Research on Safety Design of Waste Heat Recovery System (WHR) for Ships

Based on the international requirements for reducing greenhouse gas emissions in shipping, this article outlines waste heat recovery power generation technology as an energy-saving and environmentally friendly means on board ships, and summarizes the current technological development status and working principles of waste heat recovery and utilization systems at home and abroad. Regarding the application of waste heat recovery system (WHR) onboard, this article decomposes the WHR system from the perspective of working principle and design layout, identifies and analyzes the safety design requirements for its onboard application, and proposes appropriate preventive and security measures. Based on the above analysis, this article looks forward to the development prospects and possible problems of WHR’s future applications on ships, providing reference for the practical engineering application of waste heat recovery power generation technology on ships.

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Publication Details

Published
2024-12-27
DOI
https://doi.org/10.1109/icises64179.2024.11116498
Primary Topic
Marine and Coastal Research
Type
article
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article

Research on Safety Design of Waste Heat Recovery System (WHR) for Ships

Song Niu, Yongfang Jian, Xiuwen Fu, Huibin Wang et al.
Marine and Coastal Research
article

Research on Safety Design of Waste Heat Recovery System (WHR) for Ships

Song Niu, Yongfang Jian, Xiuwen Fu, Huibin Wang, Xiang Fang, Qianyun Lou
article en

Abstract

Based on the international requirements for reducing greenhouse gas emissions in shipping, this article outlines waste heat recovery power generation technology as an energy-saving and environmentally friendly means on board ships, and summarizes the current technological development status and working principles of waste heat recovery and utilization systems at home and abroad. Regarding the application of waste heat recovery system (WHR) onboard, this article decomposes the WHR system from the perspective of working principle and design layout, identifies and analyzes the safety design requirements for its onboard application, and proposes appropriate preventive and security measures. Based on the above analysis, this article looks forward to the development prospects and possible problems of WHR’s future applications on ships, providing reference for the practical engineering application of waste heat recovery power generation technology on ships.

China Classification Society (CN)
Affordable and clean energy
Openalex Percentile: Top 61%
Marine and Coastal Research
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Research on Safety Design of Waste Heat Recovery System (WHR) for Ships — Song Niu, Yongfang Jian, et al. · (2024) | TGRS Research Map | TGRS