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首页> 外文期刊>Korean Journal of Fisheries and Aquatic Sciences >A Study of Nitrification Kinetics in the Biofilter Process for AquacultureWater Treatment: A Review
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A Study of Nitrification Kinetics in the Biofilter Process for AquacultureWater Treatment: A Review

机译:水处理生物滤池过程中硝化动力学的研究进展

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There have been many studies on biofilter process regarding satisfactory water quality and the operational conditions of Recirculating Aquaculture Systems (RAS). For effective nitrification processes, it is necessaiy to dynamically identify and applynitrifying microorganisms. Physical, chemical and biological processes concerning biofilms can be applied and influential factors including substrate, dissolved oxygen concentrations, organic matter, temperature, pH, aUcalinity, salinity and mixing velocity intensity need to be considered. Also, designing and managing the process based on the dynamic interpretation of these factors are prerequisites for engineering applications of the biofilter process. This paper draws on current literature on the kinetics of nitrification of biofilms in the biofilter process. Influential factors for nitrification are crucial during the biofilter process and are expected to be critical in informing the design and operation of recirculating aquaculture systems.
机译:关于令人满意的水质和循环水产养殖系统(RAS)的运行条件,已经进行了许多有关生物滤池工艺的研究。为了有效地进行硝化过程,必须动态识别和应用硝化微生物。可以应用与生物膜有关的物理,化学和生物过程,需要考虑的影响因素包括底物,溶解氧浓度,有机物,温度,pH,酸度,盐度和混合速度强度。同样,基于这些因素的动态解释来设计和管理过程也是生物滤池过程工程应用的先决条件。本文借鉴了有关生物滤池过程中生物膜硝化动力学的最新文献。硝化作用的影响因素在生物滤池过程中至关重要,并有望在为循环水产养殖系统的设计和运行提供信息方面发挥关键作用。

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