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.
In recent years, the shipping industry has been actively exploring wind propulsion technologies, particularly rotor sails, to aid in carbon reduction and sustainable development. By integrating various renewable energy sources, this technology demonstrates significant energy-saving potential and has garnered widespread attention from clients, signaling new opportunities for the shipping sector in addressing climate change.
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.
IATA, in collaboration with ATPCO and Amex GBT, is exploring the creation of a transparent and consistent carbon emission data system for air travel. The workshop focused on carbon emission methodologies, corporate needs, data standardization, and the application of IATA CO2 Connect. The aim is to provide businesses and individuals with clearer choices and collectively promote the sustainable development of the aviation industry, building a greener future. This initiative strives to offer reliable data, enabling informed decisions towards reducing the environmental impact of air travel.
The Faroese Shipping Company partnered with Wärtsilä to implement a retrofit solution on the 'Paskal Pol' which achieved up to 22% fuel savings, advancing the decarbonization process in the shipping industry and helping the company comply with strict carbon regulations. This solution not only saves approximately $7,700 per voyage but also lays the groundwork for a 40% reduction in CO2 emissions by 2030.
The US withdrawal from the Paris Agreement posed challenges to global climate governance, but also spurred other nations and businesses to intensify climate action. Companies should proactively embrace the green transition by setting emission reduction targets, investing in clean energy, optimizing supply chains, developing low-carbon products, engaging in policy dialogues, and enhancing information disclosure. These actions will help them gain a competitive edge in the future.
This article explores the green transition of international shipping against the backdrop of global plastic bans and carbon tariffs. It analyzes the compliance standards for biodegradable materials, the restructuring logic of shipping costs, and the strategies employed by companies. The emphasis is on how green packaging can shift from a compliance cost to a competitive advantage.
This article details the operational process of exporting carbon black via LCL (Less than Container Load) sea freight. It covers key steps such as document preparation, shipping schedule arrangement, cargo warehousing, customs declaration materials, bill of lading confirmation, and customs clearance. The aim is to assist exporters in completing carbon black export business efficiently and smoothly, providing a comprehensive guide to navigate the complexities of LCL shipments and ensure a successful export process. It highlights important considerations for handling and transporting this specific chemical product.
Safran is investing €450 million in France to establish a new carbon brake production facility, set to be operational by 2030. This initiative aims to ensure a sustainable low-carbon electricity supply, advance the company's zero-emissions targets, and increase production capacity by 25%.
This paper delves into carbon emission calculators, specifically IATA CO2 Connect, and how they assist companies in achieving sustainability goals. CO2 Connect enables businesses to formulate greener travel policies, improve environmental performance, enhance brand reputation, and support Environmental, Social, and Governance (ESG) strategies by accurately quantifying aviation carbon emissions. It empowers organizations to understand their carbon footprint associated with air travel, allowing for informed decisions and contributing to a more sustainable future for the aviation industry and the planet.
