Have good denitrification and phosphorus effect.
具有良好的脱氮除磷效果。
Denitrification is always the focus in wastewater treatment industry.
脱氮一直是污水处理界的研究热点。
Develop the system of selective catalytic reduction fume denitrification.
选择性催化还原烟气脱硝系统开发。
The denitrification is an important channel to attenuate nitrate in lakeshore buffer zones.
反硝化作用是湖岸缓冲带去除硝酸盐的重要途径。
Future application prospect and further study trend of aerobic denitrification are presented.
并对好氧反硝化的应用前景作了展望，提出了好氧反硝化今后的研究方向。
Nitrate nitrogen removal from ground water by autotrophic denitrification in a packed bed reactor.
固定床自养反硝化去除地下水中的硝酸盐氮。
Nitrate nitrogen removal from ground water by autotroph IC denitrification in a packed bed reactor.
固定床自养反硝化去除地下水中的硝酸盐氮。
Biologic denitrification is one of the most popular methods to remove nitrite and nitrate from water.
生物反硝化法是解决水体中硝氮污染问题的主要方法之一。
Bacteria denitrification and the main characteristics of enzymes that catalyze the process were clear.
细菌反硝化作用以及催化反硝化的各类酶的基本特性已被阐明。
Under anaerobic conditions nitrates and nitrites are both reduced by a process called denitrification.
在厌氧条件下，硝酸盐和亚硝酸盐通过脱硝作用被还原。
The denitrification in the batch reactor has higher efficiency than that in the continuous flow reactor.
间歇流反应器的脱氮效果好于连续流反应器，特别当碳氮比较低时。
The primary factor influencing the denitrification rate was dissolve oxygen, and followed by temperature.
影响其反硝化速率的主要因素为溶解氧，其次是温度。
Biological denitrification was the major method, and some new processes of nitrate treatment were reviewed.
生物脱氮是硝酸盐治理的主要方法，本文综述了硝酸盐治理的一些新工艺。
The performance of denitrification in the up-flow biological aerated filter (UBAF) is studied experimentally.
文章对单级上流式曝气生物滤池的脱氮性能进行了初步研究。
The technology of biological denitrification for wastewater is always the focus in wastewater treatment field.
生物法脱氮技术一直是水处理领域所关注的热点和难点。
Study was made on the efficiency and mechanism of shortcut nitrification-denitrification in aerated biofilter.
通过小试研究了曝气生物滤池实现短程硝化反硝化的效能和机理。
Soil denitrification was studied in winter wheat-summer maize rotation cropping system with an aquic cambisol.
在北京潮土上研究了冬小麦-夏玉米轮作体系下土壤氮素反硝化损失。
Conventional bioremoval of nitrogen involves two processes: aerobic nitrification, and anaerobic denitrification.
传统生物脱氮包括好氧硝化和缺氧反硝化两个过程。
A complete aerobic denitrification function can take place when there are enough degradable organic carbon sources.
当存在足够的易降解有机碳源时，能发生完全的好氧反硝化作用。
SBR process was used in studying the phenomenon of aerobic denitrification during the denitrification of wastewater.
采用SBR工艺，对废水脱氮中的好氧反硝化现象进行了研究。
The structure and shape of magnesia base catalyst-sorbent before and after denitrification were characterized by XRD and FT-IR.
利用红外光谱、X射线衍射对脱硝处理前后的氧化镁基催化吸附剂进行了分析，探讨其脱硝的机制。
The application of simultaneous nitrification and denitrification is predicted and the future studying direction is put forward.
对同时硝化反硝化的应用前景进行了展望，提出了今后的研究方向。
Because conventional denitrification process has many problems, more and more people begin to study the denitrification process.
由于传统的脱氮工艺存在很多问题，促使人们对脱氮工艺进行进一步深入的研究。
The new biological denitrification techniques have gradually attracted the attention of people because of their obvious advantages.
生物脱氮新工艺由于其独特的优点日益引起人们的关注。
Under the optimal experimental conditions, the desulfurization and denitrification efficiencies reach 100% and 96.84%, respectively.
在最佳实验条件下，脱硫效率和脱硝效率分别达到了100%和96.84%。
The paradoxical relationships are inevitably produced because of the different requirements on denitrification and phosphor removal.
就脱氮与除磷而言，由于各自过程的要求不同，二者之间存在一定的矛盾关系。
Laboratory experiment used 15n isotope identification technology to study the process of microbial nitrification and denitrification.
本试验采用15n同位素标识技术对生物硝化及反硝化过程进行了研究。
Addition of organic carbon in anaerobic environment can enhance the denitrification process and improve the nitrogen removal efficiency.
在厌氧状态下补充碳源会大大增强反硝化作用，提高对氮的去除效果。
The kinetics of denitrification treatment of high concentration nitrate wastewater was studied, obtaining the optimum kinetic conditions.
对反硝化法处理高浓度硝氮废水的动力学进行了研究，获得了最佳动力学条件。
The kinetics of denitrification treatment of high concentration nitrate wastewater was studied, obtaining the optimum kinetic conditions.
对反硝化法处理高浓度硝氮废水的动力学进行了研究，获得了最佳动力学条件。
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