文档介绍：Title: work engineering for hydraulic fracturing
Brief description about the introduction of this article
Student : zhou shuang
Number:2013051175
work engineering for hydraulic fracturing
work engineering for hydraulic fracturing
This introduction has four parts:
work engineering for hydraulic fracturing
Society’s growing demand for energy and minerals(矿石) has motivated engineering industries to maximize the productivity of these resources and investigate the exploitation of new resources in increasingly challenging environments. Reservoir stimulations in, for example, tight-gas shales and engineered geothermal systems have ,e normal practice in the exploitation and development of these energy resources. The technologies use hydraulic fracturing to engineer the reservoir rock properties by inducing new fractures and enhancing the existing work for permeability.
The part one——Background
work engineering for hydraulic fracturing
work engineering for hydraulic fracturing
Reservoir stimulations in, for example, tight-gas shales and engineered geothermal systems have e normal practice in the exploitation and development of these energy resources.
tight-gas shales 致密性岩体
geothermal 英[dʒiːə(ʊ)‘θɜːm(ə)l]
adj. [地物] 地热的;[地物] 地温的
译文:例如,水库刺激了致密性岩体和工程地热系统的产生,这些技术现已在新能源的开采和发展中得到普遍应用。
The part one——Background
work engineering for hydraulic fracturing
The technologies use hydraulic fracturing to engineer the reservoir rock properties by inducing new fractures and enhancing the existing work for permeability.
hydraulic fracturing 水利劈裂
译文:通过产生新的裂隙和增强现有裂隙网络的渗流性的方式,那些使用水利劈裂的技术能够实现对水库岩体特性的设计。
The part one——Background
The aim of a hydraulic treatment is thus the creation of pathways between different volumes within the reservoir or to enhance the conductivity of pre-existing joints. Fluid injection in rock reservoirs is also used for the permanent storage of in order to abate the emissions of greenhouse gases from large si