油田化学与提高原油采收率新进展

油田化学与提高原油采收率新进展

康万利, 白宝君, 主编

出版社:化学工业出版社

年代:2013

定价:35.0

书籍简介:

本书收录了2013国际油田化学新进展学术研讨会会议论文,本次会议于2013年6月26日至28日在山东青岛中国石油大学(华东)召开,会议主题为:油田化学工程技术的创新与挑战。共有来自美国、英国、加拿大、挪威、荷兰、哥伦比亚、科威特、墨西哥8国家以及国内的40多家石油企业、科研院所及大专院校的200余位专家学者参会,收到国内外中英文会议论文共计80余篇。通过会议期间的交流、探讨,加深了与会者对国内外油田当前面临的化学挑战、应对策略和未来发展重点方向的理解。

书籍目录:

Section 1 Chemical Enhanced Oil Recovery

Chemical Flooding Applied in the Shengli Oilfield

Study of the Novel Oil-displacing System of the β-cyclodextrin Inclusion Complex

Study of Solution Characteristics and Field Application of Functional Polymer Surfactant

Adaptability of a New Functional Polymer in Type 3 Oil Layers

An Applied High-Viscoelasticity Polymer Flooding Simulator and its Application in the Daqing Oilfield

Optimization of the Injection Amount of Polymer Flooding in Heterogeneous Reservoirs in the Daqing Oilfield

Study on the Matching Relationship between Polymer Hydrodynamic Characteristic

Size and Pore Throat Radius of Target Blocks Based on the Microporous Membrane Filtration Method

Viscosity Estimation for a Polymer Solution in a Porous Medium

Synthesis and Performance of a New Polymer for Intermediate Permeability Oil Layers

Research on the Viscoelastic Time Behavior of an Amphiphilic Polymer Displacing Agent Solution

Study of Ultra-low Interracial Tension Foam System Application in the Lamadian Oilfield

Effects of HPAM of Different Molecular Weights on Foaming Properties of AOS

Laboratory Study of Foam Flooding after Polymer Flooding in the Daqing Oilfield

Flow Property of Foam in Porous Media

The Influence of Core Permeability on the Oil Displacement Efficiency of CO2 Flooding

An Experimental Study of Enhanced Oil Recovery Using Nanofluids Flooding

Study on the Interfacial Prperties of an Oil Recovery Agent of P(AM-NaA-ODAM) Polymer

Effect of Molecular Structures of 4 Surfactants on Interfacial Activity

Study on the Flow Character of the Amphiphilic Polymer Oil-in-water Emulsion

Experimental Evaluation on Performance of CO2 Foaming Agent at High

Temperature and High Pressure Conditions

Research on Nano-SiO2 Modification and the Interfacial Behaviors for Oil Flooding

Section 2 Chemical Conformance Control

Gelation Behavior of the Delayed Crosslinking Amphiphilic Polymer Gel Based on Multiple Emulsions

Plugging Mechanism of Cross-linked Polymer Microspheres for Profile Control

Experimental Evaluation of Water Control Agents in Low Permeability Reservoirs with Fractures

Study of the Profile Control Efficiency of Multi-cycle Chemistry Countermeasures

New Research Progress and Development Direction of Chemical Profile Control Systems

The Synthesis and Evaluation of Microsphere Particle Profile Control Agent

Research and Application of Polymer Gel-Surfactant Profile Control Technology in Karamay Oilfield

Experimental Study of Profile Inversion for a Heterogeneous Multi-layer Reservoir

Application of Various Particle Gels in China Oilfields

Section 3 Chemistry for Increasing Water Injection and Oil Production

Application of In-situ Gas Generation Huff-n-puff Process in the W5 Heavy Oil Reservoir of the Jiangsu Oilfield

Cause Analysis on Under-injection in Water Injection Wells of Block Wen 88 in Zhongyuan Oilfield

An Investigation on Nonionic Surfactant for Refraining Waterlock in Workover of Low Permeability Oilfield

Research and Application of New High Temperature Fracturing Fluid for Continuous Mixing Fracturing in Shengli Oilfield

Study on Rheological Properties of the Basic Fluid of Hydrophobic Modified Hydroxyl Ethyl Cellulose of Fracturing Fluid Thicker

Section 4 Chemistry for Well-drilling Fluid

Foaming Problem and Solution of Amine Inhibitor in Field Applications

Investigating the Quantitative Reduction and Resource Recycling Technologies of Oil Sludge

Research on Oil-based Foam Drilling Fluid Technology

Study of Damage Mechanism and Protection Counter-measure for Coalbed Methane

Synthesis Progress of Betaine Surfactants and Their Application in Oilfield

HLB Calculation of Fatty Amide Emulsifiers by Group Based Method

The Technology of Driling Fluid in BoYe-P2 Well-Shale Oil Horizontal Well in Shengli Oilfield

An Experimental Investigation on Use of Sealing Agent NFD-1 in an Oil-based Drilling Fluid

Microscopic Visualization Research on Action Mechanism of One-way Shielding Agent

Treatment of Sulfonated Drilling Wastewater with Novel Solar-assisted Catalytic Oxidation Process

Development and Application of Sealing Fluid for Unconventional Reservoir

内容摘要:

《油田化学与提高原油采收率新进展》收录了油田化学领域研究前言的论文,体现了油田化学的最新进展。加深了与会者对国内外油田当前面临的化学挑战、应对策略和未来发展重点方向的理解。报告内容前瞻,得到了与会专家学者的一致好评。《油田化学与提高原油采收率新进展》可供油田化学相关领域工作人员参考使用,也可供对油田化学最新进展感兴趣的人阅读。

书籍规格:

书籍详细信息
书名油田化学与提高原油采收率新进展站内查询相似图书
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出版地北京出版单位化学工业出版社
版次1版印次1
定价(元)35.0语种简体中文
尺寸26 × 19装帧平装
页数印数

书籍信息归属:

油田化学与提高原油采收率新进展是化学工业出版社于2013.11出版的中图分类号为 TE65-53 的主题关于 石油化工-文集 的书籍。