1) biological fixed and removal of manganese process
生物固锰除锰工艺
1.
As a result, biological fixed and removal of manganese process came into being.
基于此,各国对地下水中铁锰含量均有严格限定,生物固锰除锰工艺便应运而生。
2) biological fixation and removal of manganese
生物固锰除锰
1.
The project was designed according to the theory of biological fixation and removal of manganese.
以生物固锰除锰理论为指导 ,设计了弱曝气一级过滤生物除铁除锰简缩流程。
3) biological manganese removal
生物除锰
1.
By means of bench-scale test, study was made on the effect of factors such as )DO), pH and filter shutdown on biological manganese removal from ground water, and an investigation was also carried out on the relationship between oxidation reduction potential (ORP) and biological manganese removal.
通过小试研究了DO、pH值和滤柱关闭等因素对地下水生物除锰的影响,探讨了氧化还原电位(ORP)与生物除锰的关系。
2.
Mechanism of biological manganese removal and some removal system including single-stage/multi-stage system with biofilter as core technique,hybrid MF/UF hollow fiber membrane system and constructed wetlands for mine drainage disposal were introduced.
文章简要阐述了生物除锰的机理,重点介绍生物除锰的工艺流程和应用,包括以生物滤池为核心的单极/多级工艺、复合MF/UF中空纤维膜工艺以及用于处理矿山废水的人工湿地工艺;同时介绍了国内外生物除锰的研究动态,如:同时去除NH4+、Fe、Mn的研究、生物滤池运行模式的研究等。
3.
The isolation of MSB-4 provides the powerful technical support for the construction of highly effective filter for biological manganese removal,and for the fast startup of water treatment plants with biological removal of iron and manganese.
该工程菌株的获得将为高效生物除锰滤池的构建,及生物除铁除锰水厂的快速启动提供有力的技术支持。
5) biological removal of iron and manganese
生物除铁除锰
1.
The anthracite used as filter material in water plant for biological removal of iron and manganese has been studied and practiced through production practices.
目的通过生产实践,进行了无烟煤作为在生物除铁除锰水厂滤料的研究与应用。
6) H2SO4-KMnO4 ash removing process
硫酸-高锰酸钾除灰工艺
1.
Based on analyzing the pros and cons of various ash removing processes and consideration of the spent liquor treatment,H2SO4-KMnO4 ash removing process is recommended in order to replace HNO3 ash removing process in some occasions.
通过分析各种除灰工艺的利弊,针对废液的处理,推荐使用硫酸-高锰酸钾除灰工艺,以求在某些场合取代硝酸除灰工艺。
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