… It is shown that film–pore diffusion model satisfactorily describe kinetics of methylene blue
adsorption onto the three low-cost adsorbents, Guava, teak and gulmohar plant leaf powders, …

… [26] synthesized a geopolymer from fly ashes and investigated the methylene dye adsorption
from liquid solutions. This geopolymer presented an adsorption efficiency of 37 mg g –1 . …

… In order to determine the qualities of the manufactured activated carbon, measurements of
the adsorption of the dyes methylene blue and iodine from their aqueous solutions are made, …

… In another study, the PCA, ANFIS, and GA was applied to forecast and optimize the
effectiveness of the Pistacia khinjuk activated carbon for methylene blue adsorption [28]. Briefly, a …

… Specific surface area and methylene blue adsorption were selected as performance properties
for preparation conditions in the paper. Specific surface area (SSA) was measured by the …

… As a novel sorbent, it was used in removing cationic dyes of natural red, methylene blue,
and rhodamine 6G. The influences of contact time, pH, dye concentration, and ionic strength on …

… piperita, Pistacia khinjuk (pistachio), and Trachyspermum ammi (ajowan) was demonstrated
… Viability was assessed by the methylene blue exclusion test [ 8]. Viable and free …

… The genus Pistacia is one of the vast and most critical medicinal genera of the … Pistacia
atlantica Desf represents one of the common species of pistachio trees, due to its various …

… -MNPs) were synthesized and used to remove methylene blue [29]. Polyacrylic acid-bound …
Methyl blue was purchased from the Kermel Chemical. Acid dyes were dissolved in distilled …

… They could not be used for identification of the subspecies; that is, Pistacia lentiscus (mastic),
Pistacia atlanticus, Pistacia terebinthus and Pistacia khinjuk. Differentiation is only possible …