default.
• W4281623581 title "Preparation and assessment of granular substrate from wastewater post-coagulation sludge towards maximum phosphate adsorption and erosion wear resistance" @default.
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• W4281623581 doi "https://doi.org/10.1016/j.resconrec.2022.106429" @default.
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