The performance test results in healing colors of the beads as three types found healing colors of beads of all types rose sharply in the hours of 2 and increased in 4 hours because of the adsorbed molecules. The colors in the first surface of the polymer. The concentration of sewage by 2 percent a color therapy, the NFB DFB and LFB 96 percent of 97 and 98, respectively, and the concentration of waste water by 5 percent a color therapy, the NFB DFB and LFB 93 percent. 90 and 91, respectively, after six hours on the effectiveness of chemotherapy color of the NFB and the DFB began to decline steadily. Because of the saturation of the color molecules and the surface of the polymer as an adsorbent. And a ground color (desorption) of beads as alginate and chitosan beads are isotherms of adsorption is Freud Bellick (Freundlich isotherm) (Yorsangrat, 2012) which. absorbing layers (multilayer adsorption), so over time the paint is absorbed within the beads may have spit out
in the case of LFB effective in the treatment of higher color DFB slightly due to freeze cells. L. Polychrous Lev., who is still alive. Therefore, the Laccase and Manganese peroxidase enzymes, which are capable of color therapy outside the cells, causing less soil degradation in the yard's wastewater. Found hours 22 capable of color therapy, the concentration of waste water 2 percent of the NFB DFB and LFB have color therapy in wastewater by 58 percent, 61 and 65, respectively, and the concentration of sewage cent. LFB is a 5 NFB DFB and color therapy to treatment, 77 percent of 74 and 81, respectively, the ability to color therapy is quite low due to L. Polychrous Lev. Laccase and Manganese peroxidase enzyme release came out after an hour. 36 of the test (Wangpradit and Chitprasert, 2014) shows that LFB be effective for color removal in wastewater greatest period of contact between LFB and wastewater increases.
การแปล กรุณารอสักครู่..
