The Scientific World Journal / 2021 / Article / Tab 5 / Research Article
On the Suitability of Almond Shells for the Manufacture of a Natural Low-Cost Bioadsorbent to Remove Brilliant Green: Kinetics and Equilibrium Isotherms Study Table 5 Example of data from studies of different adsorbents used for removal of different dyes.
Adsorbent Adsorbate Amount of adsorption (mg/g) Kinetic model Adsorption isotherm Reference ASP BG dye 58.13 Pseudo-second-order Langmuir Present study Bambusa Tulda-Na2 CO3 BG dye 41.67 Pseudo-second-order Langmuir [37 ] Bambusa Tulda-HCL BG dye 31.25 Pseudo-second-order Langmuir [37 ] Areca nut husk BG dye 18.21 Pseudo-second-order Langmuir [45 ] Pinus roxburghii leavesBG dye 71.42 Pseudo-second-order Langmuir [46 ] Bagasse fly ash BG dye 133.33 Pseudo-second-order Langmuir [47 ] Luffa cylindrical sponge BG dye 18.20 Pseudo-second-order Langmuir [48 ] Almond shell Methylene blue 833.33 Pseudo-second-order Langmuir [49 ] Almond shell Crystal violet 625 Pseudo-second-order Langmuir [49 ] Almond shell Rhodamine 6G 32.6 Pseudo-second-order Langmuir [50 ] Almond shell 2-Picoline 288.57 Pseudo-second-order Langmuir [44 ] Walnut shells powder Methylene blue 178.9 Pseudo-second-order Langmuir [10 ] Walnut sawdust Methylene blue 59.17 Pseudo-second-order Langmuir [51 ] Apricot shell Bisphenol A 51.91 Pseudo-second-order Langmuir [52 ] Apricot shell Atrazine 56.91 Pseudo-second-order Freundlich [52 ] Pineapple leaf powder Crystal violet 78.22 Pseudo-second-order Langmuir [53 ] Punica granatum shell Crystal violet 50.21 Pseudo-second-order Langmuir [54 ] Tea waste Astrazon blue FGRL 263.16 Not cited Freundlich [55 ]
