Safran is building a carbon brake production plant near Lyon, France, with an investment of €450 million, set to start operations by 2030. The new facility will utilize low-carbon electricity to achieve zero emissions and is expected to increase production by 25% by 2037. This project reflects the company's sustainable development strategy in the aviation manufacturing sector.
This article explores the selection of packaging materials for express delivery to achieve both environmental protection and functionality. By analyzing materials such as paper, plastic, foam, carbon fiber, and PVC, it proposes the use of carbon fiber as a shell material and PVC as a shock-absorbing material, aiming to reduce resource waste and environmental pollution.
All-Road Logistics Technology Co., Ltd. has rapidly emerged in the field of new energy battery swapping logistics, achieving scaled operations through technological innovation and industrial integration. Its battery swapping logistics vehicle project not only aids in carbon reduction but also promotes the green transformation of the entire logistics industry. In the future, the company will continue to expand both domestically and internationally, striving to facilitate the achievement of dual carbon goals.
This paper explores the importance of supply chain visibility and how digital freight networks help shippers break down information silos, optimize operating expenses, improve facility performance, reduce carbon emissions, and become shippers of choice. Convoy's digital freight network automatically collects vast amounts of data, providing shippers with unprecedented supply chain visibility, enabling them to achieve digital transformation. The enhanced visibility empowers businesses to make data-driven decisions, improve efficiency, and build more resilient and sustainable supply chains.
According to Breakthrough's "2025 Transportation Status Report," the transportation industry will face dual challenges of policy and economy in the next 12 months. Companies need to prioritize cost reduction and emission reduction as core strategies and enhance their competitiveness through technological innovation to respond to the impending market changes.
GOL and TAP Air Portugal are among the first adopters of IATA FuelIS, marking a significant step in aviation's pursuit of fuel efficiency and sustainability. FuelIS utilizes data analytics to help airlines optimize fuel consumption, reduce costs, and lower carbon emissions. The tool provides airlines with industry benchmark comparisons and supports the development of fuel strategies, contributing to a more sustainable future for the aviation industry. It empowers airlines to make data-driven decisions for improved fuel management and environmental performance.
Flexport's supply chain optimization tool analyzes data to provide businesses with recommendations for reducing costs, improving efficiency, and decreasing carbon emissions. Early adopters have achieved an average of 10% savings on freight costs and a 7% improvement in container utilization. A limited-time offer provides a free supply chain optimization analysis to help businesses unlock their potential. Discover hidden opportunities to streamline your operations and boost your bottom line with data-driven insights. Improve your supply chain's resilience and sustainability today.
This paper explores how a digitized supply chain enhances freight transparency and efficiency. Through data analysis, shippers can optimize operational expenditures, improve facility performance, reduce carbon emissions, and become preferred shippers. Embracing digital freight networks is key to breaking the freight fog and ushering in a new era of freight management. This allows for better visibility, control, and ultimately, a more sustainable and cost-effective supply chain.
At the fourth "Green Postal Day," the International Post Corporation (IPC) highlighted that global postal companies are actively responding to the demand for sustainable delivery services by adopting electric vehicles and renewable energy sources, focusing on carbon reduction and environmental protection. Since 2008, carbon dioxide emissions have been reduced by 34%, with future goals aimed at increasing the proportion of alternative fuel vehicles to support greener trunk transportation.
IATA's IEnvA program helps Finnair improve its environmental management, optimize processes, and reduce costs. By integrating technologies such as carbon offsetting, it contributes to the aviation industry's goal of achieving carbon neutrality. The program provides a framework for airlines to systematically manage their environmental impacts and continuously improve their performance. This structured approach ensures a commitment to sustainability and helps airlines meet evolving environmental regulations and stakeholder expectations.
