Hydraulic Fracturing Process Systems and Fluids: An Overview

Yehia F
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引用次数: 1

Abstract

Hydraulic fracturing has become a critical component of global petroleum and natural gas development, with most the countries around the globe, for example, Canada, India, England, and China actively pursuing the implementation of this technology to increase oil production after declination as well as tap into this new source of energy. Hydraulic fracturing has created jobs and increased revenue in several states across the country. However, as with any advanced technology, there are concerns about its long-term environmental impact. Thus, many researchers and technicians continuously conduct advanced studies to inform industries about any new or upcoming regulations. In this study, a mini-review of the fracking process is considered an important section of the petroleum and natural gas industries. Moreover, researchers demonstrated knowledge about the frac systems and different hydraulic fracturing fluids that are utilized for a fracking job which were different from one fracking system to another in addition to the nature of the reservoir formation. It is a significant factor that production engineers take into consideration when applying hydraulic fracturing to enhance oil or gas production and treat the formation damage, as well. Since the formation damage considers the most critical issue affecting oil and gas production due to fine migration.
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水力压裂过程系统和流体:概述
水力压裂已经成为全球石油和天然气开发的重要组成部分,世界上大多数国家,如加拿大、印度、英国和中国,都在积极寻求实施这项技术,以增加衰退后的石油产量,并开发这一新的能源来源。水力压裂在全国几个州创造了就业机会,增加了收入。然而,与任何先进技术一样,人们也担心其对环境的长期影响。因此,许多研究人员和技术人员不断进行先进的研究,以告知行业任何新的或即将出台的法规。在本研究中,对水力压裂过程的小型回顾被认为是石油和天然气工业的一个重要部分。此外,除了储层的性质外,研究人员还展示了压裂系统和用于压裂作业的不同水力压裂液的知识,这些知识因压裂系统而异。在采用水力压裂提高油气产量和处理地层损害时,这是生产工程师考虑的一个重要因素。由于精细运移导致的地层损害是影响油气生产的最关键问题。
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