所属单位：

环境与市政工程学院

发表刊物：

J ournal of Donghua University

关键字：

中文关键字：bio-ceramic reactor; isolation and identif ication，英文关键字：bio-ceramic reactor; isolation and identif ication

摘要：

The study presented the method for isolating the heterotrophic nitrifiers and the characterization of heterotrophic nitrification. When influent Ammonia nitrogen concentration was 42.78～73.62 mg/L. The average ammonia nitrogen removal rate was 81.32％ from the bio-ceramics reactor. Sodium acetate and ammonium chloride were used as carbon and nitrogen source. The COD removal rates by microorganisms of strain wgy21 and wgy36 were 56.1％ and 45.45％, respectively. The TN removal rates by microorganisms of strain wgy21 and wgy36 were 65.85％ and 67.98％, respectively. At the same time, the concentration of ammonium nitrogen was with the removal rates of 75.25％ and 84.96%, and it also had the function of producing NO2-N. Sodium acetate and sodium nitrite were used as carbon and nitrogen source. Through the 12 days of the aerobic culture, the rate of remove COD of wgy21 and wgy36 were 29.25％ and 22.08％. NO2-N concentration decreased slowly. Comparison, similarity of wgy21 and many Acinetobacter sp.≥99%, similarity of wgy36 and many Acinetobacter sp.≥99%. Refer to routine physiological-biochemical characteristic determination, further more encidences showed that wgy21 and wgy36 belong to Acinetobacter sp.,respectively.

备注：

苏俊峰 请填写摘要

第一作者：

苏俊峰

论文类型：

期刊论文

卷号：

卷：24

期号：

期：4

页面范围：

页：

是否译文：

否

发表时间：

2008-12-01