▶We are interested in developing strategies to mitigate anthropogenic CO2 emissions, and address the current knowledge and capability gaps in approaches, methodologies and technology required for the effective geological reservoir selection and environmental monitoring of offshore carbon capture, utilisation and storage (CCUS) sites. Current research interests include:

1. Offshore Carbon Capture, Utilization and Storage (CCUS)

2. Bubble Acoustics and Signal Processing

3. Underwater Acoustic Communications

▶In our research, we incorporate interdisciplinary investigations for selecting potential offshore geological reservoirs, and develop theoretical models and practical tools for the detection, localization, classification, and quantification of gas emissions that may occur at the storage sites.

▶Jianghui Li, Accelerating the offshore CCUs to carbon-neutral China, Fundamental Research, (2025).

Shuduo Liu，Jianghui Li, Wen Xu, Active acoustic measurement of sound speed for quantifying underwater gaseousbubble emissions, Applied Acoustics, (2024).

▶Yongchun Miao，Jianghui Li, Yingsong Li, A Novel Tracker of Adaptive Directional Ridge Separation and Prediction for DetectingWhistles, lEEE Journal of Oceanic Engineering, (2024).

▶Jinliang Liu，Jianghui Li, Chunshan Liu, AlS-based kinematic anomaly classification for maritime surveillance, Ocean Engineering, (2024).

▶Jianghui Li, Fengling yu , Xiongwei Niu ,Tian Zhou，Yunxiu Zhang，Wenling Li， Advances and Future Development of Monitoring Technologies for MarineCarbon Storage, Advances in Earth Science , (2023).

▶Jianghui Li, Pengchun Li, Yanzun Li, F. Tong, TechnologySystem ofOffshore Carbon Capture, Utilization, and storage, Chinese Journal of Engineering Science, (2023).