破乳剂

此外，还研究了破乳剂的pH值和测量温度对水数的影响。

Besides , the effects of pH value of demulsifier and testing temperature on water number were studied as well .

AP系列破乳剂在海洋油田的应用

The Application of AP Series Demulsifier in Offshore Oilfield

油溶性AR型原油低温破乳剂的研究

Research on oil-dissolving demulsifiers of AR type for lower temperature dehydration of crude oil

SBS橡胶填充油的加氢应用技术聚甘油丙烯酸酯扩链剂合成原油破乳剂

Synthesis of Crude Oil Demulsifier Using Polyglycerol Acrylate as Chain Extender

AP型破乳剂中聚乙二醇含量的测定

Determination of polyethylene glycol in AP type demulsifying agents

盐对AP（221）破乳剂破乳效果的影响

The effect of salts on emulsion breakdown by ap_ ( 221 ) demulsifier

AE型、AP型破乳剂破乳效果的研究

A Study on Demulsification Effect of AE & AP Demulsifiers

用凝胶色谱法测定AE型原油破乳剂的分子量及其分布

Measurement of Molecular Weight Distribution of AE-type Demulsifying Agent by Gel Permeation Chromatography

本文根据大量实验事实，提出了AE、AP型破乳剂分子在油-水界面上的状态模型。

A molecular model of AE and AP type demulsifiers at oil-water interfaces is suggested .

AE（121）破乳剂对小鼠骨髓细胞染色体畸变的观察

Chromosomal aberration assay on ae_ ( 121 ) demulsifier to bone marrow cells of mice

EA（121）破乳剂诱发小白鼠骨髓细胞姐妹染色单体互换

Experiment of demulsifier ae_ ( 121 ) inducing sister chromatid exchange of bone marrow cells in mouse

本文报导AE（121）破乳剂对小鼠精子畸变试验。

This paper reports on experiments of the sperm abnormalities on mice of AE_ ( 121 ) demulsifier .

DPA型原油破乳剂的研究及应用

Research and Application of DPA Type Crude Oil Demulsifying Agent

破乳剂注入点为50m以外。

Demulsifier injection point is away from50m .

本文用分配萃取法测定了AP型原油破乳剂中的聚乙二醇。

The free polyethylene glycol ( PEG ) in polyethylene oxide-polypropylene oxide type demulsifiers is separated by extraction , determined by gravimetric analysis and identified by gas chromotography .

以某汽车发动机制造有限公司排放的铸铁乳化废水为处理对象，研制了新型破乳剂A并辅以微波辐射，解决了原破乳工艺中存在的破乳效果差，效率低，出水COD超标等问题。

A demulsifier A was developed and a new technology of microwave-assisted demulsification was proposed in order to deal with the emulsion wastewater generated from an automotive engine manufacturing company in Harbin .

为提高含油污水处理效果，解决乳化废水对生化系统的影响，选用了CW-01阳离子破乳剂与聚合氯化铝（PAC）进行复配。

CW-01 and PAC were used together to improve the treating efficiency of the oil waste .

奥里乳化油破乳剂PR-1的实验研究

Study on Demulsifier PR - 1 for Emulsified Orinoco Crude Oil

高含硫重质原油脱水用破乳剂SHD

Demulsifier SHD for dehydration of high sulfide heavy viscous crude oil

得出的最佳工艺条件为：生物复合破乳剂用量20μg／g，电场强度800V／cm，温度120℃，注水量6%。

The optimized process conditions developed from simulation are : 20 ppm dosage of bio-compound demulsifier , 800 V / cm electric field strength , 120 ℃ temperature and 6 % water injection .

AP系列破乳剂是针对海洋油田原油脱水研制的一类新型破乳剂，对海洋原油具有脱水速度快、油水界面齐、脱出水清等特点。

AP series demulsifier is developed for the dehydration of crude from offshore oilfield . It has the features of high dehydration speed , clear oil / water interface , clear water for offshore oil .

本文研究了原油破乳剂UH（6535）（环氧乙烷和环氧丙烷无规共聚物）表面膜的流变性质。

In this paper , rheological properties of surface films of crude oil demulsifier UH_ ( 6535 ) ( polyoxyethylene-polyoxypropylene type polyol with molecular weight of 2 × 10 ~ 6 ) have been studied .

生物破乳剂XH-1与化学助剂的复配研究

Combination of Bio-demulsifier XH-1 and Chemical Additive

用于高含水原油的RAK-5多元复配破乳剂

RAK-5 Multielement Complex Demulsifying Agents Used on High Water Cut Crude

新型原油破乳剂XPR的研制及应用

Study on the new crude oil demulsifiers XPR and its application

YL-2010复配型原油破乳剂的研究与应用

Research of Composite Crude Emulsion Breaker YL-2010 and Application

高含聚合物原油破乳剂Pel-01的研制及应用

Development and application of crude oil emulsion - breaking agent Pel-01

采用水数法研究了国内常用的3种类型的破乳剂，用关联曲线表述了它们的水数与HLB值之间的对应规律。

The rules of correspondence of water number and HLB value of three series of demulsifiers used widely in home were also studied , and the results were expressed by curves .

QAD-03破乳剂的工业应用

Industrial Application of Demulsifying Agent QAD-03 in Foul Oil Demulsification

合成了丙烯酸类共聚破乳剂，研究了温度、溶剂用量、时间和单体配比、引发剂用量、pH调节剂用量、有无阻聚剂等因素对反应的影响。

We have synthesized demulsifier of acrylic acid series with method of copolymerization , and studied the factors of influence for reaction as to temperature , dosage of solvent , time , dosage of monomer , dosage of solicitation , dosage of pH regulator , have or not polymerization inhibitor .