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硝酸盐依赖型亚铁氧化研究进展

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传统生物反硝化受限于废水中碳源的不足导致总氮去除率低,在实际处理中需要额外投加碳源.硝酸盐依赖型亚铁氧化(NDFO)作为一种经济且无二次污染的自养反硝化技术,可有效应对进水碳源不足的问题.本文总结了NDFO反应原理与NDFO功能微生物,通过阐述乙酸盐对NDFO的影响以及NDFO与Feammox的耦合,综述了NDFO的脱氮强化措施.
Research progress of nitrate-dependent ferrous oxidation
Conventional biological denitrification is limited by the insufficient carbon source in the wastewater,resulting in low total nitrogen removal,and additional carbon sources need to be added in the actual treatment.Nitrate-dependent ferrous oxidation(NDFO)as an eco-nomic and secondary pollution-free autotrophic denitrification technology,can effectively deal with the problem of insufficient carbon source in the influent water.This paper summa-rizes the reaction principle of NDFO and the functional microorganisms of NDFO,and re-views the nitrogen removal enhancement measures of NDFO by elaborating the effect of ac-etate on NDFO and the coupling of NDFO and Feammox.

nitrate-dependent ferrous oxidationnitrate pollutiondenitrificationnitrogen re-moval

董三强、王亚娥、李杰

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兰州交通大学环境与市政工程学院,甘肃兰州 730070

硝酸盐依赖型亚铁氧化 硝酸盐污染 反硝化 脱氮

2024

石油化工应用
宁夏化工学会

石油化工应用

影响因子:0.276
ISSN:1673-5285
年,卷(期):2024.43(4)
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