Microwave Optimization of the Process for Obtaining Activated Carbon from Agricultural Waste
Author(s)
Roberto Antonio Canales Flores , Francisco Prieto Garcia , Judith Prieto Mendez , Eliazar Aquino Torres ,
Download Full PDF Pages: 08-42 | Views: 53 | Downloads: 15 | DOI: 10.5281/zenodo.11408567
Abstract
Carbons activated from lignocellulosic residues by pyrolysis and chemical activation by microwaves and evaluating adsorbent capacity with methylene blue were objectives of the work. Optimum pyrolysis conditions: 400 ºC, 30 min, 2 g of precursor, N2 flow of 150 cm3N2/min and heating rate of 20 ºC/min, yields of 33% and %C of 44-68%. Carbons with anionic surface charges, megaporous structures and less active surfaces for adsorption. Optimum conditions for chemical activation by microwaves: 200 W, 4 min, 60% H3PO4 and 200 cm3N2/min, yields 72-96%, with %C 61-68%. Carbons with larger active surfaces, highly developed mesoporous structures, and a greater number of active sites. Chemisorption, limiting step of the process. Microwave radiation produced specific effects on the surface chemistry, increased C/O ratio, decreased functional groups with acidic oxygen, giving basic activated carbons, effective for methylene blue adsorption
Keywords
optimization, activated carbons, Agave salmiana, isotherms, methylene blue
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