wastewater effluent

Microorganisms living in the water of wastewater treatment plants are responsible for the effluent quality.

污水处理厂的处理效果主要取决于水中的微生物.

Study on Desulfuration from Flue Gas with Wastewater Effluent after Biological Treatment

废水生化处理出水用于烟道气脱硫研究

Effect of molecular weight distribution and hydrophobicity of wastewater effluent organic matter ( EfOM) on nanofiltration membrane fouling

城市污水二级出水有机物分子量分布和亲疏水特性对纳滤膜污染的影响

There is only, at best , random monitoring of wastewater effluent by the pollution control agency.

污染控制机关充其量只是偶尔检查工厂的排水情况.

This paper shows that the relational line between the BOD and COD in the total wastewater effluent of the cane sugar production can be obtained by applying the statistical method of linear regression on results from practical experiments done in this matter.

本文，在实践的基础上，通过直线回归法统计，获得了甘蔗制糖总排水的生化耗氧量与化学耗氧量的关系直线。

Biological aerated filters ( BAFs) is a recently developed process for wastewater treatment, media selection is critical in the design and operation of BAFs to achieve qualified effluent quality requirements.

曝气生物滤池是一种新兴的污水处理技术，填料的选择是滤池设计和影响出水水质的关键因素。

According to raise production capacity and promote wastewater effluent quality, JiangSu Lianfa dyeing and finishing factory modified its original wastewater treating process.

为扩大生产规模和提高废水出水水质，该企业对原印染废水处理工程进行了改造。

Absorbing SO 2 with wastewater effluent after biological treatment is a new technology of treating waste with wastewater and without secondary pollution.

废水生化出水吸收二氧化硫是一种以废治废，不产生二次污染的新方法。

Treatment of refinery wastewater effluent after biochemical treatment by ozone oxidation process

臭氧氧化处理炼油废水的生化处理出水

Experimental Study on Effluent Characteristics of Dye Wastewater Treated by White Rot Fungi under Carbon/ nitrogen Regulation

碳/氮源调控下白腐真菌处理复配染料废水

An experiment of advanced treatment of secondary effluent in an urban wastewater treatment plant is carried out to produce reclaimed water reused for scenic water, in which the method of combination aerobia biofilm with micro-flocculation fibre filter is used as the main treatment process.

采用纤维生物膜滤池-强化微絮凝纤维过滤的方法，对城市污水厂二级出水进行深度处理，回用于人工景观水体。

Phenol content in wastewater effluent of resin or additive plants exceeding the national criteria hard to control is an urgent problem.

合成树脂及其添加剂的生产的排放废水，苯酚含量超过国家规定排放标准且难以控制的问题亦急待解决。

Removal efficiencies of simulated mixed matrix vertical-flow constructed wetlands for wastewater effluent treatment

混合基质垂直流人工湿地净化废水效果

Recent studies had indicated the presence of antibiotics in municipal wastewater effluent and surface water.

最近研究显示在城市废水和表面水中检测到了抗生素的存在。

Study on Phosphorus Removal of Secondary Effluent of Municipal Wastewater Treatment Plant by Fly Ash

粉煤灰对城市二级污水处理厂出水中磷去除条件的研究

In the process of artificial groundwater recharge with secondary effluent from wastewater treatment plant, the remove and transfer of the pollutant and the health risks caused by potentially health hazardous compands were the focus in this study.

本课题重点研究了城市污水处理厂二级生化出水深度处理后在人工地下水回灌过程中，水中的污染物在土壤中的迁移和去除规律以及水中的化学污染物引起的健康风险。

The terminal of this system was the biological activated carbon, it could be removal COD and chroma of the emerge water from contact oxidation pillar effectively, to make the wastewater effluent measure up to the industrial standards basically.

工艺末端的生物活性炭深度处理可以有效地去除好氧出水的COD和色度，使得出水基本接近工业废水排放标准。

Groundwater Recharge Using Effluent from Shanghai Wastewater Treatment Plant

上海市污水厂出水用于地下水回灌探讨

Sulfonamides have been detected in the wastewater effluent and surface water.

磺胺类药物也已在排出的农业废水中发现。

A Study on the Influence of Effluent Characteristics on Ultrafiltration Performance in Municipal Wastewater Reclamation/ reuse

城市污水深度处理中原水性状对超滤膜透水特性的影响研究

Study on the Character of Leachate Wastewater Effluent after Biological Treatment with Biological Activated Carbon Technology

基于垃圾渗滤液生化出水特征的生物炭技术试验研究

Research on the Treatment of Coking Wastewater Effluent in SBR by Fenton Oxidation

Fenton试剂氧化法处理焦化废水SBR出水的研究

The content of oil is an important index in detecting wastewater effluent and it is difficult to determine it.

在废水排放监测中，油是一项重要的指标，对它的测定也存在一定的难度。

Biochemical Oxygen Demand is an important control index in wastewater effluent, but it takes longer time ( 5 days) for its determination, while the time for measuring the Chemical Oxygen Demand is shorter ( 10 hours). Would there be any stabilized relationship between the two?

生化耗氧量是废水排放的重要控制指标，但它的测定需要时间较长（五天），而化学耗氧量的测定时间较短（几小时），这两者是否存在稳定的关系？