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With the potential to revolutionize emission-free transport, the project offers a glimpse into the future of sustainable rail travel. By taking these incremental steps, the global transportation sector can accelerate its shift to cleaner modes of travel, leveraging hydrogen fuel cell trains as an essential part of this evolution.
A team of researchers from Nagoya University in Japan has developed a loop heat pipe (LHP) that can transport up to 10 kW of heat without the need for electricity. This heat transport capability is the largest in the world.
A striking 93% of European public transport decisionmakers have expressed concerns about the capacity of their grid connection to fuel their current and future battery electric or hydrogen-powered fleets, in a new survey. But this by itself isnt new, and we wanted to find out more.
Tata Motors Launches Hydrogen Truck Trials as India Moves Towards Net-Zero Goals Tata Motors , Indias largest commercial vehicle manufacturer, has taken a major step forward in sustainable transportation. But what does this development mean for the future of sustainable transport in India, and how does the technology actually work?
Speaker: Ayesha Choudhury - Senior Vice President, Head of Capital Markets at Infinium
However, some sectors are lagging behind and struggling to decarbonize more than others, including large-scale transportation like commercial aviation, shipping, and rail transit. With the first wave of the energy transition, renewable energy sources (such as solar and wind) have begun replacing coal power generation.
With hydrogen set to play a central role in the worlds net zero future, there is an urgent need to develop high-performance, sustainable products that will ensure this gas can be safely stored and transported. said Ian Hopkins, CCO of Levidian. adds Dr.
Blade Battery Breakthrough: 500km Range on a Single Charge Olectra Greentech Limited (OGL) is electrifying India’s transportation landscape at the Bharat Mobility Global Expo 2025. The company unveils a range of cutting-edge electric buses that promise to revolutionize public transit.
Polish bus manufacturer Solaris Bus & Coach will supply Arriva, a private transportation company operating in the Netherlands, with 26 Urbino 12 electric buses and four articulated Urbino 18 electric buses for service in the West-Brabant region.
Green hydrogen is emerging as an important potential solution for decarbonizing transportation, but new energy efficiency findings indicate that it should be used strategically in heavy-duty road, rail, aviation and marine transportation, a University of Michigan study shows.
The vans will be used for on-campus student transportation, GreenPower said. Louis, Missouri has taken delivery of eight electric EV Star passenger vans manufactured by GreenPower Motor, a company that produces a variety of high-floor and low-floor electric medium- and heavy-duty buses, shuttles and vans.
Researchers at the Paul Scherrer Institute (PSI) have presented a concept for decarbonizing transport while keeping it economically competitive. Increasing the utilization of carbon dioxide from biogas plants plays an important role.
Cargo transport is responsible for an enormous carbon footprint. Between 2010 and 2018, the transport sector generated about 14% of global greenhouse gas emissions.
As the world increasingly prioritizes sustainable energy solutions, solar power stands out as a leading candidate for clean energy generation. However, traditional solar cells have encountered several challenges, particularly regarding efficiency and stability. But what if there was a better alternative?
LinkedIn is seeing green jobs span a wide range of industries, from obvious ones such as renewables to more unexpected ones such as finance, fashion technologies and transport.
Ships carry around 90 percent of goods transported globally, and the shipping sector accounts for about 3 percent of the world’s greenhouse gas emissions today. But maritime trade volumes are projected to triple by 2050.
Sponsored: Artificial intelligence carries great promise in advancing sustainability and resilience in sectors from agriculture to transportation. But it takes human intelligence to ensure AI solutions deliver positive outcomes.
Well, despite satellite images revealing rapid reductions in air pollution during lockdowns around the world, more people switching to telecommuting for good does not necessarily equate to lower carbon emissions from transport. Reorienting life around local amenities could help permanently reduce transport emissions. In the U.K.,
Another analysis by Ericsson suggests 5G technologies could have a big impact in reducing emissions for four of the biggest-emitting sectors: power; transport; buildings; and manufacturing.
Barriers that are currently preventing the use of greater percentages of biomass-based diesel fuel blended into petroleum diesel have been identified, along with strategies to overcome them, according to researchers at the National Renewable Energy Laboratory (NREL).
The Zero Emission HGV and Infrastructure Demonstrations (ZEHID) programme, delivered by Innovate UK in partnership with the Department of Transport, is deploying hundreds of zero-emission HGVs alongside a network of new charging and fuelling stations in a bid to transform the UKs freight industry.
Fueled by federal funding, the transition to low-emissions public transportation represents a big opportunity for the struggling U.S. electric bus manufacturing industry.
The sluggish rate of progress made in the energy transition is putting the goal of reducing greenhouse gas emissions to zero by 2050 at risk. On the positive side, with early warning indicators guiding timely and targeted interventions, we can accelerate progress across several domains.
The project, MHYSTIC (New Materials and Methods for Hydrogen Transportation and Storage: Repurposing the Economic Future of the North Sea) will redeploy existing energy assets and skills towards developing innovations that will support the UKs hydrogen distribution network.
These heavy hitters include logistics and transport. The key for transport and logistics lies in converting to hydrogen. Here are three key logistics and transport areas where the UK should be ramping up investment in hydrogen in 2025. Its clear that we need to decarbonize heavy industry. But we need to act now.
Freight trains criss-crossing the country carry cars of coal and tanks of oil and natural gas to power plants to help keep the nation's electric grid going. Could freight trains haul electrons generated by renewable energy sources for the same purpose?
Between 2015 and 2018, the consumption of renewable natural gas by natural gas fleets grew by 475 percent, and in 2019 in California, 80 percent of the natural gas used for transportation was renewable. This article is adapted from GreenBiz's weekly newsletter, Transport Weekly, running Tuesdays. Transportation & Mobility.
Decarbonization potential : Hydrogen can replace fossil fuels in sectors that are harder to electrify, such as aviation, shipping, and heavy-duty transportation. Applying Technology Today and Tomorrow Hydrogen-powered technologies , like the Pioneer 25, highlight the real-world potential of emission-free transportation today.
Infinium’s electrofuels solution has real potential to help decarbonize transport that carries heavier loads and travels long distances, including air and freight, as well as heavy trucks. Want more great analysis of electric and sustainable transport? Sign up for Transport Weekly , our free email newsletter. Supply Chain.
Hydrogen-powered trains, once heralded as a promising step toward sustainable rail transportation, have encountered significant challenges in Germany. The Rhine-Main Transport Authority (RMV) has decided to withdraw 18 Coradia iLint hydrogen trains from service in January, citing repeated technical issues with their fuel cells.
This achievement not only places India among the global leaders in green transport innovation but also reinforces the countrys commitment to sustainability. Its increased horsepower and capacity could lead to a broader range of applications, from passenger transport to freight services.
Employing state-of-the-art technology, the Mireo Plus H sets new standards in emission-free passenger transportation. The Mireo Plus H train features an operating range of up to 1,200 kilometers, and is powered by an H2 traction system with a drive power of 1.7 MW for accelerating up to 1.1 m/s 2 , and has a top speed of 160 km/h.
Germany Ends Subsidy Schemes for Green Vehicles, Raising Key Questions About Future Mobility Germanys surprising decision to cut subsidies for climate-friendly commercial vehicles and alternative drives for buses is making waves in both the transport and energy sectors. Whats Next?
Located at 917 Stillwater Rd, this station is poised to play a critical role in facilitating the use of Class 8 hydrogen fuel cell electric trucks (FCEVs) and furthering zero-emission transportation efforts in the region.
Demonstrations like this tie into broader projects advising on hydrogen’s integration into both the aviation and heavy transport sectors. This positions hydrogen as a key alternative to achieve the International Air Transport Associations (IATA) goal of net-zero carbon emissions by 2050.
In their paper published in the journal Science, the group describes how they used the machine-learning algorithm to help them find new hole-transporting materials to improve the efficiency of perovskite solar cells.
This scarcity, combined with the high cost of building and maintaining such facilities and persistent technical issues, has slowed the move to hydrogen-powered freight transport. Global Competitiveness Nations investing in hydrogen technology are positioning themselves as leaders in the evolving clean transportation industry.
Once functional, this facility will be integral to decarbonizing heavy-duty transport fleets and industrial solutions in the regiongoals that align with Germanys broader renewable energy strategies. Looking forward, projects like this could also address some of hydrogens initial hurdles, such as transportation and storage challenges.
Centennial College’s School of Transportation, which claims to be Canada’s largest on-site transportation training facility, will require students entering the Automotive-Motive Power Technician program to complete EV and hybrid vehicle training, as of the fall 2024 semester.
They will be operated by the city’s public transport company, Szczecińskie Przedsiębiorstwo Autobusowe. They will employ Solaris’s eSConnect fleet management system and will also feature a driver alcohol detection system integrated with the city’s Central Urban Transport Management System. Source: Solaris
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