Matches in SemOpenAlex for { <https://semopenalex.org/work/W3198436767> ?p ?o ?g. }
- W3198436767 endingPage "106282" @default.
- W3198436767 startingPage "106282" @default.
- W3198436767 abstract "In this study, a strong acid gel cation exchanger (C100) impregnated with hydrated ferric hydroxide (HFO) nanoparticles (C100-Fe) was synthesized, characterized, and validated for application as a novel adsorbent to remove lead (Pb2+) from industrial lead-acid battery wastewater. Analysis with a SEM-EDS showed high concentrations of iron doped and distributed within the gel phase of the parent cation exchanger up to 8.60 wt%. HFO nanoparticles were 20–100 nm in size according to transmission electron microscopy. The C100-Fe adsorbent was applied to remove trace Pb2+(150 µg/L) using NSF/ANSI standard 53 challenge that included competing ions. The results demonstrated that C100-Fe could remove Pb2+ up to 15,000 bed volumes (BVs) at a breakthrough cutoff of 50 µg/L, whereas the granular activated carbon (GAC), GAC impregnated with HFO nanoparticles (GAC-Fe), and the parent cation exchanger (C100) were able to treat only 1200, 1700, and 3500 BVs before breakthrough, respectively. Due to amphoteric behavior of hydrated ferric hydroxide, C100-Fe could be regenerated and reused with 10 BVs of 0.5% HNO3 solution. Wastewater from a battery manufacturing plant containing 5.0 mg Pb2+/L along with 250 mg Ca2+/L was also used to test the performance of C100-Fe in both lab scale and onsite pilot scale. C100-Fe selectively removed Pb2+ for approximately 6500 BVs (breakthrough at 0.2 mg/L), while the C100, GAC, and GAC-Fe treated the same wastewater for only 400, 900, and 1500 BVs, respectively. The results confirmed that C100-Fe can be efficaciously applied for lead removal and achieve both drinking and industrial wastewater standards. The results from the onsite pilot scale test conducted over 30 consecutive days confirmed the robust material can be used to supplement the traditional coprecipitation method." @default.
- W3198436767 created "2021-09-13" @default.
- W3198436767 creator A5003457699 @default.
- W3198436767 creator A5005400467 @default.
- W3198436767 creator A5015705400 @default.
- W3198436767 creator A5028901190 @default.
- W3198436767 creator A5053044483 @default.
- W3198436767 creator A5087478694 @default.
- W3198436767 date "2021-10-01" @default.
- W3198436767 modified "2023-09-30" @default.
- W3198436767 title "Selective removal of Pb from lead-acid battery wastewater using hybrid gel cation exchanger loaded with hydrated iron oxide nanoparticles: Fabrication, characterization, and pilot-scale validation" @default.
- W3198436767 cites W1967407517 @default.
- W3198436767 cites W1967839793 @default.
- W3198436767 cites W1973514861 @default.
- W3198436767 cites W1976411592 @default.
- W3198436767 cites W1981194112 @default.
- W3198436767 cites W1986873432 @default.
- W3198436767 cites W1989730472 @default.
- W3198436767 cites W1991878788 @default.
- W3198436767 cites W1999005020 @default.
- W3198436767 cites W2003364314 @default.
- W3198436767 cites W2003592153 @default.
- W3198436767 cites W2004659972 @default.
- W3198436767 cites W2014468461 @default.
- W3198436767 cites W2018553830 @default.
- W3198436767 cites W2033904036 @default.
- W3198436767 cites W2035713614 @default.
- W3198436767 cites W2038467663 @default.
- W3198436767 cites W2040558385 @default.
- W3198436767 cites W2045552031 @default.
- W3198436767 cites W2046432859 @default.
- W3198436767 cites W2059859353 @default.
- W3198436767 cites W2060776552 @default.
- W3198436767 cites W2068970217 @default.
- W3198436767 cites W2071701504 @default.
- W3198436767 cites W2072331739 @default.
- W3198436767 cites W2079911494 @default.
- W3198436767 cites W2080305550 @default.
- W3198436767 cites W2083123592 @default.
- W3198436767 cites W2083442930 @default.
- W3198436767 cites W2101309799 @default.
- W3198436767 cites W2151699770 @default.
- W3198436767 cites W2159727241 @default.
- W3198436767 cites W2188481320 @default.
- W3198436767 cites W2221205060 @default.
- W3198436767 cites W2313745124 @default.
- W3198436767 cites W2325981146 @default.
- W3198436767 cites W2326213926 @default.
- W3198436767 cites W2334474592 @default.
- W3198436767 cites W2334547184 @default.
- W3198436767 cites W2398334696 @default.
- W3198436767 cites W2521890168 @default.
- W3198436767 cites W253360947 @default.
- W3198436767 cites W2557085518 @default.
- W3198436767 cites W2562462002 @default.
- W3198436767 cites W2585492571 @default.
- W3198436767 cites W2604671939 @default.
- W3198436767 cites W2752716646 @default.
- W3198436767 cites W2754348707 @default.
- W3198436767 cites W2767027547 @default.
- W3198436767 cites W2779637982 @default.
- W3198436767 cites W2794580458 @default.
- W3198436767 cites W2799564541 @default.
- W3198436767 cites W2808119684 @default.
- W3198436767 cites W2885895269 @default.
- W3198436767 cites W2889543021 @default.
- W3198436767 cites W2903064927 @default.
- W3198436767 cites W2903317521 @default.
- W3198436767 cites W2913484186 @default.
- W3198436767 cites W2942954252 @default.
- W3198436767 cites W2954257015 @default.
- W3198436767 cites W2967971539 @default.
- W3198436767 cites W2990185804 @default.
- W3198436767 cites W2994222052 @default.
- W3198436767 cites W2995388478 @default.
- W3198436767 cites W3031872445 @default.
- W3198436767 cites W657950670 @default.
- W3198436767 doi "https://doi.org/10.1016/j.jece.2021.106282" @default.
- W3198436767 hasPublicationYear "2021" @default.
- W3198436767 type Work @default.
- W3198436767 sameAs 3198436767 @default.
- W3198436767 citedByCount "9" @default.
- W3198436767 countsByYear W31984367672021 @default.
- W3198436767 countsByYear W31984367672022 @default.
- W3198436767 countsByYear W31984367672023 @default.
- W3198436767 crossrefType "journal-article" @default.
- W3198436767 hasAuthorship W3198436767A5003457699 @default.
- W3198436767 hasAuthorship W3198436767A5005400467 @default.
- W3198436767 hasAuthorship W3198436767A5015705400 @default.
- W3198436767 hasAuthorship W3198436767A5028901190 @default.
- W3198436767 hasAuthorship W3198436767A5053044483 @default.
- W3198436767 hasAuthorship W3198436767A5087478694 @default.
- W3198436767 hasConcept C117760992 @default.
- W3198436767 hasConcept C127413603 @default.
- W3198436767 hasConcept C13965031 @default.
- W3198436767 hasConcept C145148216 @default.
- W3198436767 hasConcept C150394285 @default.
- W3198436767 hasConcept C155672457 @default.