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粘胶化纤厂废气治理试验 总被引:3,自引:0,他引:3
采用TF-TA工艺治理粘胶化纤厂废气。先以TF脱硫液选择脱除HZS,再以TA液体脱除CS2。H2S脱除和再生能一步完成,脱除率98%以上,其表达ηH2s=99.5+4.71×10-4x-3.68×10-7x2。CS2脱除率在气液比200—300时达80%─90%,其表达式:ηCS2=98.9-1.32×10-3x—2.00×10-4x2。文中还讨论了粘胶化纤厂废气总体治理意见。 相似文献
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In order to search the degradability of kraft lignin, the potential bacterial strains Bacillus subtilis (GU193980) and Klebsiella pneumoniae (GU193981) were isolated, screened and applied in axenic and co-culture conditions. Results revealed that mixed culture showed better decolorization efficiency (80%) and reduction of pollution parameters (COD 73% and BOD 62%) than axenic culture. This indicated syntrophic growth of these two bacteria rather than any antagonistic effect. The HPLC analysis of degraded samples of kraft lignin has shown the reduction in peak area compared to control, suggesting that decrease in color intensity might be largely attributed to the degradation of lignin by isolated bacteria. Further, the GC–MS analysis showed that most of the compounds detected in control were diminished after bacterial treatment. Further, the seed germination test using Phaseolus aureus has supported the detoxification of bacterial decolorized kraft lignin for environmental safety. All these observations have revealed that the developed bacterial co-culture was capable for the effective degradation and decolorization of lignin containing rayon grade pulp mill wastewater for environmental safety. 相似文献
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