2025 International Conference on Geology, Energy and Oil and Gas Exploration
2025年地质、能源与油气勘探国际学术会议（GEOGE 2025）
2025 International Conference on Geology, Energy and Oil and Gas Exploration (GEOGE 2025) successfully concluded online on the afternoon of September 19. The conference commenced promptly at 2:00 PM, bringing together experts and scholars from across the globe. Through its agenda featuring an opening ceremony, a virtual group photo, keynote presentations, and oral sessions, the event facilitated a rich and forward-looking academic exchange. The proceedings drew to a close at approximately 4:00 PM.
Group Photo
The conference featured two pivotal keynote presentations that captured significant attention.
Prof. Shicai Sun, Shandong University of Science and Technology
Speech Title: Thermal conductivity test of natural gas hydrate
Firstly, Professor Sun Shicai from Shandong University of Science and Technology presented his latest breakthroughs in "Thermal conductivity test of natural gas hydrate," providing critical theoretical insights for the efficient development of this future clean energy resource.
Prof.Chenglin Liu, China University of Petroleum (Beijing)
Speech Title: Spherical structure and prospective hydrogen sources-taking the western margin of the Ordos Basin as an example
Subsequently, Professor Liu Chenglin from China University of Petroleum (Beijing) delivered a presentation titled "Spherical structure and prospective hydrogen sources-taking the western margin of the Ordos Basin as an example." He provided an in-depth analysis of the relationship between geological structures and the accumulation of hydrogen, an emerging clean energy source, pointing towards new directions for hydrogen exploration.
The oral presentation session that followed showcased cutting-edge research from several promising young scholars. This session covered a wide spectrum of topics, including characterization of coal resources, the application of artificial intelligence in geological engineering, innovation in advanced energy materials, and remote sensing monitoring technologies. Presenters delved into specific subjects such as the mineral composition of coal in specific regions of Xinjiang, machine learning for predicting risks in shield construction, the enhancement of sodium storage performance in coal-derived hard carbon materials, and ground settlement monitoring along linear engineering projects in loess areas using advanced radar interferometry techniques. These presentations highlighted the immense potential of interdisciplinary approaches in addressing complex challenges within geology and energy.
The conference maintained a tight schedule and fostered a dynamic exchange of ideas. Despite the online format, the vitality of academic discourse remained undiminished, with participants actively engaging in Q&A and sharing research insights. The successful convening of GEOGE 2025 not only provided a high-level platform for global researchers in the field of geological energy but also collectively showcased the technological frontiers, ranging from traditional oil and gas to emerging hydrogen energy, and from fundamental geology to intelligent prediction. The conference has contributed valuable wisdom and solutions toward driving technological innovation and sustainable development in the field.
2025年地质、能源与油气勘探国际学术会议（GEOGE 2025）圆满落幕
2025年地质、能源与油气勘探国际学术会议（GEOGE 2025）于9月19日下午在线上成功闭幕。本次会议于当日下午2时准时开幕，汇聚了全球该领域的专家学者，通过开幕式、云端合影、主旨报告及口头报告等环节，展开了一场内容丰富、前瞻性强的学术交流。会议在当天下午四时许圆满落下帷幕。
首先在主旨报告环节，山东科技大学孙始财教授分享了《天然气水合物导热性能测量研究》的最新突破，为这一未来清洁能源的高效开发提供了关键理论依据。
随后，中国石油大学（北京）刘成林教授以《圈层结构与潜在氢气源—以鄂尔多斯盆地西缘为例》为题，深入剖析了地质构造与新兴清洁能源氢气储集的关系，为氢能勘探指明了新的方向。
在随后进行的口头报告环节，多位青年才俊汇报了他们的前沿研究成果。本环节报告内容广泛，涵盖了从煤炭资源特性分析、人工智能在地质工程中的应用，到先进能源材料创新及遥感监测技术等多个热点方向。 具体而言，报告人分别就新疆特定煤区的矿物质组成、机器学习预测盾构施工风险、煤基硬碳材料在钠电池中的性能提升，以及基于先进雷达干涉技术的地表沉降监测等课题进行了深入探讨，展现了跨学科研究方法在解决地质能源复杂问题中的巨大潜力。
整场会议议程紧凑，交流热烈。尽管以线上形式举行，但丝毫不减学术碰撞的火花。与会学者在“云端”积极提问互动，共享研究心得。本次会议的成功举办，不仅为全球地质能源领域的研究者提供了一个高水平的交流平台，更集中展示了从传统油气到新兴氢能、从基础地质到智能预测的技术前沿，为推动该领域的科技创新与可持续发展贡献了智慧与方案。