Matches in SemOpenAlex for { <https://semopenalex.org/work/W3043816402> ?p ?o ?g. }
- W3043816402 endingPage "122728" @default.
- W3043816402 startingPage "122728" @default.
- W3043816402 abstract "The eutrophication of water bodies due to excessive amounts of nutrients is an ongoing issue that coincides with the depletion of the commercial and affordable phosphorus reserves that are required for food production. This paper presents the investigation of Advanced Green Environmental Media (AGEM) for nutrient removal and recovery, in stormwater runoff or agricultural discharge, via a laboratory-scale fixed-bed column study. The water filtration media mix of AGEM was compared to existing Iron-filings Based Green Environmental Media (IFGEM) for performance assessment. Synergistic effects among iron, aluminum, and clay resulted in different capacities for removal and recovery of ammonia, nitrate, and phosphate simultaneously in IFGEM and AGEM due to their different sorption functionalities. Research findings indicate that AGEM and IFGEM removed 52% and 42% of the nitrate load, respectively. While both filtration media exhibited elevated phosphate removal than before, 98% and 96% of the total phosphate load can be removed by IFGEM and AGEM, respectively. The discovery that the AGEM mix exhibited synergy among clay, iron, and aluminum particles with higher application potential on a long-term basis is the first of its kind in water filtration media. In this process, optimal phosphate removal was achieved by utilizing ammonia, a byproduct of nitrate reduction, which precipitated to form ammonium-phosphate salt. Finally, the synergistic effects of iron, aluminum, and clay for promoting urban farming, stormwater treatment, and hydrogen gas production simultaneously was confirmed in an urban food-energy-water nexus." @default.
- W3043816402 created "2020-07-23" @default.
- W3043816402 creator A5016322340 @default.
- W3043816402 creator A5019433309 @default.
- W3043816402 creator A5022487801 @default.
- W3043816402 creator A5066628333 @default.
- W3043816402 date "2020-12-01" @default.
- W3043816402 modified "2023-09-23" @default.
- W3043816402 title "Synergistic effects of aluminum/iron oxides and clay minerals on nutrient removal and recovery in water filtration media" @default.
- W3043816402 cites W1264133972 @default.
- W3043816402 cites W1868665179 @default.
- W3043816402 cites W1967066710 @default.
- W3043816402 cites W1969252297 @default.
- W3043816402 cites W1974291514 @default.
- W3043816402 cites W1974345483 @default.
- W3043816402 cites W1978672919 @default.
- W3043816402 cites W1978705920 @default.
- W3043816402 cites W1980621121 @default.
- W3043816402 cites W1993030733 @default.
- W3043816402 cites W1996805765 @default.
- W3043816402 cites W1998093298 @default.
- W3043816402 cites W2001293540 @default.
- W3043816402 cites W2004046299 @default.
- W3043816402 cites W2007339192 @default.
- W3043816402 cites W2009451896 @default.
- W3043816402 cites W2010541141 @default.
- W3043816402 cites W2031434047 @default.
- W3043816402 cites W2032288585 @default.
- W3043816402 cites W2032611441 @default.
- W3043816402 cites W2034155452 @default.
- W3043816402 cites W2035758570 @default.
- W3043816402 cites W2040124254 @default.
- W3043816402 cites W2041524445 @default.
- W3043816402 cites W2051499294 @default.
- W3043816402 cites W2056321766 @default.
- W3043816402 cites W2065882203 @default.
- W3043816402 cites W2066652909 @default.
- W3043816402 cites W2067063200 @default.
- W3043816402 cites W2070321249 @default.
- W3043816402 cites W2071765964 @default.
- W3043816402 cites W2073503404 @default.
- W3043816402 cites W2075355516 @default.
- W3043816402 cites W2075843338 @default.
- W3043816402 cites W2091580537 @default.
- W3043816402 cites W2106626912 @default.
- W3043816402 cites W2111837327 @default.
- W3043816402 cites W2122768602 @default.
- W3043816402 cites W2130068364 @default.
- W3043816402 cites W2136963235 @default.
- W3043816402 cites W2141832487 @default.
- W3043816402 cites W2142171308 @default.
- W3043816402 cites W2151960697 @default.
- W3043816402 cites W2152484889 @default.
- W3043816402 cites W2155354612 @default.
- W3043816402 cites W2171743663 @default.
- W3043816402 cites W2179347432 @default.
- W3043816402 cites W2233970714 @default.
- W3043816402 cites W2323482686 @default.
- W3043816402 cites W2332404794 @default.
- W3043816402 cites W2418536248 @default.
- W3043816402 cites W2504698008 @default.
- W3043816402 cites W2582660055 @default.
- W3043816402 cites W2586267148 @default.
- W3043816402 cites W2610164605 @default.
- W3043816402 cites W2748141549 @default.
- W3043816402 cites W2766237852 @default.
- W3043816402 cites W2793827052 @default.
- W3043816402 cites W2804095379 @default.
- W3043816402 cites W2900866835 @default.
- W3043816402 cites W2903572376 @default.
- W3043816402 cites W2908914126 @default.
- W3043816402 cites W2916628446 @default.
- W3043816402 cites W2947221527 @default.
- W3043816402 cites W2951788015 @default.
- W3043816402 cites W2962412817 @default.
- W3043816402 cites W2963970157 @default.
- W3043816402 cites W2966365455 @default.
- W3043816402 cites W2970336796 @default.
- W3043816402 cites W2984467518 @default.
- W3043816402 cites W3006840115 @default.
- W3043816402 cites W3009137820 @default.
- W3043816402 cites W3009955318 @default.
- W3043816402 cites W3033046656 @default.
- W3043816402 cites W3042148487 @default.
- W3043816402 cites W4235727754 @default.
- W3043816402 cites W4237934430 @default.
- W3043816402 cites W4241517145 @default.
- W3043816402 cites W4245237646 @default.
- W3043816402 doi "https://doi.org/10.1016/j.jclepro.2020.122728" @default.
- W3043816402 hasPublicationYear "2020" @default.
- W3043816402 type Work @default.
- W3043816402 sameAs 3043816402 @default.
- W3043816402 citedByCount "14" @default.
- W3043816402 countsByYear W30438164022021 @default.
- W3043816402 countsByYear W30438164022022 @default.
- W3043816402 countsByYear W30438164022023 @default.
- W3043816402 crossrefType "journal-article" @default.
- W3043816402 hasAuthorship W3043816402A5016322340 @default.