Q. When are enzymes used in the bioremediation process?
酶用于什么场合的生物修复过程的？
The site has information on the group, and links to bioremediation web sites.
网站有该组织的信息及链接。
This paper presents a review on the principle and applications of bioremediation.
系统介绍了生物修复技术的原理及应用。
For applications, we pay special attention to the potential of laccase in bioremediation.
本文还着重介绍了漆酶在环境生物修复方面的应用。
The shoreline types fit for bioremediation and the bioremediation technology were discussed.
探讨了油污染海滩的生物修复技术，以及适合采用该技术的海岸线类型。
In this paper, the research development and some problems of bioremediation have been reviewed.
此文就生物治理方法的有关研究进展及存在的问题进行综述。
DB-2 as a bioremediation strain. The method comprises in-situ remediation and ex-situ remediation.
DB - 2菌作为生物修复菌株，修复方法包括原位修复和异位修复。
The remediation techniques contain physical treatment, such as dredging, capping, and bioremediation.
目前主要有疏浚、掩蔽等物理修复技术和生物修复技术。
The course focused on their USES in bioremediation of the damage that has been wrought by human activities.
课程内容主要针对它们对人类活动所造成的破坏所进行的生物性修复作用。
The method of the invention can be effectively used for bioremediation of the nitrate pollution in the groundwater.
本发明方法可以有效地用于地下水硝酸盐污染的生物修复。
Conception of bioremediation, aquaculture self-pollution and main bioremediation technologies are reviewed in the paper.
介绍了生物修复的概念、水产养殖存在的自身污染问题及其主要生物修复技术。
Bioremediation is a feasible method to remedy waters polluted by refractory organics, whose applied perspective is widest.
生物方法修复难降解有机物污染水体是十分可行的一种方法，具有广阔的应用前景。
Bioremediation in this kind of pollution play an irreplaceable advantage, it is will become the trend of soil pollution control.
生物修复在这类污染中恰恰有着不可替代的优势，将成为土壤污染治理的潮流产业。
While arsenic-resisted strain can be filtrated from tame soil, it can provide theoretical basis for the bioremediation technology.
同时从驯化土壤中筛选出抗砷优势菌，为微生物修复技术提供理论依据。
Biodegradation of organophosphate pesticides and bioremediation of polluted water and soil are the main focus of current research.
有机磷农药的生物降解及其污染水体、土壤的生物修复技术是目前的研究热点。
For bioremediation of shrimp culture environment, 331 bacteria strains were isolated from mud of shrimp ponds in shandong province.
为修复对虾养殖环境，从山东各地虾池底泥中分离出331株细菌。
The paper discussed the origin and harm of oil pollution in soil and also included the newest bioremediation technology in the world wide.
本论文论述了石油土壤污染的起因、危害及当前国际国内对于土壤石油污染的最新修复技术。
Utilize fungus uses genetic engineering such as the nitrition and sedemlate to carry on the bioremediation to repair to the experiment water.
利用基因工程菌消氮细菌及沉淀细菌对实验水体进行生物修复。
The new progresses on bioremediation of polluted water were summarized, and orientation for study and application of remediation was proposed.
根据国内外有关水体生物修复的文献，对水体生物修复的最新进展作了综述，并提出水体修复技术的研究与应用方向。
Bioremediation will be an important means in seawater oil pollution. treatment because it has little influence on the environment and humanity.
生物修复对环境和人类影响小，修复速度快且费用较低，在海洋油污染治理中该方法具有广阔应用前景。
Then the muds are aerated to promote the complete degradation of the less chlorinated residues produced by this intrinsic bioremediation process.
然后淤泥接触空气促进这种由自身生物补救过程产生的含较少量氯残基的化合物完全降解。
Contents include the research methods of bioremediation, the application of bioremediation in soil and water, and the development of bioremediation.
内容涉及生物修复的研究方法和手段、生物修复在土壤和水体中的应用、生物修复的发展前景等。
Bioremediation has more and more extensive application in dealing with the pollution of soil and natural water because of its low cost and good effect.
生物修复技术成本低、处理效果好、无二次污染，广泛应用于土壤和天然水体的污染治理。
However, phytoremediation has an advantage over microbial bioremediation because phytoremediation is safer and costs less than microbial bioremediation.
但是植物修复更具优越性，因其花费更少、对环境更安全。
Bioremediation reagent was suggested to include efficient oil-degrading microorganisms, microbial nutriments, biosurfactant and soil activating reagents.
油污土壤生物修复剂应包括石油降解优势菌剂、生物营养素、生物表面活性剂和土壤活化剂。
Especially, atmospheric deposition (dry and wet), emissions of mercury from soil, bioremediation in situ for controlling mercury pollution are emphasized.
其中重点介绍了大气汞的干湿沉降、壤汞的释放及生物修复治理土壤汞污染。
For bioremediation of shrimp culture environment, degradation process of organic pollutants was studied in the simulated condition with functional bacteria.
在模拟条件下，研究了虾池环境生物修复作用菌对对虾养殖环境中虾池有机物的降解过程。
For bioremediation of shrimp culture environment, degradation process of organic pollutants was studied in the simulated condition with functional bacteria.
在模拟条件下，研究了虾池环境生物修复作用菌对对虾养殖环境中虾池有机物的降解过程。
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