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From Sunlight to Hydrogen PowerA Sneak Peek at Panasonic’s 100% Renewable Energy Factory Panasonic Corporation has completed the installation of a groundbreaking demonstration power generation system at Panasonic Manufacturing UK Ltd. This energy is seamlessly integrated with the hydrogen fuel cells and storage batteries.
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.
Toyota to Test Hydrogen-Electric Hybrid Van in Australia Toyota Motor Corporation has announced its plans to embark on public road tests for a new hydrogen-electric hybrid HiAce van in Australia next spring. This improvement addresses one of the significant challenges faced by hydrogen-powered vehicles—limited range.
Frances Hidden Treasure: Unveiling Natural Hydrogen Deposits France has made headlines with groundbreaking discoveries of natural hydrogen , also known as white hydrogen, buried beneath its soil. The May 2023 find, located in abandoned mines of Lorraine, was estimated to hold 46 million tons of natural hydrogen.
Air Liquide and cutting-edge advancements in hydrogen fuel cells and steel pipeline technology are paving the way for a revolution in clean energy transport across China. Additionally, innovative protective coatings like polymers, ceramics, and metallic layers are being applied to provide that extra barrier against hydrogen permeation.
Doosan Fuel Cell Company Ltd, through its subsidiary HyAxiom Motors, is preparing to make waves in South Korea’s hydrogen bus market. division, has developed two hydrogen fuel cell electric vehicle (FCEV) bus models designed to meet diverse needs. A Growing National Push for Hydrogen Doosans timing couldnt be better.
A groundbreaking organic semiconductor sensor has been developed, offering unprecedented capabilities in detecting hydrogen gas with speed, accuracy, and reversibility. This innovation has the potential to transform hydrogen systems in industries, homes, and transportation. However, its physical properties present challenges.
ExxonMobil Baytown Low-Carbon Hydrogen and Ammonia Project: A New Milestone in Clean Energy ExxonMobil, one of the worlds leading energy companies, is progressing with plans for a cutting-edge low-carbon hydrogen and ammonia facility in Baytown, Texas. This ambitious project, expected to produce up to 28.3 Gulf Coast.
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.
Green Shipping Revolution: How Hydrogen and Other Clean Fuels Are Changing the Game Environmental concerns and climate goals are driving transformation in the global shipping industry. Hydrogen-powered vessels and other clean fuel technologies are swiftly becoming viable solutions for reducing emissions in waterborne transportation.
AI Accelerating Efficient Green Hydrogen Production The global push toward renewable energy has heightened interest in the production of green hydrogen, a sustainable energy source with promising applications. A prominent example is its role in advancing green hydrogen technologies.
PEM electrolyzer: a fast-growing technology The green hydrogen, obtained from water electrolysis fed by renewable sources , is expected to be a key factor in decarbonizing the global economy, acting as an energy vector and sustainable chemical feedstock to mitigate climate change. GW to 80 GW by 2030 and to 580 GW by 2050.
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. Novadev’s FLUXpac offers a solution by tackling these obstacles with a fresh approach to cryogenic hydrogen storage.
The UK government announced the disbursement of over £80 million funding on 28 June, intended to give a boost to a range of projects geared towards ditching fossil fuels in favour of cleaner energy sources. Projects include hydrogen-powered cornflake production and low-carbon Scottish whisky distillation. CCUS Innovation 2.0
RWE and TotalEnergies Forge a Green Hydrogen Partnership RWE and TotalEnergies have officially joined forces to propel the green hydrogen economy forward. The long-term agreement, which spans 15 years starting in 2030, outlines RWEs plan to supply 30,000 metric tons of green hydrogen annually to TotalEnergies Leuna refinery in Germany.
A young Danish researcher has seemingly succeeded in developing a technology that will reduce the costs of getting wind power into the tanks of heavy-duty vehicles by approximately 15 percent. Green hydrogen produced from renewable energy, such as solar and wind, is expected by many to play a major role in the energy system of the future.
Hydrogenmeters are under development and testing in the prospect of hydrogen blending into the gas distribution networks for supply to consumers. The reason for modifications, simply, is the different energy characteristics of hydrogen compared to natural gas. Have you read?
A New Chapter in Brazil’s Green Energy Drive The Port of Au in northern Rio de Janeiro is making waves in the push for clean energy by hosting its third green ammonia development. Its production leverages renewable energy sources like solar and wind to power an electrolyzer, splitting water into hydrogen and oxygen.
MAHLE Powertrain Advances Heavy-Duty Hydrogen Combustion Development MAHLE Powertrain has taken a significant step towards a greener future by entering the testing and calibration phase of heavy-duty hydrogen combustion engines. Unlike diesel, hydrogen combustion emits almost no harmful CO2 emissions during operation.
It seems everyone wants to get in on the ground floor when it comes to green hydrogen. Utilities and oil majors both have a head start with their mixture of renewable power capacity, gas transmission assets and an existing set of end users. But chemical manufacturers could be a third class of big green hydrogen players.
Italgas Reti has selected Italian gas meter developer MeteRSIT to design its next generation gas smart meters. The new smart meters will be based on MeteRSIT’s well established thermo-mass technology and will be hydrogen ready, able to measure not only natural gas but also blended and pure hydrogen and other gases such as biomethane.
This article originally appeared in the State of Green Business 2021. Running Tide’s core business is oyster farming, but CEO Marty Odlin is planning on a new revenue stream: growing kelp and sinking his crop in the deep ocean. . Once it goes down below 1,000 meters, it’s not coming back up, because the pressures are so great.
A working prototype portable hydrogen cartridge is able to transport and supply hydrogenenergy to power a broad range of everyday applications both in and outside the home. A film of the new hydrogen canister can be viewed and downloaded here: Toyota and Woven Planet New Portable Hydrogen Cartridge Prototype.
A pilot plant has been operational in Copenhagen for several months and a novel gas monitoring technology has been used to optimize the efficiency of the plant. The Amager Bakke waste-to-energy plant in Copenhagen: Standout features include a rooftop artificial ski slope. Monitoring CC efficiency.
Record-Breaking Financial Momentum Bloom Energy has closed 2024 on a high note with remarkable financial results. For the full year, Bloom Energy generated $1.47 CEO KR Sridhar highlighted that Bloom Energy is poised to support the increasing energy demands of data centers, particularly those incorporating AI-driven workloads.
This article originally appeared in the State of Green Business 2021. Running Tide’s core business is oyster farming, but CEO Marty Odlin is planning on a new revenue stream: growing kelp and sinking his crop in the deep ocean. . Once it goes down below 1,000 meters, it’s not coming back up, because the pressures are so great.
Transforming Energy Production with Next-Generation Electric Ammonia Facility Worleys Role in Pioneering Clean Energy Solutions Worley, a globally recognized name in energy and resources services, has taken a pivotal step toward advancing green energy production.
The Unseen Electrical Problem Affecting Household Appliances Imagine your refrigerator suddenly working harder than it should, using more electricity, and wearing out faster. Or envision your dishwasher struggling through its cycles due to subtle yet persistent electrical stress. This isnt science fiction.
million of new funding across nine new digital energy data projects has been announced by UK Research & Innovataion (UKRI). The non-departmental public body is awarding the funding through its ‘Modernising Energy Data Applications phase 1’ competition overseen by the Prospering From the Energy Revolution challenge.
As a supplement to POWERs in-depth April 2025 feature, Gas Powers Boom Sparks a Turbine Supply Crunch, were publishing the full interview with Mitsubishi Powers Vice President of Business Development […] The post The POWER Interview: Mitsubishi Power Talks Turbine Constraints, Data Center Pressures, and Hydrogen Readiness appeared first on POWER (..)
gigawatt natural gas power plant in the U.K. have been shelved by the developer Drax, highlighting the challenging economics of converting coal-fired power to a cleaner, but still fossil-fuel-fired, alternative. ’s largest power plant. GW of power output to biomass, with a remaining 1.3 Plans for a new 3.6-gigawatt
In an unexpected breakthrough, researchers at the Ulsan National Institute of Science and Technology (UNIST) have unlocked a new potential for hematite, a common form of iron oxide, transforming it into a highly efficient tool for producing green hydrogen. This discovery could significantly alter the landscape of green energy production.
The uncertainties centre on Equinor’s backing for new “net zero” gas-fired power plants fitted with technology to capture carbon dioxide (CO2) billowing from their smokestacks, and bury the gas in disused oil and gas fields under the North Sea. Credit: Sabrina Bedford.
Fifteen start-ups deemed to have the most innovative business models in the field of energy transition and climate protection were celebrated at an award ceremony in Berlin on 28 March – recipients of The Start Up Energy Transition Award (SET Award) administered in part by the German Energy Agency ( dena ).
Those processes use a lot of energy and largely come from fossil fuels; one-third of U.S. A key route to industrial emissions reductions is electrification (replacing industrial fossil fuels with electric alternatives). Hydrogen also can be used as a fuel or a feedstock. Optimize electricenergy efficiency.
Opel Unveils the Movano Hydrogen Van with Impressive Range and Efficiency In a move set to redefine the landscape of commercial vehicles, Opel has announced the introduction of its new Movano Hydrogen van. “Back in 2021, we launched the Opel Vivaro Hydrogen, the first hydrogen transporter from a vehicle manufacturer. .
The Smart Gas prototype in a meter box. Liverpool-based DefProc Engineering has secured a place in this year’s Hydrogen Innovation Challenge, organized by climate tech hub Sustainable Ventures.
The Industrial Revolution changed the way that industries produce and consume energy. Green energy solutions such as solar and wind power can power modern industries. In that way, they will not harm the natural environment while reducing the carbon footprint to offer a more sustainable energy source. Why Go Green?
Kawasaki Heavy Industries Refines Hydrogen Supply Chain Strategy – Project Overview Kawasaki Heavy Industries (KHI) has been a leader in developing hydrogen technologies, reflecting its commitment to decarbonization and sustainable energy. However, recent developments have prompted KHI to revise its strategies.
H2 is gaining an increasing spotlight as General Motors moves forward with clean energy General Motors’ (GM) electrification strategy is increasingly focusing on hydrogen fuel cells as promising technology that is quietly but significantly altering the company’s approach to clean energy.
The nation’s power sector is also heavily reliant on hydrocarbons, which is hardly surprising considering its affordability and supply. With an ambitious renewable energy target of 50% of its power supply by 2030, is there a prominent role for geothermal in Saudi Arabia’s energy mix?
recently announced the successful results of a collaboration with both Microsoft and Ballard Power Systems to show how hydrogen fuel cell technology can be used on a large scale to provide data center backup power. The demonstration was successful in showing how this power supply is sustainable and reliable.
The energy landscape is buzzing with anticipation as geologists across the globe are laying the groundwork for what could become the next big energy boom. An unpublished study by the US Geological Survey surfaces claims that as much as 5 trillion tonnes of hydrogen could be stashed in these subterranean reserves internationally.
Hydrogen trains are already rolling in over a dozen countries, signaling an inevitable shift in rail transportation. These dual influences are propelling railway systems worldwide toward the fourth major transformation in locomotive power in the industry’s 200+ year history. Recent news reports highlight this trend.
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