[Retracted] Adsorption Potential of Schizophyllum commune White Rot Fungus for Degradation of Reactive Dye and Condition Optimization: A Thermodynamic and Kinetic Study

Table 5

Effect of pH, temperature, dye concentration, biosorbent dose, and time on the removal of Drimaren Turquoise CL-B using S. commune biomass.

pH	(mg/L)	(mg/L)	(mg/g)	% removal
1	18.51	31.49	15.745	62.98
2	27.24	22.76	11.38	45.52
3	42.91	7.09	3.545	14.18
4	45.52	4.48	2.24	8.96
5	47.25	2.75	1.375	5.5
6	48.53	1.47	0.735	2.94
7	48.91	1.09	0.545	2.18
8	49.25	0.75	0.375	1.5
9	49.35	0.65	0.325	1.3
Temperature (K)
303	18.73	31.27	15.635	62.54
313	16.72	33.28	16.64	66.56
323	19.06	30.94	15.47	61.88
333	21.015	28.985	14.4925	57.97
343	23.98	26.02	13.01	52.04
Dye concentration (mg/L)
25	3.73	21.27	10.63	85.08
50	19.33	30.67	15.33	61.34
75	30.225	44.77	22.38	59.69
100	44.55	55.45	27.72	55.45
200	93.96	106.04	53.02	53.02
300	149.26	150.74	75.37	50.24
Biosorbent dose (g)
0.05	17.09	32.91	32.91	65.82
0.1	14.93	35.074	17.53	70.148
0.15	13.81	36.19	12.06	72.38
0.2	11.19	38.81	9.70	77.62
0.3	11.19	38.81	9.70	77.62
Time (min)
0	48.28	1.72	0.86	3.44
30	24.25	25.75	12.875	51.5
60	22.39	27.61	13.805	55.22
120	21.57	28.43	14.215	56.86
240	20.52	29.48	14.740	58.96
360	20.52	29.48	14.740	58.96
960	20.67	29.33	14.66	58.66
1440	20.67	29.33	14.66	58.66