Surveillance of ship emissions and fuel sulfur content based on imaging detection and multi-task deep learning

Cao, Kai; Zhang, Zhenduo; Li, Ying; Xie, Ming; Zheng, Wenbo

Surveillance of ship emissions and fuel sulfur content based on imaging detection and multi-task deep learning

2021

Cao, Kai | Zhang, Zhenduo | Li, Ying | Xie, Ming | Zheng, Wenbo

Shipping makes up the major proportion of global transportation and results in an increasing emission of air pollutants. It accounts for 3.1%, 13%, and 15% of the annual global emissions of CO₂, SOₓ, and NOₓ, respectively. Hence, effective regulatory measures in line with the International Maritime Organization requirements regarding the fuel sulfur content (FSC) used in emission control areas are essential. An imaging detection approach is proposed to estimate SO₂, CO₂, and NO concentrations of exhaust gas and then calculate FSC based on the estimated gas concentrations. A multi-task deep neural network was used to extract the features from the ultraviolet and thermal infrared images of the exhaust plume. The network was trained to predict various gas concentrations. The results show high prediction accuracy for the remote monitoring of ship emissions.

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