1) micro-polluted water
微污染水体
1.
The parameters,such as reaction time,pH value,UV light intensity,temperature and initial concentration are investigated on the degradation of MC-RR by ultraviolet(UV) radiation in micro-polluted water,respectively.
探讨了反应时间、初始pH值、紫外线(UV)辐射强度、温度及初始质量浓度等因素对UV去除微污染水体中微囊藻毒素-RR(MC-RR)效果的影响。
2) Purification on micro-polluted water
微污染水体净化
3) micro-polluted water
微污染水
1.
Experimental study on degradation of micro-polluted water by ultrasonic technique;
超声波技术处理微污染水的实验研究
2.
Treatment of micro-polluted water resources and discussion;
微污染水源水处理技术发展与探讨
3.
UV/H_2O_2 micro-aeration for the treatment of micro-polluted water with aniline;
UV/H_2O_2/微曝气处理微污染水中苯胺的试验研究
4) slightly polluted water
微污染水
1.
Experimental investigation of adsorption of phenol in slightly polluted water with organic modified attapulgite;
有机改性凹凸棒土吸附微污染水中苯酚的试验研究
2.
Through air bearing experiment on the slightly polluted water,the influence of temperature and the attributed amount of coagulant on the treatment effect of the slightly polluted water that has low temperature and low turbidity is approached to.
通过对微污染水的混凝气浮实验研究,探讨了温度、混凝剂投加量在处理低温低浊微污染水的过程中对处理效果的影响。
3.
Rapid infiltration treatment system was used to treat slightly polluted water.
采用快速渗滤系统处理微污染水,以河砂或风尘砂为滤料,以水库底泥或活性污泥作为接种微生物,进行系统启动阶段生物膜培养试验,对培养过程中的各种影响因素进行了系统的研究。
5) slightly-polluted water
微污染水
1.
Removing ammonia nitrogen from slightly-polluted water by zeolite-microbe combined immobilization technology
沸石联合微生物固定化去除微污染水体中氨氮的研究
2.
The application of biofiltration as final process to slightly-polluted water treatment is an economical and effective way to achieve organic pollutant removal and turbidity removal within the same filter unit.
以生物过滤作为微污染水处理的末级处理工艺,可使有机污染物和浊度的去除在同一滤层内实现,是一种经济、有效的生物处理方法。
3.
This article examines the application of biofiltration as final process for slightly-polluted water treatment to current problems of widely polluted source water.
针对目前我国饮用水水源普遍遭受污染的现状，本文提出以生物过滤作为微污染水处理的末级工艺，使有机物和浊度的去除在同一滤层内实现，是一种投资省、处理效率高的饮用水处理新技术。
补充资料：水体污染负荷
(pollutionloadofwater)污染物质在地表水中污染程度的度量。单位为g／s、kg／d或t／d。对于工业点污染源可简单地用浓度曲线表示，单位为mg／L或ppm。对于面污染源常用流量和浓度的乘积作出负荷过程线表示。负荷过程线受地区的水文、气象和地质等条件影响，具有随机性。水体污染负荷通常可用L=KCQ估算。式中，L为负荷(kg／d)；K为单位换算系数；C浓度(mg／L),Q为河水流量(m3/s)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条