Kinetic Modeling And Optimization Of Effective Parameters Of 4-Chlorophenol Wastewater Treatment In Adsorption Process With Activated Carbon/Magnetite Nanocatalyst In Aqueous Solution

2025/07/25 by Aminsharei, Farham, Astaraki, Mohammad, Jorfi, Sahand +2
#4-Chlorophenol #Active Carbon/Magnetite #Adsorbent #Kinetic Modeling

paper · doi:10.82433/jnree.2023.783439

Abstract

New Researches in Environmental Engineering,1(3),41

Related

• Investigating the efficiency of graphene oxide in the adsorption of 2-chlorophenol from aqueous solutions as an environmental pollutant
• Developing a New Model for Optimizing Response in Design of Experiments Considering Consumable Factors: Removal of Pollutant from Wastewater with Fe3O4/graphene Nano-sorbent
• Removal of cationic dye by high surface activated carbon prepared from biomass (date pits) by carbonization and activation processes
• Box–Behnken design for the optimization of methylene blue and methyl orange removal from aqueous solution by activated carbon
• Review and Modelling of Hexavalent Chromium Removal Efficiency of Bio-Sorption and Activated Carbon for Waste Water Treatment