TY - JOUR
TI - Fracture simulation and parameter optimization of hydraulic fracturing on Guandong shale oil in Dagang oilfield
AU - Xu Jing
AU - Ma Xin-Fang
AU - Pu Xiu-Gang
AU - Guan Quan-Sheng
AU - Jiang Wen-Ya
AU - Shi Zhan-Nan
AU - Sun Yao-Yao
JN - Thermal Science
PY - 2025
VL - 29
IS - 2
SP - 1557
EP - 1562
PT - Article
AB - The Dagang Oilfield has developed a multi-layered 3-D technology for  terrestrial shale oil, but challenges such as multiple faults, vertical  bedding, superim­posed oil-bearing layers, and limited vertical modification  lead to inconsistent effectiveness. To address this, this study establishes  a 3-D geological model of the Guandong shale oil (GY) block, integrating  fracture parameter inversion from construction pressure and logging data,  calibrated through historical matching. It examines fracture morphology,  well spacing, horizontal section length, and fracture parameters,  optimizing well patterns and fracturing parameters using an or­thogonal  experimental method. Additionally, an evaluation system combining the  analytic hierarchy process and fuzzy comprehensive evaluation provides  guidance for efficient shale oil reservoir development.