A novel kind of polymer bio-carrier is applied to treat highly concentrated antibiotic wastewater by fluidized-bed bioreactor.
采用以新型高分子材料为生物载体的生物流化床工艺处理高浓度的抗生素废水。
The treatment technology for several kinds of antibiotic wastewater was studied using hydrolytic acidification pretreatment-AB biological process in the lab.
进行了多品种抗生素工业废水处理的试验研究,采用水解酸化——AB生物法新工艺。
The denitrification of antibiotic wastewater with two-stage biological contact oxidation process was studied, with highly efficient removal of organic compounds ensured.
在保证有机物高效去除的前提下,采用两段生物接触氧化反应器进行了抗生素生产废水脱氮的实验研究。
A complex anaerobic reactor treating high-concentrated antibiotic wastewater was studied to find out the condition of fast startup and effective control of full-scale facility.
针对复合厌氧反应器处理高浓度难降解有机废水如何创造生产性快速启动条件及反应器的有效控制进行了相关研究。
Based on this theory, on the condition of high water temperature, make a study on the operating result and depletion rate in the actual program of antibiotic wastewater by SBR Process.
以此为理论基础,研究高水温条件下,SBR法在实际工程中处理抗生素废水的工艺稳定性和处理效率。