Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285301873> ?p ?o ?g. }
- W4285301873 endingPage "647" @default.
- W4285301873 startingPage "631" @default.
- W4285301873 abstract "Abstract The enormous industrial usage of nickel during its manufacture and recycling has led to widespread environmental pollution. This study was designed to examine the ability of Gelidium amansii biomass to biosorb Ni 2+ ions from an aqueous solution. Six independent variables, including contact time (1.0 and 3.0 h), pH (4 and 7), Ni 2+ concentration (25 and 200 mg·L −1 ), temperature (25°C and 50°C), G. amansii biomass (1.0 and 4.0 g·L −1 ), and agitation mode (agitation or static), were investigated to detect the significance of each factor using a Plackett–Burman design. The analysis of variance for the Ni 2+ biosorption percentage indicated that three independent variables (contact time, temperature, and agitation–static mode) exhibited a high level of significance in the Ni 2+ biosorption process. Twenty experiments were conducted containing six axial, eight factorial, and six replicates points at center points. The resulting face-centered central composite design analysis data for the biosorption of Ni 2+ exhibited a very large variation in the removal percentage of Ni 2+ , which ranged from 29.73 to 100.00%. The maximum Ni 2+ biosorption percentage was achieved in the 16th run with an experimental percentage quantified as 100.00% under the experimental conditions of 3 h of incubation time and 45°C with 100 rpm for agitation speed." @default.
- W4285301873 created "2022-07-14" @default.
- W4285301873 creator A5003462777 @default.
- W4285301873 creator A5025821435 @default.
- W4285301873 creator A5035289044 @default.
- W4285301873 creator A5056127423 @default.
- W4285301873 creator A5073593622 @default.
- W4285301873 creator A5081609675 @default.
- W4285301873 creator A5088506875 @default.
- W4285301873 date "2022-01-01" @default.
- W4285301873 modified "2023-09-30" @default.
- W4285301873 title "A cost-effective and eco-friendly biosorption technology for complete removal of nickel ions from an aqueous solution: Optimization of process variables" @default.
- W4285301873 cites W1790744752 @default.
- W4285301873 cites W1972527463 @default.
- W4285301873 cites W1978299672 @default.
- W4285301873 cites W1982280353 @default.
- W4285301873 cites W1983992316 @default.
- W4285301873 cites W1986776292 @default.
- W4285301873 cites W1997870980 @default.
- W4285301873 cites W2001972794 @default.
- W4285301873 cites W2002336907 @default.
- W4285301873 cites W2003174443 @default.
- W4285301873 cites W2009331359 @default.
- W4285301873 cites W2010616276 @default.
- W4285301873 cites W2014096918 @default.
- W4285301873 cites W2016902022 @default.
- W4285301873 cites W2018243716 @default.
- W4285301873 cites W2036523949 @default.
- W4285301873 cites W2055332457 @default.
- W4285301873 cites W2068515533 @default.
- W4285301873 cites W2068632715 @default.
- W4285301873 cites W2086492725 @default.
- W4285301873 cites W2096360180 @default.
- W4285301873 cites W2097544281 @default.
- W4285301873 cites W2130416420 @default.
- W4285301873 cites W2147201572 @default.
- W4285301873 cites W2148373742 @default.
- W4285301873 cites W2161976936 @default.
- W4285301873 cites W2165237919 @default.
- W4285301873 cites W2301948711 @default.
- W4285301873 cites W2303713156 @default.
- W4285301873 cites W2523614207 @default.
- W4285301873 cites W2604972304 @default.
- W4285301873 cites W2606109753 @default.
- W4285301873 cites W2608063339 @default.
- W4285301873 cites W2762513057 @default.
- W4285301873 cites W2768800275 @default.
- W4285301873 cites W2789761631 @default.
- W4285301873 cites W2790571808 @default.
- W4285301873 cites W2794968588 @default.
- W4285301873 cites W2811126126 @default.
- W4285301873 cites W2811328531 @default.
- W4285301873 cites W2891924884 @default.
- W4285301873 cites W2894942963 @default.
- W4285301873 cites W2919955757 @default.
- W4285301873 cites W2923645696 @default.
- W4285301873 cites W2931487236 @default.
- W4285301873 cites W2939235886 @default.
- W4285301873 cites W2984470717 @default.
- W4285301873 cites W2986289242 @default.
- W4285301873 cites W2998579208 @default.
- W4285301873 cites W3006868064 @default.
- W4285301873 cites W3114815613 @default.
- W4285301873 cites W3119402681 @default.
- W4285301873 cites W3139652018 @default.
- W4285301873 cites W3183373636 @default.
- W4285301873 cites W3203341799 @default.
- W4285301873 cites W3204838094 @default.
- W4285301873 cites W3207711381 @default.
- W4285301873 cites W4212933560 @default.
- W4285301873 cites W566632165 @default.
- W4285301873 doi "https://doi.org/10.1515/gps-2022-0064" @default.
- W4285301873 hasPublicationYear "2022" @default.
- W4285301873 type Work @default.
- W4285301873 citedByCount "2" @default.
- W4285301873 countsByYear W42853018732022 @default.
- W4285301873 countsByYear W42853018732023 @default.
- W4285301873 crossrefType "journal-article" @default.
- W4285301873 hasAuthorship W4285301873A5003462777 @default.
- W4285301873 hasAuthorship W4285301873A5025821435 @default.
- W4285301873 hasAuthorship W4285301873A5035289044 @default.
- W4285301873 hasAuthorship W4285301873A5056127423 @default.
- W4285301873 hasAuthorship W4285301873A5073593622 @default.
- W4285301873 hasAuthorship W4285301873A5081609675 @default.
- W4285301873 hasAuthorship W4285301873A5088506875 @default.
- W4285301873 hasBestOaLocation W42853018731 @default.
- W4285301873 hasConcept C105795698 @default.
- W4285301873 hasConcept C111374699 @default.
- W4285301873 hasConcept C115540264 @default.
- W4285301873 hasConcept C127413603 @default.
- W4285301873 hasConcept C13965031 @default.
- W4285301873 hasConcept C150077022 @default.
- W4285301873 hasConcept C150394285 @default.
- W4285301873 hasConcept C169222746 @default.
- W4285301873 hasConcept C178790620 @default.
- W4285301873 hasConcept C184651966 @default.
- W4285301873 hasConcept C185592680 @default.
- W4285301873 hasConcept C18903297 @default.