Ship design must address future emission regulation challenges. Drewry's analysis indicates that certain designs may not adapt, while new technological alternative fuels could reduce emissions. Although initial costs for new designs are higher, compliance will yield long-term benefits. The shipping industry needs to leverage technological and policy dynamics to achieve a green transition.
Carbon Ridge has partnered with Scorpio Tankers to launch the shipping industry's first centrifugal carbon capture system (OCCS), implemented on the STI SPIGA oil tanker. This technology is modular, cost-effective, and significantly enhances capture efficiency, helping shipping companies gain a competitive edge in environmental sustainability and compliance.
COSCO Shipping recently named a new LNG RoRo vessel, "Chengkangkou," in Xiamen. The ship is 199.9 meters long, has 13 decks, and can carry a maximum of 7,500 vehicles, with an expected carbon emission reduction of 27%. The plan is to expand the fleet to 30 vessels in the future, promoting green shipping initiatives.
The Netherlands Emissions Authority has adjusted the EU Carbon Border Adjustment Mechanism (CBAM), significantly reducing the compliance burden for small importers. Importers with annual imports below 50 tons are exempt from reporting obligations, while those exceeding 50 tons can use EU default emission values. Importers should assess their import volumes, seek professional support, and prepare for the full implementation after the transitional period. This simplification aims to ease the initial adoption of CBAM for smaller businesses, ensuring a smoother transition to the new carbon regulation framework.
Klean Kanteen, in partnership with Flexport, leveraged the platform's carbon emission data to optimize its supply chain management. This collaboration significantly reduced reporting time and successfully eliminated hundreds of tons of CO2 emissions. The case study demonstrates how businesses can achieve a win-win situation for both economic benefits and environmental impact through technological innovation and data-driven decision-making. It provides valuable experience for other companies aiming to build a sustainable supply chain.
The implementation of the smart shore power project at Ningbo Port will allow ocean-going vessels to draw power directly from the grid instead of relying on onboard generators. This shift is expected to significantly reduce pollutant emissions during shipping, creating a win-win situation for the terminal, shipping companies, and power suppliers. The project aims to notably decrease emissions of PM2.5, sulfur oxides, and nitrogen oxides, making a significant contribution to environmental protection.
The carbon emission surcharge on European green express lines reflects the EU's environmental policies and is reshaping the international express delivery market. Businesses need to understand the policy origins, cost transmission mechanisms, and adopt strategies such as refined cost control and supply chain optimization to cope with it. This is crucial to balance logistics expenditures and maintain market competitiveness. Understanding the impact of this surcharge is vital for businesses engaged in cross-border logistics within the EU and beyond.
The reform of the EU Emissions Trading System (EU ETS) risks undermining global consensus on aviation emission reduction. The EU should abandon linking the EU ETS with CORSIA, adhere to its commitments within ICAO, promote the Single European Sky initiative, increase investment in sustainable aviation fuels, and strengthen international cooperation to achieve carbon neutrality in the aviation sector. Prioritizing these actions is crucial for fostering a collaborative and effective approach to decarbonizing aviation on a global scale.
IATA has launched the TrackZero platform to assist the aviation industry in tracking its progress towards the 2050 net-zero carbon emissions goal. The platform provides a data collection framework that supports airlines in generating both industry-wide net-zero progress reports and individualized reports, promoting transparency and sustainability within the sector.
Amazon's Transparency Program combats counterfeit products by assigning unique "Transparency codes" to items, enabling brands and consumers to verify authenticity. Registered brands apply these codes to their products, which can be scanned and verified by Amazon fulfillment centers and consumers. While the program incurs costs, it effectively protects brand reputation and consumer rights, serving as a crucial anti-counterfeiting measure. It provides a traceability system that ensures product authenticity throughout the supply chain, fostering trust and preventing the sale of fake goods.
