1) oilfield wastewater
油田污水
1.
Study and application on the oilfield wastewater treatment;
油田污水处理技术研究及应用
2.
Study on improving biodegradability of oilfield wastewater by high voltage pulsed discharge/ozone technology;
高压脉冲放电/臭氧协同作用提高油田污水可生化性实验
3.
Research progress in COD removal in the process of oilfield wastewater treatment
油田污水处理工艺中COD的去除研究进展
2) oilfield sewage
油田污水
1.
Preparation of an ASP system using high salinity water from oilfield sewage treated by electrodialysis;
油田污水电渗析处理后浓水ASP体系的配制
2.
It is difficult for the traditional physical and chemical process to dispose the oilfield sewage up to the discharge standard.
油田污水具有高温、高矿化度、含有害物质等特性 ,传统的物理化学方法很难使油田污水达标排放 ,根据桩西油田的地理自然条件 ,利用物理化学工艺结合氧化塘工艺成功地使含油污水达标排
3.
In view of the weaknesses of SY/T 5329-94 in determining oil content of oilfield sewage,a discussion is made on the basis for improvements in standard oil preparation,solvent for extraction,wave lengths for color comparison,and the drawing of typical curve.
指出了SY/T 5 32 9- 94标准中规定的油田污水含油量测定方法在实际工作中存在的不足 ,对含油量测定中标准油的制备、萃取用溶剂、比色用波长值、标准曲线的绘制等进行了改进 ,并讨论了改进的依据。
3) oilfield produced water
油田污水
1.
According to preparing polymer solution by oilfield produced water, the effect of ions and salinity on polymer solution viscosity was explored and discussed.
本文针对油田污水配聚问题,探讨了阴阳离子及矿化度对聚合物溶液黏度的影响;指出阴离子对聚合物溶液黏度没有影响,阳离子是引起聚合物溶液黏度损失的主要原因,应用双电层理论深入探讨了阳离子浓度、电荷数及阳离子半径对聚丙烯酰胺分子构型的影响。
4) oil field wastewater
油田污水
1.
Application of chlorine dioxide bacterium-killing technique in oil field wastewater treatment;
二氧化氯杀菌工艺在油田污水处理中的应用
2.
Design and application of low-pressure and steady-flow filter on oil field wastewater treatment
低压稳流过滤器的研制及在油田污水处理中的应用
5) oilfield-produced water
油田污水
1.
Treatment of oilfield-produced water by multi-phase catalytic oxidation;
多相催化氧化法处理油田污水
2.
Its applications in treating oilfield-produced water were investigated.
在活性硅酸中添加一种复合预氧化体 ,制得提高了稳定性和凝聚能力的复合活性硅酸 ,考察了复合活性硅酸在油田污水处理中的应用。
6) oilfield waster
油田含油污水
1.
Thus, it has great significance in developing efficient and practical oilfield waster treatment technology.
在石油生产过程中产生大量的含油污水,对油田周围环境造成了严重的污染,己成为制约油田生产发展的重要因素之一,因此,研究开发高效、实用的油田含油污水处理技术,具有非常重要的现实意义。
补充资料：北极斜坡油田(见阿拉斯加北坡油田)
北极斜坡油田(见阿拉斯加北坡油田)
Arctic Slope Oil Field
北极斜坡油田阿拉斯加北坡油田。(Aretie Slope 011 Field)见
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条