Logistics account for 11 percent to 12 percent of Europe’s total CO2 emissions, according to ALICE vice chair Sergio Barbarino. “The problem is that while most industry sectors since the 1980s or 1990s have managed to decrease their carbon footprint, transportation has been completely unbound,” he says. “Transportation has a huge struggle to decarbonize.”
While thorough electrification of vehicles or use of sustainable aviation fuels are important factors in the journey toward zero emission, ALICE prefers a more holistic approach, leveraging opportunities for increased logistics efficiency.
ALICE was set up to develop an industry-led strategy for research, innovation and market deployment of logistics and supply chain management, and to provide an overarching view on logistics and supply chain planning and control.
The not-for-profit association has more than 180 members and represents all logistics key stakeholders as well as retail companies, information and communication technology providers and research and technology centers. ALICE supports, assists and advises the European Commission in the implementation of the EU Programs for research, Horizon 2020 and Horizon Europe.
The alliance’s defining rationale is the Physical Internet (PI), an open-method approach that maximizes the use of existing data in infrastructure. The PI involves sharing resources with business partners, for instance, transportation means or storing space, which reduces costs, increases efficiency and contributes directly to reducing traffic and therefore emissions. The PI aims to seamlessly connect organizations by means of an overarching network system to external sources and capabilities so that they can collaborate and share transportation routes as well as logistics nodes, such as distribution centers, inland terminals or airports and ports.
For the future, ALICE has identified several pillars. The first deals with how freight demand growth is managed, focusing on the question of how much stuff really needs to be moved and whether it would be more efficient to manufacture closer to the point of consumption.
The second pillar stresses that all modes of transportation should be used as efficiently as possible. “Our problem today is that traditionally shaped supply chains are highly individual and diverse,” Barbarino said. “This lack of standardization makes the supply chain inefficient.” Choosing the most efficient energy mix between diesel-powered trucks with 100 g GHG per ton-kilometer, ZEVs (which still emit around 80 g GHG per ton-kilometer), trains (25 g GHG per ton-kilometer) or ships (10 g GHG per ton-kilometer) can make a huge difference.
Pillar No. 3 calls for managing fleets and assets as efficiently as possible. In Europe, a truck is on average used with 50 percent of capacity. “As long as you only ship single-type products, you can never fill a truck efficiently. To achieve this, you will need combined products of different companies.”
If enhanced efficiency is achieved in pillars one through three, Barbarino emphasized, this would lead to a 50 percent to 60 percent reduction in emissions. In addition, ALICE expects a $100 million to $300 million cost relief for the European industry.