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Shale Gas Technical Development and Innovation

Year 2020, Volume: 6 Issue: 2, 92 - 97, 31.07.2020

Abstract

The classical theory of geology believe that shale reservoir physical property is poor, the oil and gas could not be saved, or only as source rock cover, almost have no exploitation value. Later people found that shale belongs to in-situ large area continuous reservoirs, and put forward a series of shale gas development technology. In this paper, we base on time sequence and shale gas production, study the transition of the shale gas geology theory and shale gas development technology advances, analyzing the important role of technological innovation, in order to give some enlightenment to the development of shale gas development technology.

References

  • [1] LI Zongtian. SU Jianzheng. ZHANG Rusheng. Modern Fracturing Technology of Horizontal Well in Shale[M]. China Petrochemical Press.2016
  • [2]XIAO Gang ,TANG Ying .Shale gas exploration and development technology[M]. Higher education press.2012
  • [3] LIU Guang-di . Petroleum geology [M]. Petroleum industry press, 2009.
  • [4] ZHANG Kang. The shale gas revolution to rewrite the traditional theory of oil and gas geological exploration [J]. China petrochemical. 2013 (01) : 21-23.
  • [5] LI Zong-tian , LI Feng-xia , HUANG Zhi-wen . The key role of hydraulic fracturing in oil and gas field exploration and development [J]. Journal of oil and gas geology and oil recovery. 2010 (5) : 76-79.
  • [6] LI Xiao-gang, SU Zhou, YANG Zhao-zhong, etc. Shale gas reservoir volume net seam fracturing technology progress [J]. Journal of oil and gas. 2014 (7) : 154-159.
  • [7] WANG Su-bing. Water fracturing technology review [J]. Journal of natural gas exploration and development. 2005 (04) : 39-42.
  • [8] Kent A Bowker,George Moretti,Lee Utley. Fayetteville Maturing[R]. Oil and Gas Invester. 2007,Jan.:14-17.
  • [9] ZhANG Wei-dong, GUO Min, YANG Yan-hui. Shale gas drilling technology review [J]. Chinese and foreign sources of energy. 2010 (6) : 35-40.
  • [10] XU Dong-jin, YOU Yan-rong, WANG Sheng-liang etc. Dense reservoir horizontal well staged fracturing technology status and progress [J]. Chinese and foreign sources of energy. 2013 (4) : 36-41.
  • [11] ZHANG Ran, LI Gen-sheng, Yang Ling. Shale gas production technology present situation and prospect [J]. Journal of petroleum machinery. 2011 (S1) : 117-120.
  • [12] LI Shao-ming, WANG Hui, DENG Han etc. Horizontal well staged fracturing technology review [J]. Journal of China petroleum and chemical industry. 2013 (10) : 56-59.
  • [13] TANG Ying ,TANG Xuan, WANG Guang-yuan etc. Shale gas development of hydraulic fracturing technology review [J]. Geological report. 2011 (Z1) : 393-399.
  • [14] XUE Cheng-jin . Shale gas fracturing technology present situation and development Suggestions [J]. Oil drilling technology. 2011 (3) : 24-29.
  • [15] ZHANG Huan-zhi, HE Yan-qing, LIU Jia, etc. Present situation and the trend of development of the horizontal well staged fracturing technology abroad [J]. Journal of petroleum science and technology BBS. 2012 (6) : 47-52.
  • [16] WU Qi, XU Yun, LIU Yuzhang. U.S. shale gas volume reconstruction technology present situation and the enlightenment to our country [J]. Oil drilling technology. 2011 (02) : 1-7.
  • [17] Gary W,Schein,Stephanie Weiss. Simultaneous fracturing takes off:enormous multiwell fracs maxmize exposure to shale reservoirs ,achieving more production sooner[J]. E&P. 2008:81(3):55-58
  • [18] ZENG Fan-hui , GUO Jian-chun, LIU Heng, etc. The north American shale gas effective fracturing experience and enlightenment to China [J]. Journal of southwest petroleum university (natural science edition), 2013 (6) : 90-98.
  • [19]S.C.Maxwell,C.K.Waltman,N.R.Warpinski,etal.Imaging Seismic Deformation Induced by Hydraulic Fracture Complexity.[C].SPE102801, 2010.
  • [20] ZUO Chen ,XUE Cheng-jin , JIANG Ting-xue , etc. The application of the volume of shale gas well fracturing technology in our country suggested [J]. Journal of natural gas industry. 2010 (10) : 30-32.
Year 2020, Volume: 6 Issue: 2, 92 - 97, 31.07.2020

Abstract

References

  • [1] LI Zongtian. SU Jianzheng. ZHANG Rusheng. Modern Fracturing Technology of Horizontal Well in Shale[M]. China Petrochemical Press.2016
  • [2]XIAO Gang ,TANG Ying .Shale gas exploration and development technology[M]. Higher education press.2012
  • [3] LIU Guang-di . Petroleum geology [M]. Petroleum industry press, 2009.
  • [4] ZHANG Kang. The shale gas revolution to rewrite the traditional theory of oil and gas geological exploration [J]. China petrochemical. 2013 (01) : 21-23.
  • [5] LI Zong-tian , LI Feng-xia , HUANG Zhi-wen . The key role of hydraulic fracturing in oil and gas field exploration and development [J]. Journal of oil and gas geology and oil recovery. 2010 (5) : 76-79.
  • [6] LI Xiao-gang, SU Zhou, YANG Zhao-zhong, etc. Shale gas reservoir volume net seam fracturing technology progress [J]. Journal of oil and gas. 2014 (7) : 154-159.
  • [7] WANG Su-bing. Water fracturing technology review [J]. Journal of natural gas exploration and development. 2005 (04) : 39-42.
  • [8] Kent A Bowker,George Moretti,Lee Utley. Fayetteville Maturing[R]. Oil and Gas Invester. 2007,Jan.:14-17.
  • [9] ZhANG Wei-dong, GUO Min, YANG Yan-hui. Shale gas drilling technology review [J]. Chinese and foreign sources of energy. 2010 (6) : 35-40.
  • [10] XU Dong-jin, YOU Yan-rong, WANG Sheng-liang etc. Dense reservoir horizontal well staged fracturing technology status and progress [J]. Chinese and foreign sources of energy. 2013 (4) : 36-41.
  • [11] ZHANG Ran, LI Gen-sheng, Yang Ling. Shale gas production technology present situation and prospect [J]. Journal of petroleum machinery. 2011 (S1) : 117-120.
  • [12] LI Shao-ming, WANG Hui, DENG Han etc. Horizontal well staged fracturing technology review [J]. Journal of China petroleum and chemical industry. 2013 (10) : 56-59.
  • [13] TANG Ying ,TANG Xuan, WANG Guang-yuan etc. Shale gas development of hydraulic fracturing technology review [J]. Geological report. 2011 (Z1) : 393-399.
  • [14] XUE Cheng-jin . Shale gas fracturing technology present situation and development Suggestions [J]. Oil drilling technology. 2011 (3) : 24-29.
  • [15] ZHANG Huan-zhi, HE Yan-qing, LIU Jia, etc. Present situation and the trend of development of the horizontal well staged fracturing technology abroad [J]. Journal of petroleum science and technology BBS. 2012 (6) : 47-52.
  • [16] WU Qi, XU Yun, LIU Yuzhang. U.S. shale gas volume reconstruction technology present situation and the enlightenment to our country [J]. Oil drilling technology. 2011 (02) : 1-7.
  • [17] Gary W,Schein,Stephanie Weiss. Simultaneous fracturing takes off:enormous multiwell fracs maxmize exposure to shale reservoirs ,achieving more production sooner[J]. E&P. 2008:81(3):55-58
  • [18] ZENG Fan-hui , GUO Jian-chun, LIU Heng, etc. The north American shale gas effective fracturing experience and enlightenment to China [J]. Journal of southwest petroleum university (natural science edition), 2013 (6) : 90-98.
  • [19]S.C.Maxwell,C.K.Waltman,N.R.Warpinski,etal.Imaging Seismic Deformation Induced by Hydraulic Fracture Complexity.[C].SPE102801, 2010.
  • [20] ZUO Chen ,XUE Cheng-jin , JIANG Ting-xue , etc. The application of the volume of shale gas well fracturing technology in our country suggested [J]. Journal of natural gas industry. 2010 (10) : 30-32.
There are 20 citations in total.

Details

Primary Language English
Subjects Engineering
Journal Section Research Articles
Authors

Xingyuan Liang 0000-0002-7583-3969

Ji Hu This is me 0000-0001-5549-8764

Qishuang Zhou This is me 0000-0003-3426-7582

Lei Du This is me 0000-0002-8027-8699

Qiang Li This is me 0000-0003-4319-2578

Baofeng Li This is me 0000-0002-3311-0623

Yuan Cheng This is me 0000-0002-0782-0023

Publication Date July 31, 2020
Submission Date February 25, 2020
Acceptance Date May 14, 2020
Published in Issue Year 2020 Volume: 6 Issue: 2

Cite

APA Liang, X., Hu, J., Zhou, Q., Du, L., et al. (2020). Shale Gas Technical Development and Innovation. International Journal of Computational and Experimental Science and Engineering, 6(2), 92-97.