Algae removal by clays is a promising approach to treat blooms.
粘土除藻是一种有前景和环境友好的应急除藻技术。
The efficiency of algae removal by four algaecides for Luanhe River water was studied.
研究了四种杀藻剂对引滦水中藻类的去除效能。
The mechanism of algae removal in water with ferrate oxidation-coagulation was studied.
研究了高铁酸盐氧化絮凝去除水中藻类的机制。
In addition, when Cl- are present in the ECF, algae removal could be enhanced by generated active chlorine.
此外，溶液中存在的氯离子在电解条件下可生成活性氯，有助于藻细胞的去除。
Then, the methods of algae control in eutrophic lake and the processes of algae removal in the raw water are described.
综述了富营养化的供水原水中，藻类控制与去除方法的国内外研究进展。
Coagulants have big effect on algae removal. PAC is better than FeCl3, and the removing rate to algae by PAC may achieve 10%.
混凝剂对于气浮除藻有较大的影响，PAC的处理效果优于氯化铁，对藻类的去除率可以提高10%左右。
Pilot experiments were conducted to investigate the algae removal efficiency of ozone-GAC process, one f advanced drinking water treatments.
通过中试除藻试验，研究了臭氧活性炭深度处理工艺的除藻效能。
Test on the effect of enhanced - coagulation with potassium permanganate composite chemicals upon algae removal are described in this thesis.
通过高锰酸钾复合药剂强化混凝除藻的室内试验表明，投加一定量的高锰酸钾复合药剂可显著提高水中藻类的去除率。
This paper elucidates and compares the methods that are used to remove algae in drinking water treatment. And some effects in algae removal are analyzed.
本文对饮用水处理过程中藻类的去除方法进行阐述和比较，并对其中影响藻类去除效果的影响因素进行了分析。
Under the same experiment conditions, the algae removal rate of Phosphonium salt modified montmorillonite is better than quaternary modified montmorillonite.
同等实验条件下，季磷盐改性蒙脱土的除藻效果比季铵盐改性蒙脱土的好；
This paper presented the effects of a pilot scale experiment on algae removal by direct filtration apparatus consisted of a drum on which polypropylene fiber silk was fixed.
以丙纶丝为滤料，以自制转鼓装置对高藻原水进行直接过滤除藻试验。
The effect of species distributions of poly-aluminum chloride(PAC) on algae removal efficiencies was studied aiming at removing algae cell in the treatment of micro-polluted raw water.
针对微污染水处理中藻细胞的去除，研究聚合氯化铝形态分布对混凝除藻效率的影响。
Aiming at the disadvantages of physical and chemical technologies applied to algae removal, the application achievements and present status of microbial techniques to algae removal are introduced.
针对物理和化学除藻技术存在的不足，介绍了近年来微生物在除藻方面的应用成果及现状。
Compared the rule of species distribution of PAFC with that of variation of algae removal efficiency, it is found that adsorption-charge neutralization mechanism is most important in four mechanisms.
将药剂的形态分布规律与藻去除率规律进行比较发现，混凝过程的四种除藻机制中，吸附电中和去除藻细胞最为重要。
This paper introduced its characteristics, influencing factors and removal mechanism. The applied prospect of high-rate algae pond is also expected.
本文阐述了高效藻类塘的特点、影响因素及去除机理，并展望了其应用前景。
The effects of 5 kinds of feed water treatment processes on the removal of odor caused by algae were studied with water from a reservoir as raw water.
以某水库水为原水，研究了5种给水处理工艺对水体藻类导致的嗅味的去除效果。
Compared with attached algae system, embedded algae system has higher nutrient removal efficiency, and ingathering of algae is easier.
藻类包埋固定化与附着固定化相比较，包埋固定化去除氮磷的效率更高，藻类更易收获。
It is also indicated that the pre-ozonation can improve the removal efficiency of TOC and algae by aeration, and that the post-ozonation accelerates TOC removal by activated carbon filter.
同时臭氧预氧化可提高气浮对藻类和TOC的去除效率，臭氧中间氧化也有利于提高活性炭对TOC的去除。
Such as the use of algae, bacteria, fungi as a biological adsorbent, they have a good adsorption of heavy metal removal.
如采用藻类、细菌、真菌作为一种生物吸附剂，它们对多种重金属都有较好的吸附去除效果。
The rapid decomposition of cells favored the removal of harmful algae.
厌氧条件下沉积物中藻细胞分解较快，这有利于有害藻类的去除。
The biological characteristics of algae, and the prevention and removal of the contamination by algae in the production of barreled mineral water for drinking are described in the paper.
介绍了藻类的生物特性，阐述了桶装饮用矿泉水在生产过程中藻类微生物的污染以及藻类污染的防治。
This combined process has obvious removal capacity for removing algae and organic substances. Their removal rates can reach 99.5% and 20.6%, respectively.
高锰酸盐—生物活性炭联用工艺对藻类及有机物有明显的去除，去除率可分别达到99.5%和20.6%。
A brief account is given of the mechanics of anti-scale, scale removal, corrosion inhibition, suppression of bacteria and algae, purification of water, use in circulation with the LHE polymer.
对LHE聚合物的防垢、除垢、缓蚀、抑菌藻、净化水质、循环使用的机理进行了简要的阐述。
The phosphorus removal capability becomes very good, when having a great mass of algae and a great quantity of removing phosphorus a cell.
那种生长迅速，繁殖能力强，单个藻细胞除磷能力强的藻种有较好的除磷效果。
The removal of algal cells and turbidity from the raw water of Taihu Lake, the laboratory culture of Marine algae and synthetic seawater using a novel red mud amelioration were studied.
研究了一种新型赤泥复合剂对太湖夏季水华原水、实验室培养海洋赤潮藻及模拟海水的絮凝除藻降浊性能。
The results showed that excellent effects on algae and turbidity removal were achieved. For the raw water of Taihu Lake, 97.3% of freshwater algae and 95% of turbidity were removed.
结果表明，赤泥复合剂具有良好的除藻降浊效果，对太湖水华藻去除率为97.3%，原水浊度去除率为95%；
The removal for turbidity, organic matter, and algae can reach 97%, 40% and 94% respectively.
气浮工艺对浊度、有机物、藻类的去除率分别为97%、40％、94%。
The removal for turbidity, organic matter, and algae can reach 97%, 40% and 94% respectively.
气浮工艺对浊度、有机物、藻类的去除率分别为97%、40％、94%。
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