Research Article
Development of Durian Rind/Polypyrrole Composite and Its Application in Removing of Anionic Dyes
Table 5
Comparison of DR/PPy towards the removal of dye with other adsorbents.
| Number | Adsorbents | Dyes | (mg g-1) | Ref. |
| 1 | MChs/PPy | Methyl orange/cationic crystal violet | 89.29/62.89 | [12] | 2 | Zirconium-immobilized bentonite | Methyl orange | 44.13 | [22] | 3 | Amine polymer-modified Fe3O4 | Amaranth | 226.40 | [27] | 4 | PPy/mw nanocomposite | Sunset yellow/Congo red | 212.10/147.00 | [28] | 5 | Imprinted polymer NPs | Sunset yellow | 144.60 | [23] | 6 | MWCNTs-PATMSPEDA-Pd-NPs | Sunset yellow/erythrosine | 59.17/38.76 | [24] | 7 | Activated carbon | Direct green 6 | 112.35 | [26] | 8 | Aminated avocado | Acid yellow 17/amaranth | 42.70/89.20 | [29] | 9 | Sisal/polypyrrole/polyaniline | Reactive orange 5 | 12.43 | [14] | 10 | PMMA/(rice husk ash)/polypyrrole | Tartrazine/indigo carmine | 165.70/142.90 | [30] | 11 | PPy/starch | Acid black dye | 66.60 | [25] | 12 | DR/PPy | Methyl orange/sunset yellow/amaranth | 193.05/171.23/147.71 | This work |
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