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This paper to rice colourful la active carbon adsorption activity KN-R in decoloring research and probe into its reach the best condition of decolorization and adsorption dynamics and adsorption isotherm research, the results indicate that the pH = 2, T = 30 ℃, oscillation time T = 180 min, rice shell activated carbon dosing quantity m = 0.11 g, solution concentration C = 300 mg/L, rice on the active carbon colourful la KN-R solution to achieve the best decoloring effect. The isothermal adsorption processes meet adsorption isotherm equation Langmuir, warming to the adsorption; The adsorption processes meet to level 2 dynamic model

Adsorption of the active Brilliant Blue KN-R by the activated carbon from Rice husk is investigated in this paper to find the best conditions for its decolorization. The adsorptionally kinetical and isothermal studies indicate that the best results of decolorization can be achieved at pH = 2, T = 30 ℃, shaking time t = 180min, with the activated carbon from Rice husk dosage m = 0.11g, and at the concentration C = 300mg / L. The isothermal adsorption process is agreeable with the Langmuir adsorption isothermal equation. Adsorption is favoured with the increase of temperature hence accorded with the pseudo-second order kinetical pattern.

In this paper, by using rice husk activated carbon adsorption decolorization of reactive brilliant blue KN-R, explore its to decoloration of optimal conditions, and the adsorption kinetics and adsorption isothermal study, the results showed that when pH =2, T =30 C, t = 180min oscillation time, rice husk activated carbon dosage of M = 0.11g, C solution concentration = 300mg / L, rice husk activated carbon on reactive brilliant blue KN-R solution to achieve the best effect of decolorization. The isothermal adsorption process with Langmuir isothermal adsorption equation, temperature favors the adsorption of; the adsorption process with quasi two level dynamic model