1.
Application of New-style Continuous Sand-filter in Reconstruct of Wastewater Treatment Plant
活性砂滤池在污水处理厂提标改造中的应用
2.
STUDY ON THE PERFORMANCE OF CARBON AND SAND FILTER AS SUCCEEDING TREATMENT OF BIOLOGICAL PRETREATMENT
生物预处理后续工艺中炭砂滤池性能研究
3.
Influence of Backwashing Intensity on the Filtration Effect of Bioactive Filter
反冲洗强度对生物活性滤池过滤效果影响
4.
GAC Enhanced Sand Filtration for Micro-contaminated Water
GAC强化砂滤池处理微污染水中试研究
5.
Study on pre purifying micro polluted surface water with BACF
生物活性炭滤池预处理微污染水源的研究
6.
Effect of Backwashing on Biomass in Biological Active Filter of Drinking Water
反冲洗对饮用水生物活性滤池生物量的影响
7.
Study on the Treatment of Miyun Reservoir Water by Deep-bed GAC Flofilter;
活性炭深床浮滤池处理密云水库水的研究
8.
Application of BAC Filter in Deep Treatment System of Water Supply
生物活性炭滤池在给水深度处理中的应用
9.
Study on method of backwash of enhancing biological activated carbon filter
生物增强活性炭滤池的反冲洗方式研究
10.
Problems and solutions of the invertebrates breeding in biological activated carbon filter
生物活性炭滤池中无脊椎动物孳生问题与对策
11.
Effect of the Empty-bed Residence Time on the Filtering Pool of Biological Activity
空床停留时间对生物活性滤池强化过滤效果研究
12.
Study on the Technology about the Treatment of Rural Domestic Wastewater by Hydrolysis/Pulse and Active Trickling Filter;
水解—脉冲活性生物滤池处理农村生活污水技术研究
13.
Study on the Pilot-Scale Ozone-Sand/Carbon Filter for Advanced Treatment of Water in Luanhe River;
臭氧—炭砂滤池对滦河水深度处理中试研究
14.
Laboratory Sand Column studies on Characteristics of Aquifer Clogging and Water Quality Changes during Artificial Recharge
渗滤池砂样对回灌水中污染物去除的研究
15.
The superiorities of the biological filter and activated sludge were synthesized to increase the treatment efficiency.
综合了生物滤池与活性污泥法各自的优越性,提高了处理效果。
16.
Biodegradation behavior of reactive red KN-3B by highly effective decolorizing strain in anaerobic-aerobic biofilter
缺氧-好氧生物滤池中高效菌对活性红KN-3B的降解特性
17.
The trickling filter and activated sludge efficiencies cited required primary sedimentation and effluent circulation.
列举的生物滤池与活性淤泥法的效率就需要初次沉淀和回流。
18.
The influence of temperature on nitrification ability of BAC filter under the condition of high NH4(superscript +)-Ninfluent water was studied.
研究了温度对高氨氮进水条件下生物活性炭滤池硝化能力的影响。