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Isotherm analyses for single component and multi‐component metal sorption onto lignite
272
Citations
14
References
1995
Year
Materials ScienceBiomass UtilizationChemical EngineeringEngineeringSingle ComponentBioremediationLangmuir ConstantsWater PurificationEnvironmental RemediationSorption CoolingActivated CarbonAdsorptionChemistryMineral ProcessingLigninLignin ChemistryCompetitive UptakeMulti‐component Metal Sorption
Abstract The adsorption of the three metal ions, copper, cadmium and zinc in single component and multi‐component mixtures in aqueous solutions by lignite is reported. A comparison is made between the single component saturation uptake and the multi‐component uptakes. The isotherms indicate a competitive uptake with copper being preferentially absorbed by the lignite in multi‐component solutions. The isotherms are plotted to obtain the Langmuir constants, the Freundlich constants and the Redlich–Peterson constants. Lignite is shown to possess an affinity for the metal ions which make its use as an adsorbent a possible alternative to the use of more expensive activated carbons.
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