Measurement and Characterization in CCUS and Subsurface Energy Development    CCUS和地下能源开发中的测量与表征

 

 

Session Chair

Jianping Xu Nanjing University China

 

Session Co-Chairs

Zhaoyang Ma Nanjing University China	Congcong Yuan Nanyang Technological University Singapore	Zuhao Kou SouthWest Petroleum University China

Fuqiao Bai Eastern Institute of Technology, Ningbo China

 

Summary:

This session focuses on measurement and characterization in CCUS and subsurface energy development, highlighting their importance for safe and efficient carbon capture, utilization and storage, subsurface energy resource development, carbon emission reduction, and low-carbon energy transition. Measurement and characterization are foundational for understanding pore-scale mechanisms, evaluating storage capacity and sealing integrity, optimizing injection and production, monitoring CO2 plume and geomechanical response, and reducing uncertainty in industrial deployment. This session targets researchers and engineers in CCUS, geosciences, petroleum engineering, chemical engineering, materials science, instrumentation, and data science. The expected outcomes include exchanging advances in microfluidic experiments, low-field NMR, micro-CT imaging, advanced geological material characterization such as SEM-EDS, acoustic and seismic measurements, multi-scale characterization, data fusion and intelligent interpretation, and field-scale monitoring, fostering interdisciplinary collaboration and accelerating innovative technologies toward industrial application.

 

本专题聚焦CCUS和地下能源开发中的测量与表征技术，对推动安全高效的碳捕集、利用与封存，地下能源资源开发，碳减排和低碳能源转型具有重要意义。测量与表征是认识孔隙尺度机理、评价封存容量与密封完整性、优化注入与开采、监测CO2羽流与地质力学响应、降低工业化应用不确定性的基础。面向CCUS、地球科学、石油工程、化学工程、材料科学、仪器科学及数据科学等领域的研究人员与工程技术人员，旨在促进多学科交叉，交流微流控实验、低场核磁共振、微CT扫描、高级地质材料表征（如扫描电镜-能谱仪测量岩石矿物成分）、声波（地震波）测量、多尺度表征、数据融合与智能解译及现场监测的最新进展，推动创新技术研发与产业应用。

 

Topics:

1. Microfluidic Measurement and Characterization for CCUS and Subsurface Energy Development (微流控测量与表征在CCUS和地下能源开发中的应用)
2. Low-Field NMR Characterization of Pore Structure and Fluid Occurrence (低场核磁共振孔隙结构与流体赋存表征)
3. Micro-CT Imaging and 3D Pore-Fracture Network Characterization (微CT扫描与三维孔隙裂隙网络表征)
4. Advanced Geological Material Characterization: SEM-EDS, XRF, Raman Spectroscopy and other Techniques for Rock Mineral Composition Analysis  

(高级地质材料表征：扫描电镜-能谱仪、X射线荧光光谱、拉曼光谱等在岩石矿物成分分析中的应用)
5. Acoustic and Seismic Measurement for Rock Properties and Subsurface Fluid Monitoring (声波与地震波测量在岩石物性和地下流体监测中的应用)

6. Multi-Scale Measurement Integration and Field-Scale Application in CCUS and Subsurface Energy Development

(多尺度测量表征集成与CCUS和地下能源开发现场应用)

 

Keywords:

• CCUS (碳捕集、利用与封存)

• Subsurface Energy Development (地下能源开发)

• Measurement and Characterization (测量与表征)

• Microfluidics (微流控)

• Low-Field NMR (低场核磁共振)

• Micro-CT Scanning (微CT扫描)

• SEM-EDS (扫描电镜-能谱仪)

• Acoustic/Seismic Measurement (声波/地震波测量)

• Multi-Scale Characterization (多尺度表征)

 

Submission Deadline: May 31, 2027