Zhang, Niyu; Wang, Xinpeng; Wang, Cong; Peng, Zhongxiu; Chen, Youxiao; Liu, Lianhao; Chen, Lijie; Hu, Jiawei; Wei, Wei; Li, Xuesong

JOURNAL OF MARINE SCIENCE AND ENGINEERING

2025, 6,

Zhang, Niyu; Wang, Xinpeng; Wang, Cong; Peng, Zhongxiu; Chen, Youxiao; Liu, Lianhao; Chen, Lijie; Hu, Jiawei; Wei, Wei; Li, Xuesong

In the context of green shipping, carbon capture, utilization, and storage (CCUS) technology is widely recognized as an effective approach for maritime emission reduction. However, existing onboard CO2 capture systems (OCCS) face challenges including high retrofit complexity, operational limitations, significant deadweight tonnage loss, and compromising feasibility. This study addresses these issues through modular redesign and standardization of two core components: the capture device and CO2 storage system. We developed clustered storage units to ensure secure CO2 storage while maximizing economic efficiency, with optimal deployment determined through parameter optimization. The work further examines post-capture processing methods and implementation barriers for onboard CCUS, establishing practical pathways to advance decarbonization technologies and mature maritime CCUS industry chains.