摘要
根据强力霉素抗生素含氟废水的特点，采用石灰-粉煤灰两段净化工艺处理其中的氟，并对影响处理效果的主要因素进行了实验研究。结果表明，一段处理最佳条件：Ca／F重量比为2、反应时间40min；二段处理最佳条件为：粉煤灰粒径小于74μm（200目）、灰水比为1：10、振荡吸附时间为200min、pH值-4～8；处理后的废水中氟浓度达到了GB8978—96《污水综合排放标准》中的一级标准。
On the basis of the characteristics of waste water fluorine-containing from doxycycline, it can be treated by lime-fly ash process with two stage purification. The primary factors effecting the disposal efficiency are experimentally studied. The results of tests show that the optimal condition is controlling Ca/F =2 and reaction time 40rain of the first stage; controlling grain size of fly ash（74μm（200 mesh）, ratio of fly ash and water 1： 10, vibration adsorption time 200min, pH= 4-8 of the second stage. After treatment,the fluorine-concentration of the waste water accords with the national first standard.
出处
《四川化工》
CAS
2008年第5期46-49,共4页
Sichuan Chemical Industry
基金
河南大学科研基金自然科学重点项目(XK06ZD003)
关键词
抗生素废水
氟处理
粉煤灰吸附法
antibiotic waste water
fluoride treatment
adsorption method by fly ash
