… The cationic dye Methylene Blue (MB) was used as a probe to … optimization was performed
using Box-Behnken design (BBD). The BBD statistical method enables process optimization …

… The effect of the key adsorption parameters such as A: SAMKC dose, B: solution pH, C: …
of MB dye were statistically optimized using Box–Behnken design. The adsorption isotherm at …

… To the best of our knowledge, the optimization of the influence of … optimization of temperature,
time and KOH concentration to produce material with high surface area and adsorption …

… The design of the experiment for optimization of variables for … three variables that are to be
optimized. The range of values for … Table 1 presents the range of values of optimized variables …

… This methodology is herein adopted for the optimization of process parameters for MB … 15
batch adsorption experiments to optimize the removal efficiency (%) and adsorption capacity (…

… optimized acacia wood-based activated carbon (AWAC) as an adsorbent for methylene blue
… BET surface area, mesopore surface area, and pore volume of optimized AWAC were found …

… ) impact the adsorption process and … for optimizing the role of independent factors, including
MSPAC dosage (A), MB solution pH (B), and adsorption time (C) on the MB dye adsorption …

… statistical model that helps in optimizing different parameters and their interaction [… optimization
of process conditions for desorption of MB from adsorbent coating. Statistical optimization …

… optimize the mentioned factors of the adsorption behavior of the SWCNT-NH 2 for the removal
of methylene blue … no detailed study reported L 9 OA optimization for using SWCNT-NH 2 …

… Optimization studies have been done effectively using the Response Surface Methodology
(… The purpose of this study is to optimize the adsorptive removal of Methylene Blue dye on Ho-…