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Jan DE NUL Group s'allie à Seiche Ltd pour commencer des essais de développement d'un système automatisé de détection de mammifères marins à bord de ses navires. A cette fin, les caméras visuelles et thermiques de Seiche sont installées à bord du navire Adhémar DE SAINT-VENANT qui travaille actuellement aux Pays-Bas. Un accord de collaboration pour démarrer ce projet pilote innovateur avec les nouvelles caméras thermiques HD de deuxième génération de Seiche a été signé en mai 2021. Les premiers essais de caméras serviront à optimiser le logiciel d'I.A. pour des projets futurs.

Jan DE NUL Group joins forces with Seiche Ltd to start trials for the development of an automated marine mammal detection system on board of its vessels. To this purpose, Seiche's visual and thermal cameras have been installed on board the vessel Adhémar de Saint-Venant currently working in the Netherlands. A collaboration agreement to start this innovative pilot project with Seiche's new second-generation HD thermal cameras was signed in May 2021. The first camera trials will be used to optimize the A.I software for future use on projects.

A new cost-effective, zero-emissions solution for high-speed passenger ferries is on the horizon thanks to a new industry-led collaboration between Solent University, Chartwell Marine and Newcastle Marine Services.

The Review of Maritime Transport 2023 urges swift action and system-wide collaboration to decarbonize maritime transport amid growing carbon emissions and regulatory uncertainty.

The cruise industry has suffered heavy setbacks owing to the COVID-19 pandemic outbreak. Domestic and global pandemic control measures-involving rules varying across countries as well as distinct legal systems-were escalated. We aimed to illustrate the need to establish a public health cooperation mechanism for the cruise industry. First, we analyzed the legal dilemma pertaining to pandemic prevention and control in cooperative situations; namely, the legal loopholes in the prevention, control, and rescue of cruise ships. Second, we focused on international collaboration during cruise ship rescues amid the pandemic, exploring solutions for current industry problems. Third, by analyzing Chinese practices in cruise-related areas, this paper guides the development of a public health cooperation mechanism for the cruise industry. In sum, we call upon the international community to develop such a mechanism within the scope of international law in terms of public health security and pandemic prevention. Research methodology: This is a practical research paper. Per our analysis of the United Nations Convention on the Law of the Sea and International Health Regulations of the World Health Organization, we studied the global legal issues pertaining to cruise epidemic prevention and control by sorting out legal regulations. We conclude that an international cooperation mechanism for cruise epidemic prevention and control should be established to ensure the cruise industry's sustainable development.

To significantly reduce sulfur oxides emissions from fossil fuel-powered ships, reduce air pollution in ports and slow ocean acidification, the International Maritime Organization (IMO) has imposed the new 0.50%m/m limit (reduced from 3.50%m/m in the past) on sulphur in ships' fuel oil. This has given rise to a host of issues regarding fuel replenishment operations, safe operation management, maritime regulation, and coordinated governance of air and climate. In response to ocean acidification and climate change, regulations on the use of low-sulfur oil or alternative fuels by ships greatly reduce sulfur oxide emissions, but have no significant impact on reducing greenhouse gas emissions. In fact, the refining process for low-sulfur fuels and the use of the gas cleaning system on ships both increase energy consumption and carbon dioxide emissions. To ensure the decarbonization process of shipping industry, there is an urgent need for a conceptual change in global ocean governance so as to promote the coordinated governance of air pollution and climate change. China's conception of "a maritime community with a shared future" provides a new model for global ocean governance. The Chinese government has formulated regulations at different levels to promote the coordinated management of atmospheric pollutants and greenhouse gas emissions. Regarding supervision of sulfur oxide emissions from ships, this study proposes to build a multi-department collaborative supervision mechanism from marine fuel life cycle to enhance sulfur oxide monitoring and risk control capabilities. Specific measures of the proposed supervision mechanism include: the joint supervision of compliant fuel supply, the compliant fuel information disclosure platform, a joint law enforcement mechanism for atmospheric pollution, the ability of intelligent ship exhaust monitoring, and the construction of port power infrastructure.

Accessing the world's oceans is essential for monitoring and sustainable management of the maritime domain. Difficulty in reaching remote locations has resulted in sparse coverage, undermining our capacity to deter illegal activities and gather data for physical and biological processes. Uncrewed Surface Vessels (USVs) have existed for over two decades and offer the potential to overcome difficulties associated with monitoring and surveillance in remote regions. However, they are not yet an integral component of maritime infrastructure. We analyse 15 years of non-autonomous and semi-autonomous USV-related literature to determine the factors limiting technological diffusion into everyday maritime operations. We systematically categorised over 1,000 USV-related publications to determine how government, academia and industry sectors use USVs and what drives their uptake. We found a striking overlap between these sectors for 11 applications and nine drivers. Low cost was a consistent and central driver for USV uptake across the three sectors. Product 'compatibility' and lack of 'complexity' appear to be major factors limiting USV technological diffusion amongst early adopters. We found that the majority (21 of 27) of commercially available USVs lacked the complexity required for multiple applications in beyond the horizon operations. We argue that the best value for money to advance USV uptake is for designs that offer cross-disciplinary applications and the ability to operate in an unsheltered open ocean without an escort or mothership. The benefits from this technological advancement can excel under existing collaborative governance frameworks and are most significant for remote and developing maritime nations.

Instead of prioritising energy-efficient, sustainable sea transport, the focus is often on satisfying commercial interests when planning shipping routes. This has been shown by research at the University of Gothenburg, which highlights the importance of collaboration for more sustainable shipping.

Wind-assist clean technology project led by Smart Green Shipping to focus on safety and performance data verification of wing sail.