The new method for treating oily sludge by ultrasonic is put forward aiming at the problems which consist in oily sludge treatment by now.
针对目前含油污泥处理中存在的问题，提出了超声处理含油污泥的新方法。
In recent years, the integrated application of ultrasound and surfactant technology used in oily sludge treatment has been gradually recognized by professionals.
近年来，超声作用和表面活性剂技术的综合应用在含油污泥处理领域逐渐得到了专业人士的认同。
In the whole production process of oil exploration exploitation, there is a type of severe contamination environmental substance to coupled with petroleum together withdrawn oily sludge.
在整个石油勘探开发过程中，伴随着石油一同采出的含油污泥是一种严重污染环境的物质。
Oily sludge is found mostly in oil storage, waste water treatment unit of refinery and as a result of oil spill on clean soil.
含油污泥主要来源于原油储罐、炼油厂污水处理单元和落地原油。
The composition of waste oily sludge in a crude oil recovery station and bottom oily sludge in a central treatment station are analyzed , a new profile control agent is proposed.
对原油回收站废弃含油污泥及联合站罐底含油污泥组分进行了分析，研制出了一种新的调剖剂。
This equipment integrates the oily sludge separating pool, concentrating tank and mechanical dehydrating units in a system and can treat different kind of oily sludge at the bottom of sewage pool.
该装置将原污泥处理系统中的污泥分离池、浓缩罐和机械脱水设备合为一体，可对站内污水池底部的各种污泥进行处理。
The experiments in the heavy oil gathering station of Henan Oilfield showed that the water cut of oily sludge treated by this equipment can be reduced from 99% to 30%.
在河南油田稠油联合站的现场实验表明，污水池中含水率为99%的污泥经该装置处理后，脱出的干化污泥含水率低于30%。
Oily sludge is an major pollution source during the development of oilfield. Natural drying and burial method have been mainly adopted for the oily sludge in Gudong oilfield at present.
含油污泥是油田开发过程中的重要污染源，孤东油田目前对含油污泥主要采用自然干化填埋处理法。
With an eye on the oily sludge in Chinese oil fields, a kind of differential density circulating fluidized bed combustion technology for treating oily sludge is proposed.
针对我国油田的油污泥情况，提出一种采用异密度循环流化床燃烧技术处理油污泥的方法。
Oil sludge is produced in the process of raw oil dehydrating in oil field corporations and oily sewage disposal in the petrochemical industry factories.
含油污泥主要产生于油田企业对原油脱水以及油田和炼油厂等石化行业的污水处理部门对含油污水的处理过程中。
The effects of treating oily sludge by using combined biological method were studied in Dagang Petrochemical Corporation.
大港石化公司采用联合生物法处理含油污泥，对使用好氧、厌氧工艺处理含油污泥的结果进行了探讨。
Synthetic oily sludge was treated in a bio-slurry reactor seeded with complex yeast system, which was comprised of 10 isolated yeast strains.
利用筛选得到的10株酵母菌组成复合酵母菌系统，并将该复合菌系统接种到泥浆反应器中对模拟油泥样品进行了处理。
This article describes an oily sludge conditioning experiment conducted in a refinery sewage treatment plant.
针对某炼油污水处理场产生的含油污泥，进行调质试验。
Oily sludge harmless disposal and recycling treatment technology becomes the focus of research in recent years.
含油污泥的无害化及资源化处理技术成为近年来研究的重点。
During a well workover, the oily solid contaminant in the well field is composed of crude oil, waste water, surface soil and waste steel sludge spread on the well field.
在井下作业中，原油、废水与地表土壤及铺垫井场地面的废钢渣等相混合，形成了特殊的作业井场含油固体废物。为此，采用了两种处理方法对该类含油固体废物进行综合治理研究。
During a well workover, the oily solid contaminant in the well field is composed of crude oil, waste water, surface soil and waste steel sludge spread on the well field.
在井下作业中，原油、废水与地表土壤及铺垫井场地面的废钢渣等相混合，形成了特殊的作业井场含油固体废物。为此，采用了两种处理方法对该类含油固体废物进行综合治理研究。
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