Optimization of Methylene Blue Adsorption Using Hydrothermal Carbonization Chamaerops humilis-Derived Activated Carbon: A Response Surface Methodology Approach
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Key Points
Adsorption effectiveness for methylene blue reached over 99.66% due to optimized conditions.
Response surface methodology identified optimal parameters like pH and stirring speed for adsorption.
Brunauer-Emmett-Teller surface area greatly increased post-activation, enhancing adsorption capability.
SEM imaging confirmed the development of a porous structure, vital for effective adsorption.
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Implication
This analysis optimizes methylene blue adsorption in CHHAC using response surface methodology, highlighting adsorption efficiency.