首页 / 石油科技 / 化学驱提高石油采收率技术:基础研究与实践=Chemical flooding enhanced oil recovery technology:Fundamental research and practice:英文
化学驱提高石油采收率技术:基础研究与实践=Chemical flooding enhanced oil recovery technology:Fundamental research and practice:英文

化学驱提高石油采收率技术:基础研究与实践=Chemical flooding enhanced oil recovery technology:Fundamental research and practice:英文

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丛 书 名

朱友益,侯庆锋

出 版 社石油工业出版社

ISBN978-7-5183-4601-1

出版日期2021.1

所属分类TE357.46

100.00 100.00
图书库存 缺货
7.7
化学驱提高石油采收率技术:基础研究与实践=Chemical flooding enhanced oil recovery technology:Fundamental research and practice:英文
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丛书名

1

18.25

条码号9787518346011

平装

出版社石油工业出版社

印刷时间2021.1

所属分类TE357.46

289

490千字

1/16

CIP 数据CIP数据核字(2021)第058686号

  • 内容简介
本书涉及化学驱提高采收率技术领域,内容包括:新型驱油用表面活性剂研制,化学驱油体系配方研制与优化,新型多介质组合驱油体系研究,化学驱现场试验与应用实践。 本书可供国内外从事三次采油化学驱提高采收率技术研究与应用的技术人员、高校老师和研究生参考阅读。
  • 目录
Part 1 Development of New Surfactant for Oil Displacement
Studies on Viscoelastic Surfactants for its Potential EOR Application in the Low Permeability
Reservoirs
PDEA-based Amphiphilic Polymer Enables pH-responsive Emulsions for a Rapid Demulsif ication
Roles of the Hydrophobic Tail Groups on the Properties of CO2-switchable Surfactants
A Study on Ultra-Low Interfacial Tension with Heavy Alkyl-Benzene Sulfonates Based Surfactants
Formulations
Study on Phase Behavior of Narrow Fraction Heavy Alkylbenzene Sulfonates
Systematic Evaluation of Petroleum Sulfonate:Polarity Separation and the Relationship
between Structure and Oil Recovery Property
Separation of Low Polarity Petroleum Sulfonate:Eluant Selection,Characterization and
Performance Measurement
Part 2 Development and Optimization of Chemical Oil Displacement Systems
Developments of ASP/SP Flooding Formulations for Huabei Fault Block Reservoir
Studies on Surfactant-Polymer Combination Flooding Formulations for a High Salinity Reservoir
Studies on Foam Flooding Formulation for Complex Fault Block Sandstone Reservoir
Evaluation of Interfacial Tension and Emulsifying Properties of Composite System of Heavy
Alkylbenzene Sulfonate
Phase Behavior Study on the Compounded System of Heavy Alkylbenzene Sulfonate
Spontaneous Imbibition of Fracturing Fluid into the Shale Oil Reservoir
Swelling Properties of Clay:A Review
Part 3 Multi-medium Combined Oil Displacement System
Studies on a Hybrid of Movable Gel and ASP Flooding Further EOR for the Reservoir after
Polymer Flooding
Studies on a Hybrid of Foam and ASP Flooding Further EOR for the Reservoir after Polymer
Flooding
Studies on Nanoparticle-Stabilized Foam Flooding EOR for a High Temperature and High Salinity
Reservoir
Mechanism Study on Foam Flooding for Daqing Reservoirs after Polymer Flooding
Enhancement on Stability of Oil-displacement Foam by Palygorskite Nano-particles
Part 4 Field Tests and Application Practice
Effects of Emulsif ication on Oil Recovery and Produced Liquid Handing in Chemical
Combination Flooding
Recent Progress in the Field Practice of Chemical Flooding Enhanced Oil Recovery Technologies in China
Associated Polymer ASP Flooding Scheme Optimization Design and Field Test after Polymer
Flooding in Daqing Oilf ield