Scholarlink

Guided by the idea of a “superposition-controlled reservoir”, the technical route of geologic analysis, seismic data interpretation, analogue modelling and basin digital modelling, geometry, kinematics, and dynamics are adopted in this paper to carry out systematic research on the deformation characteristics and evolution processes of different reformation types and their control on oil and gas accumulation and the depletion of deep marine strata in the Palaeozoic. In this paper, four stages of tectonic evolution and five types of intracontinental transformation since the Late Triassic are established, the time frame of transformation deformation is constructed, dynamic hydrocarbon accumulation characteristics and models under the control of different types of superimposed transformation are established, and favourable hydrocarbon accumulation zones and targets are proposed.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Structural Transformation in Cratonic Basins and Influence on Oil and Gas Accumulation in Deep Marine Strata

  • 章节

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

查看全文
  • Xuhui Xu,
  • Jianlin Lu,
  • Chenyu Zhang,
  • Mingzhe Deng,
  • Shang Deng,
  • Peng Deng,
  • Shuaiqiang Shan,
  • Zongxin Zuo

摘要

Guided by the idea of a “superposition-controlled reservoir”, the technical route of geologic analysis, seismic data interpretation, analogue modelling and basin digital modelling, geometry, kinematics, and dynamics are adopted in this paper to carry out systematic research on the deformation characteristics and evolution processes of different reformation types and their control on oil and gas accumulation and the depletion of deep marine strata in the Palaeozoic. In this paper, four stages of tectonic evolution and five types of intracontinental transformation since the Late Triassic are established, the time frame of transformation deformation is constructed, dynamic hydrocarbon accumulation characteristics and models under the control of different types of superimposed transformation are established, and favourable hydrocarbon accumulation zones and targets are proposed.