In area of integrated research, a group of technical elites from the petroleum industry have gathered to form a strong comprehensive research team, with leading figures including Professor Deng Hongwen, Professor Wang Yigang and Professor Hou dujie. Company is continuously exploring and tracking the world's leading geological theory, exploration and development technology. From microscopic analysis & testing to macroscopic systematic research in exploration area, a series of advanced and practical methods, technologies have been formed, especially for various lithologies such as clastic, carbonate and igneous rocks; different fluids such as oil, natural gas and natural gas hydrate (NGH). The contents include: seismic data interpretation and structural analysis, sequence stratigraphy and sedimentation research, reservoir prediction, structural stress field simulation, structural and lithologic trap exploration and evaluation, reservoir description, geochemistry, development plan design, etc.
Structural interpretation and complex structure analysis
根据区域构造背景及构造发育演化规律,建立构造解释模式,进行全三维解释。
High resolution sequence stratigraphy and sedimentation analysis technology
The high-frequency sequence framework of "seismic scale" is the fundament for fine description of structures and reservoirs, establishing high-resolution sequence framework under the guidance of high-resolution sequence stratigraphy theory (Figure 3).
Quantitative prediction of complex reservoir and hydrocarbon detection technology
The reservoir prediction objects are mostly complex reservoirs such as thin layers, fluvial facies reservoirs, gravity flow reservoirs, etc.
Integrated research technology of carbonate reservoir
Complex carbonate reservoirs, including pre-salt lacustrine carbonate reservoirs, have certain particularity, and a series of mature technical methods have been formed through research.
Integrated evaluation of petroleum geological conditions
Analyzing petroleum geological conditions of the target area and traps, including hydrocarbon sources, reservoirs, cap rocks, traps, filling, preservation, and space-time configurations, together with oil and gas detection results to carry out a comprehensive evaluation of petroleum geology and implement the favorable structural zone and trap targets.