生物陶粒滤池的设计和运行参数可为微污染水源水厂的改造和新建提供科学依据。
The design and operation parameters of the biological filter may provide a scientific basis for construction and reconstruction of water plants with slightly polluted water sources.
该净化器可有效吸附反应底物，促进光催化过程，使得其特别适合于微污染水源的深度净化处理。
Said purifier can effectively absorb the action bottom material; and improve the photo-catalysis process to apply the deeply-purification treatment of micro-pollution water.
试验结果表明，对于微污染水源，高铁酸盐预氧化可有效地去除部分有机物，并具有良好的助凝除浊作用。
The results showed that some organic compounds could be removed from micro-polluted source water by preoxidation with ferrate, which had good effect of aid to the coagulation and turbidity removal.
本研究针对绍兴市青甸湖微污染水源水，使用YDT弹性立体填料，在水厂取水口附近，进行生物预处理试验。
At the water intake , the YDT elastic space Packing is used in Purify the eutrophic Qingdian Lake water of Shaoxing city.
针对季节性氨氮和有机微污染水源，通过回流生物预处理后沉淀池生物污泥至絮凝池，进行常规生物强化处理。
For seasonal ammonia and organic micro-polluted raw water, biological sludge in sedimentation tank following bio-pretreatment was returned to flocculation tank, to enhance conventional process.
方法采用臭氧预氧化与常规处理联用工艺对微污染水源水进行了中试试验，研究了高锰酸盐指数、浊度、色度的处理效果。
The results of ozone pre-oxidation and conventional process treating slightly-polluted source water showed that this unit could reduce effectively COD_(Mn), color and turbidity.
为了开发低温环境下微污染水源水净化工艺，本课题通过实验室试验和现场试验，开展了膜-生物活性炭反应器净化微污染水源水的研究。
A biological activated carbon membrane reactor (BACMR) was studied for treating micro-polluted water through lab and spot experiments for a process developing of micro-polluted water treatment.
水源微污染问题日益加剧，加上常规工艺的局限性，迫使人们研究和开发新的净水工艺。
With the severity of drinking water micro-pollution and the limitation of traditional clarification processes, people have to research and develop the new clarification processes.
本文以滏阳河水为水源，对生物砂滤处理微污染原水生产应用问题进行了理论研究。
The production and application problems of biological sand filter in treating micro-polluted water were studied in this paper, using the Fuyang River as source water.
饮用水水源微污染日益严重，给传统的饮用水处理工艺提出新的挑战。
The fact that the drinking water resource is seriously micro-polluted and has produced the new challenge to the traditional treatment techniques.
面对日益遭受污染的饮用水水源，传统水处理方法已很难有效处理其中的许多微污染物及病原微生物。
Facing increasingly polluted drinking water sources, traditional treatment methods are difficult to effectively remove micro-pollutants and pathogens in polluted water sources.
面对日益遭受污染的饮用水水源，传统水处理方法已很难有效处理其中的许多微污染物及病原微生物。
Facing increasingly polluted drinking water sources, traditional treatment methods are difficult to effectively remove micro-pollutants and pathogens in polluted water sources.
应用推荐