 The cronium adsorption behavior from aqueous solution by the Amphiteric Janus Nitrogen Dote Carbon Quantum Dots, AJ and CQDS, was investigated. The pseudo first order and the second order adsorption kinetics models were employed to analyze the experimental data. The second order adsorption kinetics model presented a better correlation to the experimental data, suggesting a chemisorptions process. The values obtained in the pseudo first order are still suitable for describing the kinetics of CR6, sorption. These values elucidate the surface processes involving chemisorption and physisorption in the adsorption of CR6, by AJ and CQDS. The R2 of the Boyd model gave a better fit to the adsorption data of AJ and CQDS, 0.98, which means the surface process is involving external CR6, adsorption by AJ and CQDS. The higher value of alpha may be due to the greater surface area of the AJ and CQDS fall. This article was authored by Hebat Allah Esther Hamid, Mohamed El-Sakawi and Samir Kamal. We are article.tv, links in the description below.