Sustainable transport and logistics expert group
To reduce the impact of traffic and transport on our environment, we focus our expertise at TNO on making vehicles cleaner and more fuel-efficient. For sustainable mobility, we research the emissions and energy use of vehicles and vessels. We also analyse traffic flows to make them smarter and more efficient. In logistics, we help to accelerate sustainable innovations by organising pilots. Our insights offer policymakers and businesses options for action, for today and tomorrow.
TNO’s Logistics team develops knowledge and methodologies for setting up efficient and sustainable logistics flows. We’re working towards tomorrow's mainport region as a hub in global goods chains. Using IT, we make logistics chains function optimally. Using serious gaming, living labs, and transport models, we design, manage, and plan advanced logistics processes.
Through our activities, we aim to contribute to a seamlessly connected logistics system that is more efficient, creates new business, and drastically reduces CO2 emissions. We do this by developing, introducing, and promoting smart new logistics concepts. Our focus in this is on the following three topics:
1. Automated and self-organising logistics
Our logistics system will show an increasing degree of self-organisation in the future. At TNO, we’re already working on that vision of the future and preparing the logistics sector for the future by offering options for action. Using experiments, we’re showing, for example, whether and how automation and self-organisation work.
We’re simultaneously working on far-reaching automation of logistics, such as the autonomous port, truck platooning, and self-organisation. What does it mean for logistics partners when a parcel in a container is able to route itself around the world, right to the recipient’s doormat? With our knowledge of such innovations, we help logistics parties take the right steps and smartly anticipate the future.
2. Data-driven logistics
Research by TNO shows that data sharing throughout the logistics chain pays off. By combining and enriching all data on offered cargo and the availability of lorries, planes, trains, and ships, we can organise the transport system much more efficiently and make logistics chains function optimally.
These data can also contribute to the robustness of the logistics sector, making it more responsive to rapid change. We’re showing this in demonstrator projects at a corridor level, but also concretely in the operations of logistics parties.
3. Transition to carbon-neutral logistics
Using realistic business cases, we offer companies and policymakers insight (and thus options for action) for reducing CO2 emissions in the logistics chain. To come through on the Paris Agreement climate targets, we need to combine measures. Technological solutions alone will not get us there. Therefore, we develop and accelerate innovative logistics concepts in which we encourage collaboration between logistics parties in the chain.
A good example is increasing load factors through intra-chain collaboration and synchromodal planning. Or reducing vehicle kilometres by introducing construction logistics innovations. Consider, for example, hubs on the outskirts of cities, combined with the deployment of zero-emission vehicles for urban logistics.
Clean and fuel-efficient vehicles
TNO’s Sustainable Mobility team is working hard to make the vehicle fleet cleaner and more fuel-efficient. We carry out extensive emission measurements on vehicles and advise policymakers on effective measures that contribute to a cleaner living environment.
At the heart of our work is the collecting, linking, enriching, and interpreting of vehicle data on emissions and behaviour. We embed the knowledge gained in our models, which we use to advise our clients on the following three topics:
1. Real-world emissions from vehicles and vessels
TNO is a leader in the Netherlands and Europe in the field of real-world emissions from traffic and transport. We have been measuring emissions from motor vehicles on the road under real conditions for many years. The results often show that there is still a significant gap between legal standards and actual emissions.
The research results will help public authorities create better laws for clean and fuel-efficient cars and enforce them. Using our advanced measurement and analysis methods and real-world data, we also help manufacturers make vehicles as clean and energy-efficient as possible.
2. Transition to CO2-neutral mobility
Mobility accounts for a large share of our total CO2-footprint. Meeting the Paris Agreement’s climate targets will require a drastic change in our mobility system. This transition requires smart combinations of measures and sustainable technologies. Some of these are already contributing to the ‘decarbonisation’ of mobility in the short term, while others require further development.
TNO has in-depth knowledge of the mobility system and has models that take account of the relationships between the effects of different measures. This allows us to provide public authorities and businesses with valuable insights to accelerate the transition to CO2-neutral mobility.
3. Clean and energy-efficient mobility in cities
With our knowledge of field emissions and the transition to CO2-neutral mobility, we help cities find effective measures to make their mobility system more sustainable. Using fleet scans, we can make statements about current traffic emissions in the city and indicate which interventions in traffic or the fleet would be most effective. We provide cities with tools, insights, and roadmaps for the transition to clean CO2-neutral mobility.
Frank WillemsFunctie:Principal Scientist at TNO and Professor at TU Eindhoven on Self-learning Powertrains (Control Systems Technology)
To accelerate the transition to climate neutral mobility, the development of self-learning control systems for sustainable powertrains is crucial to guarantee minimal energy consumption and operational costs over life time and to minimize development time and costs.
Hans QuakFunctie:Senior Scientist
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Safe and sustainable urban mobility
We develop and research smart, innovative measures and integrated solutions for the domains of mobility, liveability, and safety.
Hydrogen internal combustion engine accelerates CO2 reduction for heavy-duty applications
The transport sector must come up with innovative solutions in order to achieve the climate objectives. The hydrogen internal combustion engine is a promising option to drastically and quickly reduce CO2 emissions of heavy-duty equipment, while still meeting the requirements for engine-out pollutant emissions. This new, clean application of trusted technology is a promising alternative for the maritime sector to accelerate the energy transition.
TNO’s hydrogen internal heavy duty combustion engine wins prize at EARTO Innovation Awards
Today TNO won second prize in the category ‘Impact Expected‘ at the 13th EARTO Innovation Awards for an innovative hydrogen combustion engine for the maritime sector. The innovation involves converting existing, heavy (diesel) engines in cargo ships to a clean, hydrogen combustion engine. The impact: almost 100% CO₂ reduction with short implementation times and costs! Due to our retrofit concept, existing engines can be retrofitted with the technology and have immediate impact without having to wait for the end-of life of the existing engines. The prize was awarded at a special ceremony in Brussels with wide political and stakeholder participation.
Sustainable vehicles and research into sustainable powertrains
80% reduction in greenhouse gas emissions from road transport. That is the goal for 2050. Find out how we help with innovative solutions.
TNO research on powertrains
Modern means of transport, from passenger cars to heavy road and waterborne vehicles, must comply with increasingly stringent emission regulations and greenhouse gas targets.