ISSN 1673-8217 CN 41-1388/TE
主管:中国石油化工集团有限公司 主办:中国石油化工股份有限公司河南油田分公司
钟高明, 赵密福, 李永刚, 赵兴安, 郑天龙, 梁杨. 2016: 火山岩致密凝灰岩气藏开发潜力分析——以松南火山岩气藏为例. 石油地质与工程, 30(01): 91-94+149.
引用本文: 钟高明, 赵密福, 李永刚, 赵兴安, 郑天龙, 梁杨. 2016: 火山岩致密凝灰岩气藏开发潜力分析——以松南火山岩气藏为例. 石油地质与工程, 30(01): 91-94+149.
Zhong Gaoming, . 2016: Development potential analysis of dense volcanic tuff gas reservoirs. Petroleum Geology and Engineering, 30(01): 91-94+149.
Citation: Zhong Gaoming, . 2016: Development potential analysis of dense volcanic tuff gas reservoirs. Petroleum Geology and Engineering, 30(01): 91-94+149.

火山岩致密凝灰岩气藏开发潜力分析——以松南火山岩气藏为例

Development potential analysis of dense volcanic tuff gas reservoirs

  • 摘要: 松南火山岩气藏是一个高效开发的火山岩气藏,已开发生产6年,目前仍具有年产5亿方的生产能力。但是随着气藏生产时间的延长,气藏边底水推进、水气比快速上升、动态储量减少、天然气市场供不应求和冬季保供带来的峰谷差加大等因素,给气藏持续稳产带来了巨大挑战。通过分析YD1HF井高含CO2和腰深101井压裂高产,结合目前气藏动态认识,详细论述了火山岩致密凝灰岩第一低孔渗带未动用储量的范围和规模,通过调研和类比其他气藏储层条件和开发方式,认为致密凝灰岩储层通过水平井开发,采用分段适度压裂改造可提高产能,实现经济有效动用,最大限度提高储量动用率,保持气田长期稳产。

     

    Abstract: Songnan volcanic gas reservoir is a high efficient development of volcanic gas reservoir.With six years of development,it is still capable of producing 500 million square production capacities.However,with the extension of time in gas reservoir production,advanced edge-bottom water,rapidly rising water-gas ratio,decreased dynamic reserves,the natural gas market in short supply and winter protection for factors such as the widened peak valley,agreat challenge has been brought to the continuous and stable gas reservoir.By analyzing the high CO2 content in YD1 HF well and high fracturing yield of Yaoshen-101 well,combined with the gas reservoir dynamic understanding,the dense volcanic tuff has been described in detail.Through research and comparison of other gas reservoir conditions and development ways,the dense tuff reservoir with horizontal well development should be adopted.By moderately adopting subsection fracturing to increase production capacity,to realize the economic effective use,and maximize the producing rate of reserves,and maintain long-term stable gas field.

     

/

返回文章
返回