Gas Wettability of Reservoir Rock Surfaces with Porous Media

by Guancheng Jiang

Overview

Gas Wettability of Reservoir Rock Surfaces with Porous Media compiles critical information on this complex topic, thus helping engineers more successfully face technical field challenges in oil and gas recovery. Combining both theoretical and practical knowledge, this concise reference bridges basic concepts with factors affecting gas wettability, also covering polymer-type gas wetting reversal agents in technical detail and discussing gas wettability’s influence on capillary force, oil-water distribution, and gas wettability’s application in petroleum engineering operations from both domestic and international projects. This book delivers the critical concepts, methods, mechanisms and practical technology needed for today’s complex oil and gas assets.

Product Details

ISBN-13:	9780128151501
Publisher:	Elsevier Science
Publication date:	06/19/2018
Pages:	282
Product dimensions:	7.50(w) x 9.25(h) x (d)

About the Author

Dr. Guancheng graduated from Southwest Petroleum University with a Bachelor of Engineering in 1987, and later completed a Master of Engineering in Applied Chemistry from China University of Petroleum in 1993. He also obtained a Doctor of Science in Marine Chemistry from Ocean University of China in 2005. He has been involved in scientific research and teaching petroleum engineering with research interest in reservoir physics, oil-gas field chemistry and reservoir protection. He has been awarded with at least 30 awards including two People’s Republic of China Scientific and Technological Progress Awards.

Table of Contents

1. Concept of Gas Wettability and Research Status2. Evaluation Methods and Influencing Factors of Gas Wettability3. Gas-wetting alteration agent and gas wetting alteration mechanism4. Effect of gas wettability on the surface properties of rocks5. Effect of gas wettability on capillaries and oil, gas and water distribution and seepage

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From the Publisher

Helps readers improve recovery rates from gas wettability and apply them to today’s complex oil and gas operations