Proceedings of the International Field Exploration and Development Conference 2025

Jiaen Lin, a professor at Xi'An Shiyou University. He holds PhD degree in Mechanics from Tsinghua University, an MS degree from China Petroleum University, Beijing and a BS degree from Southwestern Petroleum University, both in petroleum engineering, He got English training for one year in Dept. of Foreign Language, Eastern China Normal University, Shanghai. He worked as a visiting scholar at University of Houston, USA for one year during 2011-2012 and at Herio-Watt University, UK for half a year in 1998. He worked as petroleum engineer in Xinjiang Petroleum Administration Bureau from 1983-1996 and late worked with Xi'an Shiyou University.Prof. Lin with more than 30 years of extensive experience with national oil producing companies and university, including reservoir description, reservoir engineering, well test analysis, reservoir information management, prediction of production performance, multi-phase fluid flow in porous media and numerical simulation. Over 50 papers published by Prof. Lin in academic journals and conferences. Prof. Lin also holds two patents and is the author of the book “Practical Well Test Analysis” which was published by Petroleum Industry in 1996 Press. He taught courses including "Reservoir Engineering", "Well Test Analysis", "Oil & Gas Well Production Testing" and "Oil & Gas Production Engineering".Prof. Lin is a Leader of more than 30 research projects related to reservoir monitoring and well test data interpretation, reservoir engineering, reservoir description and management from PetroChina, Sinopec and CNOOC in recent 10 years. He created a center for reservoir monitoring and management at the Xian Shiyou University. The team has achieved two important results related to reservoir engineering software. One is Well Test Analysis Software and the other is Web-Based Reservoir Surveillance Information Application System, these softwares have widely been used by many oilfields in China.

• Application of Corrosion Protection Technology in the Crude Oil Gathering and Transportation Process of Y Oilfield Carbon Dioxide Flooding Block.- Mechanistic Investigation and Optimal WAG Ratio Design for CO2 Stable Flooding through Multi‐Scale Experiments.- Comprehensive Grading Evaluation Method for CO₂ Flooding Potential Based on Static-Dynamic Parameter Synergy.- Dominant Influencing Factors and Field Application of CO2 "Pseudo-horizontal well" Gas Assisted Gravity Drainage (GAGD) in Complex Fault-Block Low Permeability Reservoirs.- Study on the Injection and Production Characteristics During the Process of CO₂ Flooding and Storage in Tight Oil Reservoirs.- Dominant Mechanisms and Field Pilot Test of CO2 Immiscible Flooding for Ultra-Low Permeability Fault-block Reservoirs.- Gas Production Characteristics and Improved Cylinder Calculation Model of Injection Volume for CO2 Huff and Puff in Heavy Oil with Horizontal Wells.- Study on the Influence of Phase Change of CO₂ on the Injection Capacity during the CO₂ Reinjection Process in the Depleted Gas Field.- Analysis of Stimulation Efficiency and CO2 Storage Capacity for CCUS-EGR in Tight Gas Reservoirs in Ordos Basin.- Design of Supercritical CO2 Corrosion Experimental Device and Research on Multiphase Corrosion Simulation Evaluation.- Research and Application of CCUS Wellbore Integrity Evaluation Technology Across the Full Lifecycle.- Study on Fault Slip Mechanism During CO2 Flooding and Storage.- Comprehensive optimization Of CO2 Sequestration and Gas Recovery in China Offshore Depleted Gas Reservoir.- Economic Limit of CCUS Enhanced Oil/Gas Recovery Projects.- Advances in Dynamic Monitoring Technologies for Formation Water in CCUS-EOR Systems.