CHARACTERIZATION OF MICROWAVE ACTIVATED CARBON DERIVED FROM THE MIXTURE OF PALM KERNEL AND COCONUT SHELLS
ABSTRACT
Palm Kernel Shell and Coconut Shell were utilized for the preparation of activated Carbon (AC) by microwave assisted NaCl/CaCl2 chemical activation at microwave radiation power of 700W and radiation time of 20 minutes. The activated carbon Samples were characterized by, Scanning Electron Microscopy (SEM) coupled with Energy Dispersive X-,Ray Spectroscopy, X- Ray Diffraction (XRD), moisture content, ash content and adsorption study. The moisture content in all the samples fall within the acceptable range of less than 70%, according to Tierney et al.,2006, which indicates that the adsorption of moisture by the samples is also less. Among the activated carbon samples, sample E has the least moisture content of 6.50 % and an ash content of 3.66%, which suggests that sample E is very viable for adsorption. The adsorptive properties of the AC samples were quantified using methylene blue (MB), as a model adsorbate. Results showed that the adsorption capacities of the AC samples for MB fitted well in the Langmuir model of adsorption with a maximum adsorption capacity of 333.3mg/g.The adsorption capacity was influenced by theporosity of activated carbon of which the development of the porosity of activated carbon was affected by the Microwave power and the presence of activating agents for impregnation. In SEM, Sample E gives a clearer pore structure, having more volume of pores and better pore structures with little agglomeration, making it more viable for adsorption in comparison with the other prepared samples. In XRD characterization, the presence of irregular patterns of X-Ray diffractograms may be accounted for amorphous state of the samples. A sharp peak, which corresponds to CaCl2, was observed at 26.5° and also, sharp peaks corresponding to NaCl, were observed at two theta 31.5° and 45.0° in Sample E.The findings revealed the potential use of a blend of Palm Kernel and Coconut Shells derived activated carbon for dyes removal and/or impurities within the size range of 1.5nm from wastewater, in general and for the removal of MB, in particular.
Terms of Use: This is an academic paper. Students should NOT copy our materials word to word, as we DO NOT encourage Plagiarism. Only use as a guide in developing your original research work. Thanks.
Disclaimer: All undertaking works, records, and reports posted on this website, eprojectguide.com are the property/copyright of their individual proprietors. They are for research reference/direction purposes and the works are publicly supported. Do not present another person’s work as your own to maintain a strategic distance from counterfeiting its results. Use it as a guide and not duplicate the work in exactly the same words (verbatim). eprojectguide.com is a vault of exploration works simply like academia.edu, researchgate.net, scribd.com, docsity.com, course hero, and numerous different stages where clients transfer works. The paid membership on eprojectguide.com is a method by which the site is kept up to help Open Education. In the event that you see your work posted here, and you need it to be eliminated/credited, it would be ideal if you call us on +2348064699975 or send us a mail along with the web address linked to the work, to eprojectguide@gmail.com. We will answer to and honor each solicitation. Kindly note notification it might take up to 24 – 48 hours to handle your solicitation.