Article Details

Abstract

Against the backdrop of intensified oil and gas exploration and development and increasing resource scarcity, improving exploration and development efficiency while reducing costs is a prominent challenge for energy enterprises. To address issues such as low utilization efficiency of data resources, poor information sharing, and difficulties in multidisciplinary collaboration throughout the exploration process, this paper proposes and designs an oil and gas exploration information system based on WebGIS. The paper focuses on the overall architecture of the system, the integrated management mechanism for multi-source seismic data, and efficient visualization methods, thereby realizing the integrated management and dynamic display of exploration data. By integrating WebGIS with specialized seismic data, the system provides technical support for high-resolution map browsing and efficient three-dimensional visualization of seismic data volume. The system aims to provide reliable spatial decision support for the formulation of seismic exploration plans, shorten the exploration deployment cycle, and optimize resource allocation.

Keywords

oil and gas exploration; WebGIS; three-dimensional visualization of seismic data volume; information system

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About the authors

Zhou Cheng (July 1997-), male, Han nationality, from Nantong, Jiangsu, engineer, master's student, research direction: information system development.