No	Kinetics model	Parameters	Value
1	First-order rate equation –ln(C_t/C_o) = K₁t	K₁ (min⁻¹)	0.0116
1	First-order rate equation –ln(C_t/C_o) = K₁t	R²	0.915
2	Second order rate equation [1/C_t] – [1/C_o] = K₂t	K₂ (L/mg∙min)	0.013
2	Second order rate equation [1/C_t] – [1/C_o] = K₂t	R²	0.948
3	Lagergren pseudo first-order equation. Ln (q_e – q_t) = lnq_e – K₁t	K₁ (min⁻¹)	−0.018
3		R²	0.936
4	Pseudo second-order rate equation $t / q_{t} = 1 / K_{2} q_{e}^{2} + t / q_{e}$	K₂ (g/mg∙min)	0.036
		q_e	1.677
		R²	0.995
5	Intraparticle diffusion q_t = K_pt^1/2 + c	c (mg/g)	0.196
		R²	0.946
		K_p (mg/g∙min^1/2)	0.143
6	Elovich equation model q_t = [1/β]ln[αβ] + [1/β]lnt	R²	0.977
		α	0.214
		b (g/mg)	2.691
7	Natarajan and Khalaf Ln(C_o/C_t) = Kt	K (min⁻¹)	0.0116
7	Natarajan and Khalaf Ln(C_o/C_t) = Kt	R²	0.915