We possess the capability to provide comprehensive geological evaluation technical services for different types of oil and gas reservoirs. Our research areas primarily include: basin analysis and modeling, reservoir formation models and patterns, exploration target optimization, secondary detailed interpretation of well logging, distribution laws of oil, gas, and water, fine description of oil and gas reservoirs, and optimal evaluation of production zone selection during various stages of exploration and development.

 

一、Specialized Technologies

1、Acoustic and Gamma Ray Log Interpretation Techniques for Lithology Identification

The application of pseudo-acoustic and pseudo-gamma techniques amplifies the differences in electrical parameters of different lithologies, effectively identifying rock types such as carbonate rocks and clastic rocks.

 

 

2.True 3D PVT Oil and Gas Reservoir Filling and Distribution Technology

3、.Reservoir 3D Geological Modeling Technology

4、Fine Evaluation of Watered-Out Layers in Ultra-Low Permeability Oil Reservoirs

 

二、Typical Application Case Studies

1、Reservoir Genesis Mechanism Analysis and Comprehensive Evaluation of Tight Oil and Gas Reservoirs

Analysis of the sedimentary-diagenetic evolution process to identify the genesis mechanism of ultra-low permeability reservoirs. By combining microscopic pore structure analysis and well logging interpretation results, we comprehensively predict the distribution of favorable reservoir zones in ultra-low permeability reservoirs.

 

2、Basin Simulation Analysis

Through "Oil and Gas Filling and Preservation Simulation Analysis," we clarify the history of oil and gas filling in a certain reservoir. Based on differences in geological factors such as structure, sedimentation, and diagenesis, we divide the study area into different research units to meticulously investigate their resource contribution and distribution.

3、Study on Gas and Water Distribution Patterns

Based on the three-dimensional spatial distribution of reservoir parameters obtained through technologies such as reservoir 3D fine modeling, combined with geological analysis of multiple factors such as sedimentation, diagenesis, and structure, we aim to precisely delineate the gas-water distribution patterns in the main gas layers. We establish gas-water relationship profiles at the single sand body level, focusing on explaining anomalies such as water production in higher positions and gas production in lower positions. By analyzing the horizontal distribution patterns of gas and water, we lay a solid foundation for the development planning of oil and gas fields.