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Cited by 609 publications
(322 citation statements)
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“…At pH \ pH pzc , the carbon surface has a net positive charge, while at pH [ pH pzc the surface has a net negative charge (Al-Degs et al 2000). Cation adsorption becomes enhanced at higher than the pHpzc, while adsorption of anions is equally enhanced at pH less than pHpzc (Almeidal et al 2009;Farahani et al 2011). This is consistent with the value of Boehm titration, showing the dominance of acidic groups on the surface of the prepared adsorbents ( Table 2).…”
Section: Energy Dispersive X-raysupporting
confidence: 87%
“…At pH \ pH pzc , the carbon surface has a net positive charge, while at pH [ pH pzc the surface has a net negative charge (Al-Degs et al 2000). Cation adsorption becomes enhanced at higher than the pHpzc, while adsorption of anions is equally enhanced at pH less than pHpzc (Almeidal et al 2009;Farahani et al 2011). This is consistent with the value of Boehm titration, showing the dominance of acidic groups on the surface of the prepared adsorbents ( Table 2).…”
Section: Energy Dispersive X-raysupporting
confidence: 87%
“…It is well known that organo-bentonite, which belongs to montmorillonite clay (MC), has a lattice with positive of thermal expansion coefficient, so that any temperature increase in the system will promote penetration process of adsorbate onto adsorbent surface layer [4,20]. …”
Section: Effect Of Temperaturementioning
confidence: 99%
“…Adsorption isotherm is the most important part for illustrating the mechanism of distributed adsorbate molecules between the liquid phase and the solid phase at equilibrium state [1,4]. Equilibrium adsorption isotherm is vital to the design in adsorption systems and provides valuable information in determining adsorbent surface characteristics whether it is homogeneous or heterogeneous [2].…”
Section: Adsorption Isothermmentioning
confidence: 99%
See 1 more Smart Citation
“…Adsorption study has attracted considerable interest as a feasible procedure for removing dyes from effluents. Literature review show different methods and various adsorbents such as activated carbon [3], tea waste [4], clay [5], zeolite [6], MCM-22 [7], waste wood [8], biomaterials [9], polymer [10] and composite membrane [11] have been developed for dye removal.…”
Section: Introductionmentioning
confidence: 99%