The shipping industry is facing dual challenges: how to reduce fuel consumption and greenhouse gas emissions while ensuring cost-effectiveness. By optimizing design, introducing new energy sources, and improving management strategies, shipbuilders and operators can achieve a green transition and jointly promote the sustainable development of the shipping sector.
The SNSPOOL project aims to reduce emissions in the maritime transport sector by introducing enzyme-doped marine fuels, while optimizing supply chain and logistics services. This technology not only enhances the environmental performance of the fuel but also provides businesses with a sustainable development pathway.
The Port Authority of New York and New Jersey secured a record-breaking $347 million in federal funding for clean port initiatives, bolstering its sustainability efforts. The funds will support the transition to zero-emission equipment, the construction of shore power infrastructure, community engagement, and air quality monitoring. This investment will help the port achieve its 2050 net-zero emission target and solidify its position as both an economic engine and a model for green ports.
Analysts indicate that although green hydrogen has not yet been widely adopted in the shipping industry, the IMO's carbon pricing mechanism and net-zero carbon fund provide potential for its application. This move will promote the green transformation of the shipping industry, despite challenges such as funding and infrastructure issues.
Portlink logistics center has purchased two Kone electric empty container handlers, expected to be delivered in 2025. This innovative initiative aims to reduce emissions and enhance efficiency, supporting sustainable logistics development and leading industry progress.
Increasingly, shipping giants like Maersk are actively focusing on India's coastal trade, anticipating significant growth opportunities in the future. Coastal transportation can effectively reduce costs and carbon emissions, promoting sustainable development for businesses and reshaping India's logistics landscape.
XBEE enzyme fuel technology is a natural fuel treatment agent suitable for various engines. It utilizes natural enzymes to remove fuel contamination, reduce consumption and emissions, and enhance ship operational efficiency. This technology is both environmentally friendly and cost-effective.
DHL has partnered with Neste to provide 9.5 million liters of Sustainable Aviation Fuel (SAF) in Singapore from 2025 to 2026. This initiative aims to help the aviation industry reduce carbon emissions and achieve environmental goals. As a result, the use of SAF in DHL's flights in Singapore will reach 40%.
The International Maritime Organization has set a target to reduce greenhouse gas emissions from shipping by 50% by 2050. The shipping industry is developing new fuels and eco-friendly practices; however, achieving this goal faces multiple challenges in policy and technology. Ongoing innovation and collaboration within the industry are essential.
Carbon Ridge and Scorpio Tankers have successfully deployed the world's first centrifugal ship carbon capture system, designed to capture carbon dioxide directly from ship emissions to reduce their carbon footprint. This innovative technology offers a new solution for sustainability in the shipping industry, helping the sector achieve its emission reduction targets.
