Highly concentrated wastewater (whey waste water) center includes massively has the value ingredient, at the same time these ingredients also is in the waste water main pollutant.
其中高浓度废水(乳清废水)中含有大量的有价值成分，这些成分同时也是废水中的主要污染物。
The ceramic membrane technique is used to treat highly concentrated polyether wastewater and reclaim macromolecular polyether glycol.
利用陶瓷膜技术处理高浓度聚醚废水回收大分子聚醚多元醇。
The highly concentrated nitrate has been removed from wastewater by chemical method.
研究利用一种化学脱氮方法，去除废水中高浓度的硝酸盐。
A novel kind of polymer bio-carrier is applied to treat highly concentrated antibiotic wastewater by fluidized-bed bioreactor.
采用以新型高分子材料为生物载体的生物流化床工艺处理高浓度的抗生素废水。
RBS are initials for Reactor Biodegradation System. It is an advanced technique which is used to treat highly concentrated organic wastewater in Japan.
生物降解反应器系统（RBS）处理技术，是日本开发的一种比较先进的高浓度有机废水处理技术。
Potassium sorbate wastewater contains highly concentrated organic substances and high salinity, which can be biodegraded easily.
山梨酸生产废水有机浓度高、可生化性好、含盐量高。
Membrane coupled anaerobic bioreactor is a kind of effective technique applied to treat highly concentrated organic wastewater.
厌氧膜生物反应器是一种处理高浓度有机废水的有效工艺。
Engineering practice has proved that using the two-stage aerobic process for treating the wastewater from highly concentrated methyl-benzoic acid production is economical and effective.
工程实践证明采用厌氧—两级好氧法处理高浓度甲基苯甲酸生产废水是一种经济有效的处理方法。
The production of potash leads to producing lots of highly concentrated ammonium chloride wastewater, which will pollute the environment and waste useful resource if discharged directly.
碳酸钾生产过程中产生大量高浓度的氯化铵废水，直接排放污染环境，同时造成资源浪费。
Some resistance shocking performance of the anaerobic fluidized bed reactor are Studied, when highly concentrated organic wastewater is treated at a moderate temperature range.
研究了中温条件下厌氧流化床（A FB）反应器处理有机废水的部分抗冲击性能。
The highly concentrated Ni2 + could be found in the man-made diamond wastewater that causes serious pollution to the environment, but is worthy of reuse.
人造金刚石生产废水中含有较高浓度的镍离子，对环境有严重的污染，但又具有一定的回收价值。
The highly concentrated Ni2 + could be found in the man-made diamond wastewater that causes serious pollution to the environment, but is worthy of reuse.
人造金刚石生产废水中含有较高浓度的镍离子，对环境有严重的污染，但又具有一定的回收价值。
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