含油废水

基于超分子化学作用的PVDF膜改性及其在处理低浓度含油废水中的应用研究壳聚糖的改性及其智能水凝胶的研究

Research on the Modification of PVDF Membrane Based on Supramolecular Chemistry Process and Its Application in the Treatment of Lower Concentration Oily Wastewater

对制备出的PAC和硫酸铝均进行了含油废水处理试验研究。试验发现：絮凝剂投加量、pH值、温度等都对絮凝效果有影响。

In the treatment of oily Wastewater with PAC and aluminum sulfate which made from aluminum foil cleaning Wastewater , the flocculant dosage , pH and temperature influenced the flocculation effect .

不同pH条件下酵母菌处理高含油废水的研究

Treatment of high-strength oil-containing wastewater by mixed yeast cultures under different pH

含油废水絮凝剂-淀粉衍生物H6的净水性能

Water purifying performance of starch derivative flocculant h_6 applied for oily water treatment

含油废水COD（Cr）分析的探讨

Discussion on Analysis of COD _ ( Cr ) in Waste Water with Oil

TiO2柱撑膨润土对含油废水吸附光催化性能研究

TiO_2 Pillared Bentonite and Its Photocatalytic Adsorption Activity of Oil-wastewater

CAF涡凹气浮处理含油废水的中试试验研究

Cavitation Air Flotation System Application for the Treatment of Oil Wastewater

用TOC值估算含油废水BOD5的稀释倍数

Estimate the Dilution Multiple of BOD_5 with TOC Value in Refinery Effluent

X型纳米分子筛去除含油废水中COD和NH3-N的研究

Study on the removal of NH_3 - N and COD in oil-bearing wastewater by nano-zeolite adsorption

Al2O3／PVDF和TiO2／PVDF复合膜对含油废水的去除率分别高达92.42%和91%。

The effect of the A12O3 / PVDF , TiO2 / PVDF composite membrane to the oil-bearing wastewater is 92.42 % , 91 % .

将合成的絮凝剂CSF与无机絮凝剂聚合铁PFS复配使用处理含油废水，并用聚丙烯酰胺PAM作对照试验，确定了最佳工艺条件。

The disposal effects on the oil wastewater by CSF with inorganic flocculants PFS were investigated by comparing with that of PAM .

分析了含油废水的乳化油性质，pH值和硫化物对废水Zeta电位的影响。

The characteristic of the wastewater containing emulsifying oil and ss from refinery , the in - fluence of pH on Zeta potential of the wastewater were discussed .

加热后的硼泥处理含油废水，投加量为4‰时，除油最佳pH范围为5～12，除油率达92%以上。

The boron sludge activated by heating is used to treat oil containing wastewater , the best uptake pH is at the range of 5 ￣ 12 when it is added 0.4 percent and the percentage uptake of oils is 92 percent .

采用CF型超效浮选装置对含油废水进行深度处理，探讨了变压气浮机理，确定了最佳运行参数。

This paper makes deep treatment of oily waste water by using CF-type super-effective flotation unit , probes into the mechanism of pressure changing and bubble floating-up method , and determines optimum operating parameters .

用水玻璃对自制的聚合硫酸铁进行改性处理制得聚硅酸铁混凝剂（PFSS），应用于油田含油废水的混凝处理。

Using water glass and ferric sulfate , the coagulant PFSS was prepared with the oil_field wastewater treated .

采用纳米沸石分子筛吸附法去除含油废水中的NH3-N和COD，实验中测试了纳米沸石分子筛的用量、反应时间、pH值、温度等条件对于去除率的影响。

Nano-zeolite adsorption is used for treating NH3-N and COD in oil-bearing wastewater . The effects of the amount of nano-zeolite , reaction time , pH value , temperature , etc. on the removal rate have been tested .

在间歇式超临界水氧化反应装置上进行含油废水的超临界水氧化实验研究，反应温度390～430℃、压力24～28MPa、反应时间30～90s。

Oil-bearing sewage treated by supercritical water oxidation technique ( SCWO ) was studied in intermittent equipment at 390 ~ 430 ℃, 24 ~ 28 MPa , reaction residence time 30 ~ 90 s.

由经济分析可知，MBR工艺处理高盐含油废水在经济上是可行的，该工艺同时具有技术、管理、投资、占地、处理成本等方面的综合优势。

In the term of economic analysis , MBR process to high-saline oily wastewater is feasible on economy , which simultaneously have predominance on technique , management , investment , area and treatment cost .

从含油废水处理曝气池活性污泥中分离到具有絮凝特性的絮凝菌株F2、F6，絮凝率在80%以上。

The strain F2 、 F6 with high flocculating activity was isolated from activated sludge of oil wastewater treatment system . The flocculation efficiency is more than 80 % .

根据国内外对含油废水的治理现状和含油废水自身的性质，研制了CAX复合混凝剂，建立了混凝吸附法处理含油废水的技术。

CAX composite coagulator and the method of coagulation and adsorption were developed according to the character of oily wastewater . The main materials of CAX composite coagulator include FA .

NCF与PAC复配应用于含油废水处理，可明显破乳，提高污染物去除率。

When the prescription of NCF and PAC mixture is applied to oil-con - rained sewage treatment , demulsification is evidently strengthened and the reduction rate of the pollutant is increased .

本研究通过包埋固定化微生物法固定除油菌（Y1菌），用于处理含油废水，并以水体中乳化油去除率为指标考察了影响乳化油降解的各种因素。

The oil-containing wastewater from oilfield was treated the immobilized microbial cell balls ( IMB ) and the affecting factors on oil removal rate were studied .

本文通过实验对比了PAM和合成絮凝剂DPAM，结果表明该絮凝剂在高浊水、含油废水处理中具有实际应用前景。

This article through the experiment with PAM and DPAM , the results show that the cationic organic macromolecular flocculants have practical application prospect in high turbidity of water and oil wastewater .

实验结果表明：淀粉与丙烯酰胺单体最佳配比为1∶2，PSAS、淀粉改性高分子絮凝剂先后投加处理含油废水时絮凝效果最好，含油量去除率达94%，达到回注水要求。

The results showed that the optimal ratio of starch and acrylic acid amide is 1 ∶ 2 , the best flocculation effect is PSAS + starch modified flocculant , the removal efficiency of oil is 94 % , which can reach the reinjection water standards .

水平波纹板组处理含油废水

Experiment on Treating Wastewater Containing Oil by Horizontal Corrugation Plate Set

机械加工含油废水处理滤料的选择

Choice of filters for treatment of oily wastewater from machine process

臭氧深度处理含油废水可行性研究

A Feasibility Study on Tertiary Treatment of Oil Wastewater With Ozone

聚硅硫酸铝的合成及在含油废水中的应用

The Preparation Of Poly-silicate-aluminum-sulfate and Their Application in Oily Wastewater Treatment

厌氧-好氧工艺在含油废水生化处理中的应用

Application of A / O Technique to Oily Wastewater Biochemical Treatment

化学混凝&SBR法处理含油废水实验研究

Experimental Research on the Oily Wastewater Treatment By Chemical Coagulation-SBR Processes