对化学混凝法处理港口煤污水进行了试验研究。
Harbour coal powder waste water treated with chemical coagulation method is studied.
采用化学混凝法对江汉油田钻井污水进行了室内处理实验。
The laboratory experiment on drilling sewage disposal using chemical flocculation method carried out in Jianghan Oilfield.
探讨了用化学混凝法处理非化学法制浆造纸废水的可行性。
This paper presents a new method in processing waste water caused by the non chemical paper pulp making, which is particularly suitable for small and middle sized paper mills.
采用复合化学混凝及催化氧化联合工艺对油田生产废水进行了实验研究。
A treatment method of oil polluted wastewater with high concentration was studied by the combined chemical coagulation and catalytic oxidation.
采用实验室规模的化学混凝沉淀法处理某稀土湿法冶炼厂酸性含氟废水。
A lab-scale chemical neutralizing-coagulative precipitation process was carried out to treat fluoride-rich acid wastewater in a rare earth wet refining factory.
叙述了化学混凝气浮法处理浸润剂污水方法的确定、处理过程及处理方法。
This paper introduced the method to treat soak-agent wastewater by chemical coagulating-gas- suspension, The treating process and the treating method.
以新疆油田稠油废水为研究对象，采用化学混凝除硅方法对稠油废水进行处理。
The heavy oil wastewater from Xinjiang oilfield was treated by chemical coagulation to remove silica.
通过实验，研究、对比过滤、化学混凝降解焦化废水悬浮物、化学需氧量的效果。
The effect of degradation of suspended solid and chemical oxygen demand in coking sewage by filtering and that effect by chemical coagulation were researched and compared through testing.
对化学混凝膜分离、化学混凝活性碳吸附组合工艺处理油田钻井废水进行了试验研究。
The drilling wastewater from oil field was treated through chemical coagulation combining with membrane separation and activated carbon adsorption.
针对废水中油粒乳化严重的特点，采用重力分离与化学混凝沉淀相结合的工艺，对燃机电厂含油废水进行了综合处理。
For the features of serious emulsion of oily grains in wastewater the combined technology of gravity separation and chemical coagulation precipitation has been adopted to dispose the oily wastewater.
将化学混凝方法与陶瓷膜分离技术相结合，开发了一体化陶瓷膜混凝反应器(CMCR)，并对高浓度含磷废水进行了处理。
A integrated reactor, based on ceramic membrane microfiltration and coagulation process (CMCR), was developed to treat high-concentration phosphorus-containing wastewater.
该工艺在传统的化学混凝的基础上将沉淀池内的污泥回流至化学生物絮凝池，利用化学混凝和污泥吸附的协同作用去除污水中的污染物。
The cycle sludge was pumped to chemical biological flocculation tank and the pollutants were removed by co-operation of chemical coagulation and biological adsorption.
采用酸中和—厌氧—好氧—生物活性炭或化学混凝综合法处理制浆黑液，探讨了酸中和处理的影响因素及厌氧处理对后段好氧处理的影响。
The process of acid neutralization-anaerobic-aerobic-biological activated carbon or chemical coagulation has been employed to treat black liquor from pulp mill.
本论文在综合国内外大量相关文献的基础上，对混凝过程中的流体动力条件进行实验及其对流体力化学的机理进行了研究。
On the basis of comprehended Numbers of relative literatures, the experiment of fluid dynamic condition and the mechanism of fluid mechanic chemistry in coagulation are studied in this paper.
该方法以电化学作用为主，兼有还原、物理吸附和混凝等多种机制。
Process of the method is based on electro chemistry, reduction, physical adsorption and coagulation, etc.
传统混凝理论是在经典胶体化学的基础上，假定胶体颗粒为球形建立的。
Classical theory of flocculation is based on the assumptions of globe shape of colloid particle.
通过实验室试验，全面考察了自然有机物对地下水化学氧化及混凝除铁的影响。
By experimenting in the laboratory, the effects of natural organic matter on both oxidative and coagulation removal of iron from groundwater were researched.
采用混凝沉淀—化学氧化法对喷漆废水进行处理，筛选出最佳的混凝条件及氧化条件。
The coagulation -oxidation process is used in treating spraying-paint wastewater and the best conditions of coagulation and of oxidation were selected.
同时，混凝、絮凝沉淀及砂滤法等化学、物理方法对于去除SBR出水中的COD也是可行的。
At the same time, the chemical and physical methods of coagulation, flocculation, settlement and sand filtering process are also feasible to remover COD in SBR effluent.
如何选择有效的混凝脱色工艺和高效的混凝剂，则是该技术的关键。2.1.3化学氧化法化学氧化是目前研究较为成熟的方法。
How to choose an effective coagulation process and efficient coagulant, it is the key to the technology. 2.1.3 chemical oxidation Study of chemical oxidation is more mature approach.
该方法以电化学作用为主，兼有还原脱色、混凝吸附等机制。
The mechanism of the process is based principally on electrochemical action and secondly on reductive decolouration, coagulation, absorption, and so on.
该方法以电化学作用为主，兼有还原脱色、混凝吸附等机制。
The mechanism of the process is based principally on electrochemical action and secondly on reductive decolouration, coagulation, absorption, and so on.
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