Altinbaş Ufuk, Oztürk Izzet
TUBITAK-Marmara Research Center, Env. Eng. Dept, 41470 Gebze-Kocaeli, Turkey.
Water Sci Technol. 2003;48(11-12):371-6.
Removal efficiency of TOC ranged between 86-89% in an intermittently aerated reactor. High efficiency in TKN removal and nitrification was found at lower applied load or longer retention time such as 2 days. TKN removal and nitrification efficiency was found to be 17-96% and 35-99% respectively. Through examination and comparison of the removal efficiencies, the stability of nitrification/denitrification and the biological phosphorus removal it was found that the sequencing batch feeding system gave a higher performance in total nitrogen and phosphorus removals. In the SBR reactor, nitrogen removal efficiency was mainly controlled by organic loading. Nitrification efficiency ranged between 31-56%. Nearly complete denitrification was observed in the sequencing batch reactor.
在间歇曝气反应器中,总有机碳(TOC)的去除效率在86%至89%之间。在较低的施加负荷或较长的停留时间(如2天)下,发现总凯氏氮(TKN)去除和硝化效率较高。TKN去除率和硝化效率分别为17%至96%和35%至99%。通过对去除效率、硝化/反硝化稳定性和生物除磷的检测与比较,发现序批式进水系统在总氮和总磷去除方面具有更高的性能。在序批式反应器(SBR)中,脱氮效率主要受有机负荷控制。硝化效率在31%至56%之间。在序批式反应器中观察到几乎完全的反硝化。