介绍了石油微生物发酵的技术特点及其在独山子石油化工总厂的应用情况。
Technical features of petroleum microbial fermentation and its application in Dushanzi General Petro- chemical Works were introduced.
没有被化学分解剂或微生物分解的石油会沉到洋底，从公众视线中完全消失。
The oil that wasn't dissolved by chemical dispersants or microbes fell to the bottom of the ocean, out of sight to the public.
生活在海洋的小微生物靠石油和天然气存活，它们必须消耗大量氧气才能消化食物。
As small microbes living in the sea feed on oil and natural gas, they consume large amounts of oxygen which they require in order to digest food.
在实验室进行的实验中，马辉文的团队发现，在鸡粪中发现的一种杆菌是最有效的清除石油的微生物。
In their laboratory experiment ma's team found that a Bacillus species found in chicken manure is the most effective oil-removing microbe.
现在，一项新的研究发现，吃石油的微生物会狼吞虎咽这些不太可能的筵席-可是微生物的类型强烈地依赖于水温。
Now, a new study finds that oil-eating microbes chowed down on this unlikely feast - but the type of microbes depended strongly on water temperature.
微生物采油提高采收率技术以其成本低、适用性强、施工简单、不伤害储层及无污染等优点受到石油业的普遍重视。
Enhanced oil recovery of microorganism oil recovery is received in the oil industry with the advantages of low cost, powerful adaptability, simple construction, harmless reservoir and no-pollution.
目的研究微生物-植物联合对稠油污染土壤的修复效果，为石油污染土壤生物修复技术的应用提供依据。
The paper intends to investigate the combined effects of microorganism and plant on the remediation of soil polluted by thick oil, and to provide practical methods for the remediation.
在本论文中我们研究了一种微生物修复石油污染土壤的一种新方法。
In this paper we study the biodegradation of petroleum polluted soil in a different way.
结果表明，该细菌在微生物提高石油采收率(MEOR)中具有应用潜力。
Results indicates these microbes can be potentially used in microbial enhancement of oil recovery (MEOR).
一种称作“生物注气法”的技术依靠向地下泵氧，促使微生物自然繁殖以分解泄漏的石油。
A technique called "biosparging" relies on pumping oxygen underground to help naturally occurring microorganisms multiply and consume oil spills.
微生物提高原油采收率(简称MEOR方法)是石油开采过程中采用的一种利用微生物及其代谢产物将残留原油采出的方法。
Microbial enhanced oil recovery (MEOR) is a technique to utilize microorganisms and their metabolic products to improve the recovery of crude oil from reservoir rocks.
综述了近年来表面活性剂在石油的微生物降解中的应用研究进展，分析了选择合适的表面活性剂时应考虑的因素。
The application of surfactant in microbial degradation of petroleum pollution in recent years is introduced in this paper and the factors of choosing the eptitude surfactant are also disc...
因此，微生物越多，石油消耗得越快。
So the more microbes, the more quickly the oil gets consumed.
该纤维完全不使用石油等化工原料，其废弃物在土壤和海水中的微生物作用下，可分解成二氧化碳和水，不会污染地球环境。
The fiber doesn't use oil, and other chemical raw materials, its waste in soil and water, the microbes may be broken down into carbon dioxide and water, not polluting the earth environment.
如何利用相对简单的分析技术来评价复杂的石油烃类污染物的微生物降解过程，一直受人关注。
How to evaluate the process of biodegradation by relatively simple analytic technologies is still one of technological difficulties in the field of biodegradation of the persistent pollutants.
结果表明，在4株微生物数量都增加的时候，石油烃的降解速度最快。
Results indicate that the crude oil was degraded fastest when the 4 types of microbes increased.
结果表明，在4株微生物数量都增加的时候，石油烃的降解速度最快。
Results indicate that the crude oil was degraded fastest when the 4 types of microbes increased.
应用推荐