This book compiles selected papers from the 14th International Field Exploration and Development Conference (IFEDC 2025).The work focuses on topics including Reservoir Exploration, Reservoir Drilling & Completion, Field Geophysics, Well Logging, Petroliferous Basin Evaluation, Oil & Gas Accumulation, Fine Reservoir Description, Complex Reservoir Dynamics and Analysis, Low Permeability/Tight Oil & Gas Reservoirs, Shale Oil & Gas, Fracture-Vuggy Reservoirs, Enhanced Oil Recovery in Mature Oil Fields, Enhanced Oil Recovery for Heavy Oil Reservoirs, Big Data and Artificial Intelligence, Formation Mechanisms and Prediction of Deep Carbonate Reservoirs, and other Unconventional Resources.The conference serves as a platform not only for exchanging experiences but also for advancing scientific research in oil & gas exploration and production.The primary audience for this work includes reservoir engineers, geological engineers, senior engineers, enterprise managers, and students.
Research Progress on Imbibition Production Mechanism of Shale
Reservoir.- Research and Test on Electric Heating Production Technology for
Bottom Water Heavy Oil Reservoir in Dagang Oilfield.- Characteristics of
Ultra-Low Permeability Conglomerate Reservoirs and Study on the Lower Limit
of Gas Injection Mobilization.- Optimization and Practice of Horizontal Well
Reservoir Transformation in Tight Sandstone Gas Reservoirs Considering
Geological Engineering Integration.- Development Strategy and Optimization of
Strong Bottom Water Offshore Heavy Oil Reservoirs.- Fracturing Fluid-Induced
Damage in Tight Sandstone Reservoirs: A Case Study from the Qingshimao Gas
Field.- A Study on the Utilization of CO2/N2 Injection for Enhanced Recovery
and Carbon Sequestration in Shale Gas Reservoirs.- OPTIMIZATION of SOAKING
TIME for CO2 HUFF and PUFF DEVELOPMENT in TIGHT OIL RESERVOIRS.- Synthesis of
KH570 Modified Nano Silica Polyacrylamide Nanocomposites And Its Application
of EOR.- Study on stress sensitivity of different lithofacies shale under
dynamic stress conditions.- Immiscible Gas Injection for Gravity Drainage in
a Fractured Basement Reservoir: Case Study.- Numerical Simulation Study on
Pressure-Driven Waterflooding in Low-Permeability Reservoirs.- Evaluation of
CO2 Flooding in the Fuyang Ultra-low Permeability Reservoirs.- A new downhole
second heating technology pilot in heavy oil reservoir.- Research on the
Development Technology of CO2 Uptake in Complex Fault-Block Heavy Oil
Reservoirs.
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.
