Hasil untuk "Standardization. Simplification. Waste"

Woonhyung Chung

K. Ohenoja, V. Wigren, J. Österbacka et al.

S. Gerassimidou, D. Komilis

Nandra Perry

D. Malamis, K. Moustakas, A. Bourka et al.

Y. Hotta, C. Visvanathan, M. Kojima et al.

Y. Hotta, C. Visvanathan, M. Kojima

B. Rugani, E. Benetto, L. Tiruta-Barna et al.

J. Queiroga, E. Gil, R. Carneiro

T. Wagner

Jun Li, R. Smart, R. Schumann et al.

Liang Shu-zhong

G. Mckay, M. El-Geundi, M. Nassar

The adsorption of two acid dyes, viz. Acid Red AR114 and Acid Blue AB25, on to bagasse pith, a waste material from the sugar cane industry, has been studied. Equilibrium isotherms and agitated batch contact time studies have been carried out. A mass-transfer model has been used based on a Langmuir-type isotherm at maximum saturation. This simple or pseudo-irreversible isotherm and the assumption of pore diffusion enables a pore diffusion mass-transfer model to theoretically predict the experimental concentration decay curves very rapidly.

G. Mann, L. Allison, J. Copeland et al.

P. Baranger, M. Azaroual, P. Freyssinet et al.

Anugerah Widiyanto, S. Kato, N. Maruyama et al.

Chia‐Nan Liu, R. Gilbert

G. Montes-H, B. Fritz, A. Clément et al.

R. Gamble, D. H. Hinds, S. Hucik et al.

J. Thomasson, Sandra Barithel, A. Cocaud et al.