Department of Civil and Environmental Engineering, Pusan National University, Busan 609-735, Republic of Korea.
Chemosphere. 2011 Jan;82(2):179-86. doi: 10.1016/j.chemosphere.2010.10.026. Epub 2010 Oct 30.
Twenty-four pharmaceuticals were measured in wastewater from 12 municipal wastewater treatment plants (M-WWTPs), four livestock WWTPs (L-WWTPs), four hospital WWTPs (H-WWTPs) and four pharmaceutical manufacture WWTPs (P-WWTPs). The total concentration of pharmaceuticals in the influent samples was highest in the L-WWTPs followed by the P-WWTPs, H-WWTPs and M-WWTPs. The effluents had different patterns of pharmaceuticals than their corresponding influents because of the different fate of each compound in the WWTPs. Non-steroidal anti-inflammatory drugs (NSAIDs) were the most dominant in the influents from the M-WWTPs and P-WWTPs, while antibiotics were dominantly detected in the L-WWTP. In the H-WWTP influents, NSAIDs, caffeine and carbamazepine were dominant. In the P-WWTPs, the distribution of pharmaceuticals in the effluents varied with sampling sites and periods. The M-WWTP influents had the highest daily loads, while the effluents showed somewhat similar levels in all source types.
从 12 个城市污水处理厂(M-WWTP)、4 个畜牧污水处理厂(L-WWTP)、4 个医院污水处理厂(H-WWTP)和 4 个制药厂污水处理厂(P-WWTP)中检测到 24 种药物。进水样本中药物的总浓度在 L-WWTP 最高,其次是 P-WWTP、H-WWTP 和 M-WWTP。由于每种化合物在污水处理厂中的不同命运,出水与相应的进水具有不同的药物模式。非甾体抗炎药(NSAIDs)在 M-WWTP 和 P-WWTP 的进水样本中占主导地位,而抗生素则在 L-WWTP 中占主导地位。在 H-WWTP 进水样本中,NSAIDs、咖啡因和卡马西平占主导地位。在 P-WWTP 中,药物在出水中的分布随采样地点和时间而变化。M-WWTP 的进水具有最高的日负荷,而所有来源类型的出水则显示出相似的水平。