中文摘要：

采用树脂吸附与生物强化技术相结合的方法，对高盐废硝基苯废水进行降解处理。试验确定的最佳工艺条件：（1）通过树脂的选择性吸附去除废水中的硝基苯，流速在10BV／h，处理水量320BV；（2）采用生物强化的方法对树脂所吸附的硝基苯进行生物降解，经过160h专效菌种的降解，树脂所吸附的硝基苯被彻底降解，同时树脂的吸附能力得到恢复；（3）经过两个月的连续试验，发现树脂的吸附能力在起始阶段有所下降，随后保持稳定。

英文摘要：

Through combining the merits of resin adsorption and bio-intensifying processes,the nitrobenzene wastewater containing high salinity has been treated. The optimum situations are： （1）removing nitrobenzene from wastewater by the selective adsorption of resin at the flux density of 10 BV/h, the treated volume is 320 BV; （2）the adsorbed nitrobenzene is biodegraded by bio-intensifying. After 160 h degradation of specific fungus,the nitrobenzene adsorbed in resin is thoroughly metabolized and the adsorption capacity of resin is recovered; （3） after a two-month continual experiment, the result shows that the adsoption capcity of resin decreases firstly and then remains stable.