Petroliferous basin analysis method based on fracture-uplift linkage

Abstract

The invention discloses a petroliferous basin analysis method based on fracture-uplift linkage. The method includes the following steps that firstly, fracture-uplift binary basin control action analysis is conducted; secondly, resource potential evaluation and reservoir forming condition analysis are conducted; thirdly, reservoir forming main controlling factor analysis and favorable zone optimization are conducted. The method breaks through simplex fracture margin reservoir controlling research, is combined with the substrate activation uplift effect, fracture, uplift and pitting are brought into integrated research according to a fracture and uplift composite development region, inner cause mechanism between fracture and uplift and different time-space complex superimposition structure manifestation forms are discussed, and four fracture-uplift linkage structure cause modes are built. On the basis, a system researches structure characteristics, structure evolution, sediment migration and resource potential of Miaoxi pots under the fracture-uplift linkage mechanism, exploration potential evaluation of exploratory area edge pits of the Bohai Sea is carried out according to the positive coupling effect and system oil and gas migration and accumulation simulation in fracture and uplift linkage evolution, a beneficial exploration direction is pointed, and the exploration pace of edge cold area small pits is greatly promoted.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes an improved way of controlling the movement of gases within deposits during drilling operations. By combining fracture energy production and gravity compensated movements, this technique can improve efficiency while reducing damage to surrounding structures such as roads. It also includes analysis tools like faults associated with these processes, allowing researchers to better interpret data collected through experiments conducted at various locations around the world. Overall, this technology helps optimize hydrocarbon recovery efforts without causing environmental concerns.

Problems solved by technology

This patented technical problem addressed in this patents relates to understanding how different types of rock formations can lead to various physical phenomena such as deformation (deformity) caused by gravity waves from deep sea flooding events, which may affect drilling operations and hydrocarbon production rates.

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