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Could trash-to-energy technology feed hydrogen demand? Other technologies are in the mix, such as battery electric vehicles. It will start by making transportation fuel from wastewater sludge, then add plastics, according to the company. . Arlene Karidis. Wed, 07/15/2020 - 01:00. locations in 2021.
FCH2RAIL Project Successfully Concludes with a Promising Future for Hydrogen Trains The FCH2RAIL project has reached a significant milestone, marking the completion of a four-year initiative to develop and demonstrate hydrogen-powered train technology.
Graphmatechs flagship technology, Aros Graphene, enables efficient graphene integration and dispersion into other traditional materials like metals and polymers including silver, copper, or thermoplastics. by 2050, meaning that an infrastructure scale-up and technology advancements are needed to meet demand. ”
1m Hydrogen Panel Achieves Milestone in Clean Technology SunHydrogen , a company pioneering renewable hydrogen production, recently unveiled its groundbreaking 1m green hydrogen panel demonstration. Revolutionary Features of the Technology At the core of SunHydrogens process lies innovation in simplicity and scalability.
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?
Artemis, an electric maritime company, and itselectric, a new urban EV charging company, stand out in an oversaturated industry of sustainable transporttechnology.
Inside Hewlett Foundation’s plan to electrify all road transportation by 2050. What caught my eye about the Hewlett Foundation’s recently announced zero-emissions strategy is the specific focus on road transportation decarbonization. . Liz Morrison. Wed, 06/30/2021 - 02:00.
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.
We have a long way to go in terms of EV battery and charging technology, infrastructure, equipping the necessary workforce, and educating buyers and sellers.
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. Source: Solaris Bus & Coach
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. At the heart of this innovation lies the game-changing Blade Battery technology, developed in partnership.
This is a semiconductor technology applied to thermoelectric power generators that generate electricity by recycling waste heat below 200℃ from industrial and transportation sectors such as factories, automobiles, and ship engines.
Doosan Fuel Cell is making that a reality with their groundbreaking hydrogen fuel cell carbon capture technology. At a recent demonstration event in South Koreas Gwangyang, this pioneering technology showcased its potential to redefine hydrogen as a genuinely green energy source. And it gets better. Further, collaboration is key.
bp Ventures and EIP Back Oxford Flow with $25M to Transform Energy Systems Oxford Flow, a leader in cutting-edge valve technology, has raised $25 million in Series C funding, co-led by bp Ventures and Energy Impact Partners (EIP). These components are prone to wear and tear, leading to higher maintenance costs and emissions over time.
Researchers at the University of Chicago Pritzker School of Molecular Engineering (UChicago PME) and at the Tandon School of Engineering of New York University have made a breakthrough in understanding how water transports charged ions across a critical component in clean energy technologies like fuel cells and redox flow batteries.
Motorsport has long been a proving ground for cutting-edge technology, but MissionH24 is rewriting the script with its bold advancements in hydrogen-powered engine technology. These numbers not only confirm its place among the elite of endurance racing but also affirm its technological prowess.
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.
Drayage company Tradelink Transport has acquired 14 new Volvo VNR Electric Class 8 semis for its operations at the Ports of Los Angeles and Long Beach. The Volvo VNR Electric truck provides a smooth, quiet ride, and weve seen strong enthusiasm from our team as they adapt to this new technology.
An international team of engineers has developed an innovative, scalable method for creating topography-patterned aluminum surfaces, enhancing liquid transport properties critical for applications in electronics cooling, self-cleaning technologies and anti-icing systems.
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.
The key entry point for ensuring the market success of zero-emission drive technologies is the rapid and targeted rollout of a charging infrastructure for heavy-duty commercial vehicles. Greenhouse gas emissions from road freight transport will then decrease significantly, particularly post-2030, reaching zero in 2045.
Toyotas 3rd Generation Fuel Cell System Redefines Efficiency Toyota has officially unveiled its 3rd Generation Fuel Cell System, introducing significant advancements in hydrogen technology for both commercial and passenger applications. This makes the technology more accessible while maintaining top-tier performance.
The ZOOZTER -100 is built with patented flywheel technology—a smart boosting solution for fast charging in virtually any location. Join this webinar , where ZOOZ Power will discuss its kinetic power booster that enables ultra-fast EV charging without requiring costly grid upgrades. Reserve your spot—it’s free!
Employing state-of-the-art technology, the Mireo Plus H sets new standards in emission-free passenger transportation. We are especially pleased about this openness to new and innovative rail technology and that this climate-friendly and comfortable train will now be available to passengers in Bavaria and Berlin-Brandenburg.
Key highlights include: Zero-emission hydrogen fuel cell technology developed by Symbio, replacing traditional batteries as the car’s primary energy source. Extreme H builds on the electric racing legacy of Extreme E, pushing the boundaries of sustainable motorsport with hydrogen technology.
Bosch’s Groundbreaking Advances in Hydrogen Technology and Future Transportation Outlook Major Milestones in Hydrogen Investments Bosch is making decisive strides in hydrogen technology, emerging as a key player in the global energy transition. By 2026, Bosch plans to invest nearly 2.5
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. This decision has left companies and local governments scrambling.
His sentiments were echoed by Safrans Pierre-Alain Lambert, Vice President of Hydrogen Programs, who emphasized the potential of zero-emission light aircraft powered by hydrogen technologies. Its cryogenic storage technology, initially refined through industrial and aerospace applications, adds immense value to decarbonizing mobility sectors.
A Groundbreaking Leap in Sustainable Rail Technology Indian Railways has reached a new milestone with the development of the worlds most powerful hydrogen train engine. This achievement not only places India among the global leaders in green transport innovation but also reinforces the countrys commitment to sustainability.
Pioneering Liquid Hydrogen for Heavy Transport Daimler Truck is setting a new benchmark in sustainable transportation with its groundbreaking advancements in liquid hydrogen fuel cell technology. Such performance matches or even surpasses existing diesel solutions, making hydrogen a competitive option for long-haul transport.
Aurea from consulting engineers Royal HaskoningDHV was developed in the Netherlands, and its selection for this award followed an independent review led by jury chairman Professor Cees Buisman, Scientific Director of Wetsus, a European centre of excellence for sustainable water technology.
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.
Tilting Variable Technology (eTIV) Unmatched Stability and Control Dynamically adjusts the car’s tilt during turns, enhancing grip and reducing lateral forces. Enhances vehicle performance, making it ideal for urban transportation. Ensures stability even on sharp bends or uneven terrain, significantly improving safety.
Southwest Research Institute’s H2HD REFUEL Project Aims to Solve Hydrogen Refueling Delays The Southwest Research Institute (SwRI) has launched an ambitious project aimed at tackling the challenges in hydrogen refueling technologies for heavy-duty vehicles. Currently, the U.S. Why Are These Advancements Crucial?
Pioneering Hydrogen Storage and Engine Innovations in the Trucking Industry Advancements in hydrogen storage and engine technologies are paving the way for a more efficient and sustainable trucking industry. How FLUXpac Works : The FLUXpac uses cryogenic technology to store liquid hydrogen.
Nikola Expands Hydrogen Infrastructure with New HYLA Station in West Sacramento Nikola Corporation has taken another significant step in advancing hydrogen technology and zero-emission solutions with the opening of its new HYLA hydrogen refueling station in West Sacramento, California.
million cubic meters (1 billion cubic feet) of low-carbon hydrogen per day and nearly 1 million metric tonnes of ammonia annually, represents a significant technological leap toward sustainable energy production. This ambitious project, expected to produce up to 28.3 Gulf Coast.
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.
Companies and towns across the globe are leading this charge, transforming livestock waste into hydrogen using cutting-edge technologies. The ability to turn an environmentally harmful byproduct into renewable fuel highlights the immense potential of this technology. Key Technologies Driving the Manure-to-Hydrogen Transition 1.
A study published in Nature Energy reveals that a combination of electrification, improved energy efficiency, and smarter energy use can significantly reduce greenhouse gas emissions in buildings and transporttwo sectors that together account for 58% of global energy consumption and 26% of global emissions.
Battery technology is advancing along various technology pathways, with batteries based on silicone, graphene and sodium batteries all being considered. “Hopefully, these thought leaders will shake the wider industry out of its slow adoption of technology circularity,” she said. ” .” ”
With certification for two hydrogen fuel cell bus models currently underway, this marks a significant step for the company as it positions itself as a key player in the future of sustainable transportation. The Technology Powering Doosans Progress Doosans advancements in hydrogen fuel cell technology go beyond vehicles.
The deal shows how companies are increasingly paying attention to ways to decarbonize transportation including buying more zero-emission commercial vehicles. In the release, Amazon CEO Jeff Bezos said that Amazon is buying the electric vans from Mercedes-Benz in an effort "to build the most sustainable transportation fleet in the world.".
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