id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ajcp-5342	Okonkwo, S. I.; Ochie, O. S.; Oragwu, I. P; Okonkwo, C. K.; Okwuego, P. O.; Okonkwo, A. T. Kene; Okonkwo, V. S.; Okonkwo, S. C.	Multidisciplinary Assessment of Adsorption Kinetics and Isotherm Modeling of Crude Oil Removal Using Agro-Waste-Derived Nanomaterials: An Integrative Approach with Sonographic, Medical, Biochemical, and Analytical Perspectives	2025	6	.pdf	application/pdf	3227	147	44	Volume of PMS= 100mL Mass of melon husk before Sorption = 1.00 g Mass of rice husk before Sorption = 1.00 g Mass of melon husk after Sorption = 1.340 g Mass of rice husk after Sorption = 1.338 g Sorption Capacity for melon husk = 1.340 – 1.00 g = 0.340 g Sorption Capacity for rice husk = 1.338 – 1.00 g = 0.338 g Figure 2: Kinetics graph of PMS removal using rice husk and melon husk sorbents Both nano melon husk and nano rice husk demonstrated significant PMS sorption capacities, with melon husk showing a slightly higher capacity (0.340 g) compared to rice husk (0.338 g). Considerations of the Kinetic Studies of PMS Using Both Sorbents The kinetic model fitting results for both pseudo-first- order and pseudo-second-order models are plotted above for rice husk and melon husk sorbents.	cache/ajcp-5342.pdf	txt/ajcp-5342.txt