… carbon-alginate beads for the adsorption of methylene blue (MB) textile dye from aqueous
solution. The surface morphology, surface … for high surface area mesoporous activated carbon…

… easily recoverable adsorbent to be used for efficient removal of MB and MB like other dyes.
… has high surface area and high adsorption capability for MB removal, while the use of high …

… and pore size distribution, and the adsorption capacity is essential for the selection of the
most appropriate adsorbent for the effective removal and control of the dyes. Graham [17] …

… Activated carbon is often used in adsorption processes due to its high surface area, which
leads to high … is attributed to the diffusion from mesopores and macropores to micropores. The …

… the surface area thus decreasing the adsorption capacity [25]. The KKA … Activated
carbonalginate beads MB … , Peach gum for efficient removal of methylene blue and methyl violet …

… These particles are high in surface area and have the ability to … Activated carbon Alginate
beads were successfully prepared using DV leaves and were investigated for the removal of …

… Due to the high amount of used AC they obtained beads with a high surface area while the
… the Alg and the obtained composite had mesoporous construction. CAlg/ACB composite …

… The adsorption process requires a very large surface area adsorbent, good thermal and …
adsorbents to remove dyes including methylene blue. Activated carbon-alginate composite …

… for the efficient elimination of pollutants like methylene blue from … The beads exhibit a porous
structure and high surface area, … However, for the activated carbon/Alginate composites, the …

… Surface area properties were measured at 77 K using a surface area analyzer (… Lower BET
surface area for OMC-alginate beads (209.7 m 2 g −1 ) is expected due to enlarged particle …