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Tag: Hydrogen

  • City of Lancaster and First Public Hydrogen Launch Hydrogen-Powered Backup Traffic Signals

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    New partnership brings reliable power to intersections: boosting community safety and infrastructure resilience

    The City of Lancaster, First Public Hydrogen Authority (FPH2), and Western Systems have partnered to deploy hydrogen-powered backup traffic signals, a major infrastructure upgrade that enhances traffic safety, ensures reliable operations during power outages, and supports the City’s decarbonization initiatives. This marks the latest milestone in the City and FPH2’s work to help cities integrate hydrogen into essential public services.

    The new backup systems, powered by HyMax fuel cells, keep traffic intersections functioning during blackouts and disruptions. Conditions that are becoming increasingly common due to grid strain, wildfires, and extreme weather.

    “Lancaster has always embraced innovation when it comes to public safety and infrastructure,” said Lancaster Mayor and FPH2 Chairman R. Rex Parris. “Projects such as these reflect our commitment to practical, forward-looking investments that make life better for our residents. It is an example of how hydrogen can support vital infrastructure where it’s needed most. We’re proud to partner to launch this in Lancaster and provide a practical solution that keeps traffic flowing and communities protected.”

    HyMax fuel cells, manufactured by Western Systems, are designed for long runtime and minimal maintenance. With no internal moving parts and a compact footprint, the systems provide a dependable alternative to diesel generators for traffic management and other critical services.

    The backup signal installation is part of a broader strategy to deploy hydrogen across Lancaster’s municipal systems, including transportation, emergency services, and utility operations. Through collaboration with FPH2, the city is advancing a hydrogen model that supports reliability, safety, and operational continuity.

    FPH2 is working with cities to integrate hydrogen in ways that deliver tangible value. This project demonstrates the role hydrogen can play in supporting core municipal functions, from traffic safety to emergency response, while delivering real value to communities. Formed by the City of Lancaster and the City of Industry as a public Joint Powers Authority, FPH2 connects hydrogen producers with reliable off-takers through a seamless, transparent process.

    Through its Joint Powers Authority structure, FPH2 enables public agencies to access shared tools for procurement, technical planning, and infrastructure deployment at no cost to participants. The organization continues to invite cities, transit providers, and local utilities to explore how hydrogen can strengthen their operations.

    About the City of Lancaster
    Lancaster is a diverse community of nearly 170,000, leading the future through science, technology, art, culture, and collaboration. Home to astronauts, rocket scientists, families, and innovative businesses large and small, we are leading the USA with innovation. Combined with spectacular landscapes and clean air, Lancaster is a national leader in sustainability and was the first city in the world to declare itself a Hydrogen City. Located in northern Los Angeles County, the city is known for its commitment to innovation, renewable energy, and public-private partnerships that serve the community.

    Learn more at www.cityoflancasterca.org.

    About First Public Hydrogen (FPH2)
    First Public Hydrogen (FPH2) is the nation’s first public hydrogen utility-a Joint Powers Authority (JPA) that connects hydrogen producers with public and private end users through a transparent, cost-effective platform. FPH2 is building a shared hydrogen ecosystem that enables municipalities, water and transit agencies, and businesses to access clean hydrogen for fuel and operations. Through centralized procurement and planning, FPH2 lowers barriers to entry and helps scale hydrogen adoption statewide and beyond.

    Learn more at www.firstpublich2.com.

    About HyMax
    HyMax is a hydrogen-powered backup system that provides reliable, zero-emissions energy for critical infrastructure. Manufactured by Western Systems, HyMax is designed to keep intersections powered during outages, offering cities a low-maintenance solution for traffic resilience.

    Learn more at hymax-inc.com.

    Source: Western Systems

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  • Department of Energy cancels $7.5B of clean energy projects in mostly blue states | TechCrunch

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    The Department of Energy said Wednesday night it was canceling 321 awards worth $7.56 billion that were largely focused on clean energy.

    The agency hasn’t publicly released a list of the affected projects and, at the time of publication, it had not provided one to TechCrunch. According to E&E News and Heatmap, which have obtained the list, the majority of the cuts have hit states that went for Kamala Harris in the last presidential election, though some were in “red” states that voted for President Trump.

    Direct air capture and hydrogen hub projects appear to have been wiped out as a result. California Gov. Gavin Newsom said that one of the canceled projects included $1.2 billion for the state’s hydrogen hub, the Alliance for Renewable Clean Hydrogen Energy Systems, and E&E News is reporting that hubs in Texas and Louisiana were also on the chopping block.

    At least 10 direct air capture (DAC) projects totaling $47.3 million were cut, though those in Alaska, Kentucky, Louisiana, and North Dakota have survived. The oil and gas industry has been supportive of DAC projects because the captured CO2 can be injected into underperforming oil wells to boost production.

    Other states affected by the billions in canceled contracts include Colorado, Connecticut, Delaware, Florida, Hawaii, Illinois, Iowa, Maryland, Massachusetts, Minnesota, New Hampshire, New Jersey, New Mexico, New York, Oregon, Tennessee, Vermont, and Washington.

    The Harris-voting states with canceled projects were confirmed in a tweet from Russell Vought, the director of the Office of Management and Budget. He teased the cancellations earlier yesterday in an apparent effort to deepen partisanship during the shutdown, adding that “the Left’s climate agenda is being cancelled.”

    All 16 states that he listed voted for Kamala Harris in the last presidential election, and many are controlled by Democrats at the state level. Conspicuously, Vought omitted Trump-voting states that were on the list.

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    The awards were originally granted by the office for Advanced Research Projects Agency-Energy, Clean Energy Demonstrations, Energy Efficiency and Renewable Energy, Fossil Energy, Grid Deployment, and Manufacturing and Energy Supply Chains.

    The Department of Energy said 26% of the awards were granted between Election Day and Inauguration Day in January; the president’s authority doesn’t end after Election Day, but runs until Inauguration Day. 

    The awardees have 30 days to appeal the decision.

    The Trump administration has made no secret that it wants to undermine any transition away from fossil fuels. Last week, the Department of Energy banned staffers from using certain words, including “climate change” and “emissions.”

    In May, the agency canceled $3.7 billion worth of clean energy and manufacturing awards. Those cancellations spanned a broad list of industries, from metal manufacturing and cement companies to power plant operators and chemical plants run by fossil fuel giants.

    The Trump administration’s aggressive cancellations have prompted many awardees to sue the government to retain the awards. The Environmental Protection Agency, which was quick to cancel contracts worth $20 billion, has been an early target of legal action. So far, the plaintiffs have had mixed success.

    While a federal district court said the EPA’s actions were “arbitrary and capricious,” an appellate court ruled in favor of the agency, saying that the contract cancellations were valid and showed the government exercising “proper oversight and management.”

    In the instance of the recent DOE cancellations, several award recipients have already appealed the decision, the agency confirmed.

    Update: The article and headline have been updated to include further details about which states and programs are affected.

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    Tim De Chant

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  • HydroFleet Propels Hydrogen Revolution Forward With HTWO Logistics Collaboration in Savannah, GA

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    The Industry’s First High-Volume Class-8 Hydrogen Refueling Station in the United States

    HydroFleet, Inc. (“HydroFleet“) is excited to announce the construction of its new hydrogen production and refueling station at the new HTWO Energy Savannah site in Pooler, Georgia. This state-of-the-art facility represents a significant investment in clean energy and sustainable transportation solutions, aimed at servicing zero-emission FCEV heavy trucks. This investment will significantly enhance the region’s clean energy infrastructure, supporting zero-emission heavy-duty trucks and other clean energy vehicles, including port applications and nearby rail, while contributing to a sustainable future.

    “Pooler is an ideal location for HydroFleet’s facility due to the proximity to major interstates, the Port of Savannah, and prospective fleet customers,” said Scott Moe, President and CEO, HydroFleet, expressing his enthusiasm for the project. “We know customers want zero-emission fleets but have struggled to source the entire hydrogen ecosystem at a competitive price. Through strategic partnerships and proven, safe technology, HydroFleet solves this challenging industry problem. We look forward to partnering with Pooler to lead the clean energy transition to cost-effective, emission-free heavy truck fleets here in Georgia and across the U.S.”

    HydroFleet’s investment in Pooler is expected to bring significant economic benefits to the area, creating jobs and positioning Pooler, and the greater Savannah, GA, area, as a leader in clean energy solutions. The facility will utilize advanced hydrogen production and distribution technology to reduce emissions and noise pollution, contributing to a cleaner, more sustainable future for the community.

    “HTWO Energy Savannah is a breakthrough hydrogen production and refueling station for the heavy-duty trucking industry, allowing zero-emissions trucks to quickly and easily refuel at a single convenient location in the Savannah region,” said Jim Park, SVP, commercial vehicle and hydrogen fuel cell business, Hyundai Motor North America. “The HTWO Energy Savannah hydrogen station will also truly fulfill our vision for Hyundai Motor Group Metaplant America (“HMGMA“) Clean Logistics, allowing our innovative new electric vehicle plant to transport plant shipments within a clean, zero-emissions ecosystem.”

    “This marks a significant step forward in the decarbonization of emissions-intensive port operations and major logistics corridors,” said Jonathan Choi, CEO, HTWO Logistics. “HTWO Energy Savannah provides hydrogen fuel for our Hyundai XCIENT hydrogen-powered class 8 truck fleet, which provides clean logistics for Hyundai’s new Hyundai Motor Group Metaplant America.”

    John Porter, CEO of Capital Development Partners, the property owner and project developer, added, “We are thrilled to collaborate with HydroFleet on this groundbreaking project. This hydrogen production station will not only enhance the local economy but also establish Pooler as a leader in clean energy solutions. Our commitment to sustainable development aligns perfectly with HydroFleet’s vision for a greener future.”

    Seth Greengrass, Director, Origination of Axpo, the global energy contract provider for the project, commented, “Axpo is proud to support HydroFleet’s innovative hydrogen production facility. Our expertise in energy trading and risk management ensures a reliable and efficient supply of feedstock, contributing to the success of this environmentally friendly initiative.”

    HydroFleet also partnered with the Savannah Economic Development Authority (“SEDA“) and the Southeast Hydrogen Energy Alliance (“SHEA“) in development of the cutting-edge hydrogen facility. The collaboration encompassed comprehensive planning, strategic site selection, meticulous permitting processes, and robust public education initiatives, ensuring the project’s success and community engagement.

    The deal was completed with legal assistance from Jennifer Surprenant and Raffael Fiumara, both shareholders of Greenberg Traurig LLP. HydroFleet was advised by Lazard, Inc.

    For more details, please contact:

    Leam Nelson
    Chief Business Officer, HydroFleet
    Email: info@hydrofleet.com
    Phone: (833) 493-7635

    Follow HydroFleet on Twitter | YouTube | Facebook | Instagram | LinkedIn | TikTok

    About HydroFleet:

    HydroFleet is at the forefront of the clean energy revolution, spearheading the transition to hydrogen-powered mobility and adoption of green technology. We equip industries and fleets with an evolving range of streamlined solutions that maximize operational efficiency and profitability. HydroFleet’s versatile hydrogen solutions fuel an increasing range of hydrogen applications, making the transition to a sustainable fleet effortless. HydroFleet, Power to make a difference®. Visit www.hydrofleet.com.

    Contact Information

    Leam Nelson
    Chief Business Officer
    info@hydrofleet.com
    (833) 493-7635

    Related Video

    https://www.youtube.com/watch?v=K0wBimtWfC8

    Source: HydroFleet, Inc.

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  • Tinder’s app gets more social by letting friends play matchmaker | TechCrunch

    Tinder’s app gets more social by letting friends play matchmaker | TechCrunch

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    Dating app users will often sit with friends as they swipe through their matches in order to gain feedback, or even hand over their phone and let their friends swipe for them. Now, that real-life experience is becoming a part of Tinder’s product, as the company today is introducing a new feature called Tinder Matchmaker where users can invite their friends — including non-Tinder users — to view and suggest potential matches.

    The idea, the company explains, is to allow Tinder users to learn who their friends or even their family members think would be a good match for them, and it’s inspired by Tinder user data. According to a survey the company commissioned, over 75% of singles said they discussed their dating life with their friends multiple times per month.

    But the “matchmaker” doesn’t have control over the experience in terms of actually swiping left or right on the individual profiles as they would if you handed over your phone. Instead, the Tinder users themselves will be the ones who ultimately decide if they want to match or send someone a Like, just like in real life. Plus, the friend who’s weighing in on your matches won’t need Tinder profile to do so. That means, you can ask married or partnered friends to participate in the experience without getting them into trouble.

    To use the feature, Tinder users can start a session directly from a profile card or the app settings. This provides them with a unique link they can share with up to 15 friends for a 24-hour period. Friends following the link can either log into Tinder or continue as a guest (after completing an age verification prompt and agreeing to terms) to start their session. They can then recommend profiles for the Tinder user in question, which the user can review after the session ends.

    “For years, singles have asked their friends to help find their next match on Tinder, and now we’re making that so easy with Tinder Matchmaker,” noted Melissa Hobley, Chief Marketing Officer at Tinder, in a statement about the launch. “Tinder Matchmaker brings your circle of trust into your dating journey and helps you see the possibilities you might be overlooking from the perspective of those closest to you,” she added.

    The company also partnered with “Players” singer Coi Leray to market the new feature. In a new video, she’ll soon show off how the “friend test” feature works.

    The introduction of the new feature comes at a time when some younger users, and particularly Gen Z, have tired of swiping-based dating apps, including Tinder, leaving the company to try to maximize its revenue with more exclusive pricing tiers — like the $499 per month Tinder Select subscription for elite daters. In its most recent quarter, Tinder parent Match Group said paying users across its portfolio fell 5% to 15.6 million. And a Pew Research study found that dating apps overall, aren’t gaining traction in the U.S. where three in ten U.S. adults report ever using one — a share that has remained unchanged since 2019.

    Instead, many Gen Z users are turning to friend-finding apps and traditional social media, like Instagram, to make romantic connections. Meanwhile, startups — like Candid, Ditto, IRLY, Snack and others — are testing the waters with video, leveraging Gen Z’s comfort with platforms like TikTok to transform dating apps into more dynamic and authentic experiences. Another cohort is using AI for dating or dating practice, like Teaser AI (now rebranded Mila) or Blush, for example.

    Tinder Matchmaker is launching today in the United States, Australia, Brazil, Canada, France, Germany, India, Indonesia, Japan, Mexico, South Korea, Spain, Thailand, United Kingdom, and Vietnam, and will roll out to Tinder users globally in the coming months, the company says.

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    Sarah Perez

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  • What is hydrogen energy, and is it a key to fighting climate change?

    What is hydrogen energy, and is it a key to fighting climate change?

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    President Biden awards $7 billion to create 7 clean hydrogen hubs


    President Biden awards $7 billion to create 7 clean hydrogen hubs

    01:04

    Word from the Biden administration that the U.S. will invest $7 billion to create seven regional hydrogen hubs may have left some Americans wondering how such facilities can help in the flight against climate change.

    The White House calls the development of clean hydrogen “essential” in weaning the country off fossil fuels and achieving the government’s goal achieving net-zero greenhouse gas emissions in by 2050. Here’s what to know about hydrogen energy.

    What exactly is hydrogen?

    Hydrogen is the simplest, most abundant element on earth, accounting for 10% of a human’s body weight, according to the U.S. Department of Energy. It’s also the most ample element in the universe, with stars including our sun basically giant balls of hydrogen and helium gases. 

    Hydrogen occurs naturally in compound form with other elements in liquids, gases or solids. Combined with oxygen, hydrogen makes water. Combined with carbon, hydrogen forms different compounds called hydrocarbons, which are found in natural gas, coal and petroleum.


    Green Hydrogen Powering the Future

    08:16

    How is hydrogen produced, and why is it controversial?

    Currently, most hydrogen is produced from fossil fuels like coal or natural gas, processes that emit greenhouse gases. Although hydrogen brings the promise of being a carbon-free energy carrier, environmental organizations warn that increased production could further ramp up the nation’s appetite for fossil fuel-derived electricity and emit more greenhouse gas emissions.  

    “Making hydrogen from natural gas means leftover carbon dioxide needs to be captured and safety stored in perpetuity, and methane emissions much be controlled more effectively than they are today,” Beth Trask, vice president, global energy transition, Environmental Defense Fund, said in a statement about the Biden administration’s efforts to spur hydrogen development. “Projects making hydrogen using renewable energy shouldn’t be competing with other electricity users who would have to fall back on fossil fuels.”

    Is there a cleaner way to produce hydrogen?

    A relatively new technological development known as green hydrogen is produced using electricity from renewable sources, which limits carbon emissions. It can also be produced using natural gas with carbon capture. Longer term, the idea is to use solar energy and biomass to more directly generate hydrogen as new technologies make alternative production methods competitive with other energy sources.


    Future of flight may be hydrogen powered

    02:31

    The cost of hydrogen production is among the biggest hurdles to widespread use, and the Biden administration is looking to reduce the expense by 80% to $1 a kilogram by 2030. That goal is currently out of reach for green hydrogen, partly due to higher renewable power costs, according to consultancy Wood Mackenzie.

    How much hydrogen does the U.S. produce?

    The U.S. each year produces more than 10 million metric tons of hydrogen, containing nearly as much energy as the petroleum fuel used annually by every commercial light-truck, bus and passenger train in the country combined, according to the DOE’s Office of Energy Efficiency & Renewable Energy. 

    How is hydrogen used now?

    Hydrogen can carry and store a huge amount of energy, but it is not an energy source. It can be used in fuel cells to generate electricity, or power and heat. It’s most commonly used in petroleum refining, fertilizer production, food processing, steel manufacturing and cosmetics. Due to its high energy content per unit of weight, hydrogen is also used as rocket fuel and in fuel cells to produce electricity on certain spacecraft.

    How will it be used in the future?

    Transportation and utilities are emerging markets, with more than 70,000 hydrogen-powered forklifts already moving warehouse products around and increasing investments in clean hydrogen for long-haul trucks and transit buses. 

    Over the long terms, hydrogen could help decarbonize a slew of industries and contribute to more than 20% of annual global emissions reductions by 2050, according to an analysis by McKinsey & Co.

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  • Biden touting creation of 7

    Biden touting creation of 7

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    Washington — Clean-energy projects in seven states from Pennsylvania to California have been selected by the Biden administration for a $7 billion program to kickstart development and production of hydrogen fuel, a key component of President Joe Biden’s agenda to slow climate change.

    His goal is to establish seven regional “hydrogen hubs” to help replace fossil fuels such as coal and oil with cleaner-burning hydrogen as an energy source for vehicles, manufacturing and generating electricity.

    Mr. Biden is expected to make the official announcement during an economic-themed visit to Philadelphia on Friday.

    The White House calls clean hydrogen “essential to achieving the president’s vision of a strong clean energy economy” and net-zero greenhouse gas emissions in the U.S. by 2050.

    “As a clean fuel, hydrogen complements the role played by other clean energy sources, like wind and solar, to help the U.S. reduce emissions in energy-intensive sectors of the economy: steel and cement production, heavy-duty transportation, and shipping,” the White House said in a statement.

    The global Hydrogen Council predicts hydrogen could fill 18% of global energy demand by 2050. 

    The seven hubs selected by the administration will spur more than $40 billion in private investment and create tens of thousands of good-paying jobs, the White House said, including many high-paying union jobs.

    There were 23 finalists for the hydrogen fuel program. The projects selected are based in California, Washington, Minnesota, Texas, Pennsylvania, West Virginia and Illinois.

    The infrastructure law Mr. Biden signed in 2021 included billions of dollars to develop so-called clean hydrogen, a technology that industry and clean-energy advocates have long pushed as a way to reduce planet-warming greenhouse gas emissions from fossil fuels.

    Some environmentalists call hydrogen a false solution because it frequently relies on natural gas or other fossil fuels as feedstocks.

    Energy companies say fossil fuels can serve as feedstocks if the projects capture the carbon dioxide produced and keep it out of the atmosphere, a technology that has yet to be produced at commercial scale.

    States and businesses have been competing for federal dollars in the new Energy Department program, which will create regional networks of hydrogen producers, consumers and infrastructure. The intent is to accelerate the availability and use of the colorless, odorless gas that already powers some vehicles and trains.

    Clean Hydrogen US Plant
    Employees work at a facility for the Norwegian company Nel in Heroya, Norway, on April 20, 2023. Nel makes devices that take water and split it into hydrogen and oxygen, known as electrolyzers, as well as fueling stations. The company announced plans on May 3, 2023 to build a massive new plant in Michigan as it works with General Motors to drive down the cost of hydrogen.

    Trond R. Teigen / AP


    The seven “hub” sites  

    Among those selected were the Appalachian Regional Clean Hydrogen Hub, based in West Virginia, and the Philadelphia-based Mid-Atlantic Clean Hydrogen Hub. Pennsylvania, a battleground state of the highest importance to the Democratic president in next year’s election, is in line to benefit from both projects.

    Mr. Biden has made Philadelphia a regular stop for both official and campaign events, and partners in the proposed Philadelphia-area hub have labor unions that are key Biden supporters. The West Virginia-based hub includes major Pittsburgh-based natural gas companies that are active in the region’s prolific Marcellus Shale reservoir, including the parent company of the operator of the controversial Mountain Valley Pipeline in West Virginia and Virginia.

    The $6.6 billion project to transport natural gas through Appalachia is supported by Sen. Joe Manchin, a West Virginia Democrat who was a key vote for last year’s sweeping legislation that included deep investments in climate programs. Opponents say the pipeline would emit the equivalent climate pollution of 23 coal-fired power plants and erode forest land along its 303-mile path.

    The hub also includes a $1.6 billion facility under construction in northern Pennsylvania that is working to produce near-zero emissions hydrogen from natural gas.

    “This is a big, big deal for … Appalachia in particular, because these facilities are all based in areas where coal was king,” said Perry Babb, president of KeyState, an owner and developer of the Pennsylvania site.

    Partners in the Appalachian hub say it could produce hydrogen from methane using heat, steam and pressure while capturing the carbon dioxide it would generate.

    The Mid-Atlantic hub is supported by Delaware, Pennsylvania and New Jersey. Officials say the goal is to be as climate-friendly as possible by making hydrogen through electrolysis – splitting water molecules using renewable energy sources such as wind and solar power, as well as nuclear power.

    Other projects selected include the Alliance for Renewable Clean Hydrogen Energy Systems in California, which will produce hydrogen from renewable energy and biomass. The project is intended to provide a blueprint for decarbonizing public transportation, heavy duty trucking and port operations – key emissions drivers in the state and major sources of air pollution.

    The Gulf Coast Hydrogen Hub will be centered in Houston, long the energy capital of the United States. The hub plans large-scale hydrogen production from both natural gas and renewables.

    The Minnesota-based Heartland hub seeks to decarbonize fertilizer used in agriculture and advance use of clean hydrogen in electric generation and for cold climate space heating. It also plans to offer equity ownership to tribal communities and local farmers.

    The Midwest hub in Illinois, Indiana and Michigan will use hydrogen in steel and glass production, power generation, heavy-duty transportation and sustainable aviation fuel. The hub plans to use renewable energy, natural gas and nuclear energy.

    The Pacific Northwest hub, based in eastern Washington, will use hydropower and other renewable resources to produce clean hydrogen.

    Sen. Patty Murray, D-Wash., called the hub “great news for the Pacific Northwest,” adding that it will create thousands of jobs and “make sure that Washington plays a leading role in growing the green hydrogen economy.”

    Nearly every state had joined at least one proposed hub, and many have been working together, hoping to reap the economic development and thousands of jobs they would bring. Big fossil fuel companies, renewable energy developers and researchers in university and government labs are involved, too.

    Many environmentalists aren’t hydrogen fans  

    Environmental groups are skeptical, arguing that while hydrogen is a clean-burning source of power, it takes a great deal of energy to produce. When it’s made with electricity from coal or natural gas, it has a bigger carbon footprint than simply burning the source fuel.

    “Hydrogen is another bait-andswitch from an administration that continues to break its promises to aggressively tackle climate change and help communities achieve a just, equitable transition to renewable energy,” said Silas Grant, a campaigner with the environmental group Center for Biological Diversity. 

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  • OneH2 Partners With Toyota Tsusho America to Demonstrate Zero-Emissions Hydrogen Fuel

    OneH2 Partners With Toyota Tsusho America to Demonstrate Zero-Emissions Hydrogen Fuel

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    Press Release


    Nov 29, 2022 08:00 EST

    OneH2, Inc. and Toyota Tsusho America, Inc. (“Toyota Tsusho America”) hosted a bus tour on Nov. 14, 2022, to exhibit the capabilities of their hydrogen vehicles and equipment. 

    The bus tour departed Hotel Maya in the early afternoon, transporting guests from various industries to the Fenix Marine Terminal in the Port of LA. 

    During the bus tour, guests experienced a live demonstration of OneH2’s hydrogen mobile refueler refueling Toyota Tsusho America’s newly remanufactured hydrogen fuel cell top handler with sustainable hydrogen fuel. This demonstration was part of Catalyst H2 — an annual convention hosted by the Green Hydrogen Coalition and Strategen in Long Beach, California, bringing hydrogen fuel manufacturers together to accelerate the green hydrogen economy in North America.

    In an effort to reduce emissions at ports, Toyota Tsusho America is working with the Port of Los Angeles to shift the Port’s fuel dependence away from diesel to hydrogen. The Port’s goal is for all equipment at the Port to be zero emissions by 2030 and for drayage trucks entering and exiting the Port to be zero emissions by 2035. OneH2 is helping Toyota Tsusho America achieve this objective by supplying cost-effective, quality hydrogen fuel to refuel these hydrogen trucks and equipment.

    During the bus tour, a OneH2 truck brought the hydrogen mobile refueler to the terminal’s zero-emissions fuel cell top handler. OneH2’s mobile trailer refueled the top handler with hydrogen before returning to the hydrogen production hub outside the Port area. This method demonstrated the refuel-and-go concept and deliverability of hydrogen fuel.

    The purpose of the bus tour and the hydrogen top handler refueling demonstration performed by Toyota Tsusho America and OneH2 was to show attendees that hydrogen fuel is a viable zero-emissions fuel alternative ready for real-world implementation. Hydrogen fuel can power heavy industrial equipment to reduce dependence on fossil fuels.

    Visit OneH2’s website to learn more about hydrogen fuel and how OneH2 plans to support hydrogen infrastructure from coast to coast.

    About OneH2, Inc.: Based in Longview, North Carolina, OneH2 is a leader in sustainable hydrogen solutions, providing holistic production, delivery and monitoring for zero-emissions hydrogen fuel. OneH2 produces and delivers hydrogen fuel across the U.S. and maintains a growing network of on-site hydrogen generators. OneH2 offers scalable end-to-end hydrogen fuel solutions that enable emission-free workplaces, including hydrogen buy-back programs and custom configurations to suit each business’ needs.

    About Toyota Tsusho America: With 60+ years in America, Toyota Tsusho America, Inc., together with its subsidiaries and affiliates, is a multi-market, multi-business enterprise with expertise in exporting and importing, supply chain management, new manufacturing, intermediate goods processing and logistics in the United States, Canada, Mexico, and the Caribbean. The company strives for comprehensive excellence by cultivating a vibrant culture of creativity, reliability, accountability, flexibility, and teamwork to activate the full potential of its employees, customers, suppliers, and communities. To learn more, visit www.taimerica.com.

    For all technical, customer and investor inquiries, please contact Molly Vang at molly.vang@oneh2.com or 844-99-ONEH2, ext. 762, or Ashley Chatham from Toyota Tsusho America at ashley_chatham@taiamerica.com.

    For all press-related inquiries, please contact Shawna Kilgore at shawna@fpwmedia.com or 541-343-1355.

    Source: OneH2, Inc.

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  • Germany mulls breaking subsidy taboo to avoid trade war with Biden

    Germany mulls breaking subsidy taboo to avoid trade war with Biden

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    Voiced by artificial intelligence.

    BERLIN — With only six weeks to avoid a transatlantic trade showdown over green industries, the Germans are frustrated that Washington isn’t offering a peace deal and are increasingly considering a taboo-breaking response: European subsidies.

    Europe’s fears hinge on America’s $369 billion package of subsidies and tax breaks to bolster U.S. green businesses, which comes into force on January 1. The bugbear for the Europeans is that Washington’s scheme will encourage companies to shift investments from Europe and incentivize customers to “Buy American” when it comes to purchasing an electric vehicle — something that infuriates the big EU carmaking nations like France and Germany.

    The timing of this protectionist measure could hardly be worse as Germany is in open panic that several of its top companies — partly spurred by energy cost spikes after Russia’s invasion of Ukraine — are shuttering domestic operations to invest elsewhere. The last thing Berlin needs is even more encouragement for businesses to quit Europe, and the EU wants the U.S. to cut a deal in which its companies can enjoy the American perks.

    A truce seems unlikely, however. If this spat now spirals out of control, it will lead to a trade war, something that terrifies the beleaguered Europeans. While the first step would be a largely symbolic protest at the World Trade Organization (WTO), the clash could easily slide precipitously back toward the tit-for-tat tariff battles of the era of former U.S. President Donald Trump.

    This means that momentum is growing in Berlin for a radical Plan B. Instead of open tariff war with America, the increasingly discussed option is to rip up the classic free-trade rulebook and to play Washington at its own game by funneling state funds into European industry to rear homegrown green champions in sectors such as solar panels, batteries and hydrogen.

    France has long been the leading advocate of strengthening European industry with state largesse but, up until now, the more economically liberal Germans have not wanted to launch a subsidy race against America. The sands are now shifting, however. Senior officials in Berlin say they are increasingly leaning toward the French thinking, should the talks with the U.S. not lead to an unexpected last-minute solution.

    Berlin is the 27-nation bloc’s economic powerhouse, so it will be a decisive moment if Berlin ultimately decides to throw its might behind the state-led subsidy approach to an industrial race with the U.S.

    Running out of time

    The clock is ticking for a truce with Biden that looks increasingly unlikely.

    Recent attempts by a special EU-U.S. task force to address EU concerns have met little enthusiasm on the American side to amend the controversial legislation, the European Commission told EU countries this week.

    “There are only a few weeks left,” warned Bernd Lange, the chair of the European Parliament’s trade committee, adding that “once the act is implemented, it will be too late for us to achieve any changes.”

    Lange said that the failure to reach a deal would likely trigger a WTO lawsuit by the EU against the U.S., and Brussels could also strike back against what it sees as the discriminatory U.S. subsidies by imposing punitive tariffs. Warnings of a trade war are already overshadowing the runup to a high-level EU-U.S. meeting in Washington on December 5.

    MEP Bernd Lange Lange said that the failure to reach a deal would likely trigger a WTO lawsuit by the EU against the U.S. | Philippe Buissin/European Union

    It’s precisely the kind of spat that the German government wants to avoid, as Chancellor Olaf Scholz hopes to forge unity among like-minded democracies amid Russia’s war and the the increasing challenges posed by China. Earlier this month, Scholz’s government made an overture to Washington by suggesting that a new EU-U.S. trade deal could be negotiated to resolve differences, but that proposal was quickly rejected.

    There are sympathizers for the subsidies approach in Brussels, with officials at the EU’s executive saying powerful Internal Market Commissioner Thierry Breton is a leading proponent. Breton is already advocating for a “European Solidarity Fund” to help “mobilizing the necessary funding” to strengthen European autonomy in key sectors like batteries, semiconductors or hydrogen. Support from Germany could help Breton win the upper hand in internal EU strategy discussions over the more cautious Trade Commissioner Valdis Dombrovskis.

    Breton will travel to Berlin on November 29 to discuss the consequences of the Inflation Reduction Act as well as industrial policy and energy measures with Scholz’s government.

    The German considerations even echo calls from top officials of the Biden administration, including U.S. Trade Representative Katherine Tai, who are urging the EU to not engage in a transatlantic trade dispute and instead roll out their own industrial subsidies; a strategy that Washington also sees as way to reduce dependence on China.

    Plan B

    Scholz first indicated late last month that the EU might have to respond to the U.S. law with its own tax cuts and state support if the negotiations with Washington fail to reach a solution, lending support to similar plans articulated by French President Emmanuel Macron, who will meet Biden on December 1 in Washington.

    Although Scholz does not endorse Macron’s framing of the initiative as a “Buy European Act” (which sounds too protectionist for the Germans), the chancellor agrees that the EU cannot stand by idly if it faces unfair competition or lost investments, people familiar with his thinking said late last month.

    Negative economic news, such as carmaker Tesla putting plans for a new battery factory in Germany on hold and instead investing in the U.S., or steelmaker ArcelorMittal partly closing operations in Germany, have increased calls in Berlin to consider more state support to counter a negative trend caused by both the U.S. scheme and high energy prices.

    Although the official government line remains that Berlin is still holding out hope for a negotiated solution with Washington, officials in Berlin say that it could be possible to increase incentives for industries to locate the production of green technologies in Europe.

    A spokesperson for the German Economy Ministry said that faced with the challenges stemming from the Inflation Reduction Act, “we will have to come up with our own European response that puts our strengths first … The aim is to competitively relocate green value creation in Europe and strengthen our own production capacities.”

    The spokesperson warned, however, that both the U.S. and EU “must be careful that there is no subsidy race that prevents the best ideas from prevailing in the market,” and added: “Green technologies in particular thrive best in fair competition; protectionism cripples innovation.”

    One important condition that could help Germany and the EU to safeguard said fair competition and to avoid the global free trade system descending into protectionist tendencies would be to ensure that any EU state subsidies remain in line with WTO rules. That means, in contrast to the U.S. law, that those subsidies would not discriminate between local and foreign producers.

    German Chancellor Olaf Scholz first indicated late last month that the EU might have to respond to the U.S. law with its own tax cuts and state support | Sean Gallup/Getty Images

    Crucially, support is also coming from German industry.

    “In the area of industrial policy and subsidies, we could look at measures that are compatible with WTO rules — as the EU is already doing in the chip sector,” said Volker Treier, the head of foreign trade at the German Chamber of Commerce.

    Treier also stressed that “there must be no discrimination” against foreign investors, but added: “This explicitly does not rule out the possibility of settlement bonuses, which in turn should be available to investors from all countries who would be interested in such investment commitments in Europe.”

    In Brussels, the Commission’s competition department has also made clear that it’s looking with an open mind at upcoming proposals.

    “There are no instruments excluded a priori” when it comes to the EU’s response to the U.S. subsidies, the department’s state aid Deputy Director General Ben Smulders said Thursday.

    Barbara Moens, Suzanne Lynch and Pietro Lombardi in Brussels and Laura Kayali and Clea Caulcutt in Paris contributed reporting.

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    Hans von der Burchard

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  • 8 things to know about the environmental impact of ‘unprecedented’ Nord Stream leaks

    8 things to know about the environmental impact of ‘unprecedented’ Nord Stream leaks

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    The apparent sabotage of both Nord Stream gas pipelines may be one of the worst industrial methane accidents in history, scientists said Wednesday, but it’s not a major climate disaster.

    Methane — a greenhouse gas up to 80 times more powerful than carbon dioxide — is escaping into the atmosphere from three boiling patches on the surface of the Baltic Sea, the largest of which the Danish military said was a kilometer across.

    On Tuesday evening, European Commission President Ursula von der Leyen condemned the “sabotage” and “deliberate disruption of active European energy infrastructure.” 

    Here are eight key questions on the impact of the leaks.

    1. How much methane was in the pipelines?

    No government agency in Europe could say for sure how much gas was in the pipes.

    “I cannot tell you clearly as the pipelines are owned by Nord Stream AG and the gas comes from Gazprom,” said a spokesperson for the German climate and economy ministry. 

    The two Nord Stream 1 pipelines were in operation, although Moscow stopped delivering gas a month ago, and both were hit. “It can be assumed that it’s a large amount” of gas in those lines, the German official said. Only one of the Nord Stream 2 lines was struck. It was not in operation but was filled with 177 million cubic meters of gas last year.

    Estimates of the total gas in the pipelines that are leaking range from 150 million cubic meters to 500 million cubic meters.

    2. How much is being released?

    Kristoffer Böttzauw, the director of the Danish Energy Agency, told reporters on Wednesday that the leaks would equate to about 14 million tons of CO2, about 32 percent of Denmark’s annual emissions.

    Germany’s Federal Environment Agency estimated the leaks will lead to emissions of around 7.5 million tons of CO2 equivalent — about 1 percent of Germany’s annual emissions. The agency also noted there are no “sealing mechanisms” along the pipelines, “so in all likelihood the entire contents of the pipes will escape.”

    Because at least one of the leaks is in Danish waters, Denmark will have to add these emissions to its climate balance sheet, the agency said.

    But it is not clear whether all of the gas in the lines would actually be released into the atmosphere. Methane is also consumed by ocean bacteria as it heads through the water column.

    3. How does that compare to previous leaks?

    The largest leak ever recorded in the U.S. was the 2015 Aliso Canyon leak of roughly 90,000 tons of methane over months. With the upper estimates of what might be released in the Baltic more than twice that, this week’s disaster may be “unprecedented,” said David McCabe, a senior scientist with the Clean Air Task Force.

    Jeffrey Kargel, a senior scientist at the Planetary Research Institute in Tucson, Arizona, said the leak was “really disturbing. It is a real travesty, an environmental crime if it was deliberate.”

    4. Will this have a meaningful effect on global temperatures?

    “The amount of gas lost from the pipeline obviously is large,” Kargel said. But “it is not the climate disaster one might think.”

    Annual global carbon emissions are around 32 billion tons, so this represents a tiny fraction of the pollution driving climate change. It even pales in comparison to the accumulation of thousands of industrial and agricultural sources of methane that are warming the planet. 

    “This is a wee bubble in the ocean compared to the huge amounts of so-called fugitive methane that are emitted every day around the world due to things like fracking, coal mining and oil extraction,” said Dave Reay, executive director of the Edinburgh Climate Change Institute.

    Lauri Myllyvirta, lead analyst at the Centre for Research on Energy and Clean Air, said it was roughly comparable to the amount of methane leaked from across Russia’s oil and gas infrastructure on any given working week. 

    A leak was reported near the Nord Stream 2 pipeline off the coast of Denmark’s Bornholm island | Danish Defence Command

    5. Is the local environment affected?

    While the gas is still leaking, the immediate vicinity is an extremely dangerous place. Air that contains more than 5 percent methane can be flammable, said Rehder, so the risk of an explosion is real. Methane is not a toxic gas, but high concentrations can reduce the amount of available oxygen. 

    Shipping has been restricted from a 5 nautical mile radius around the leaks. This is because the methane in the water can affect buoyancy and rupture a vessel’s hull.

    Marine animals near the escaping gas may be caught up and killed — especially poor swimmers such as jellyfish, said Rehder. But long-term effects on the local environment are not anticipated.

    “It’s an unprecedented case,” he said. “But from our current understanding, I would think that the local effects on marine life in the area is rather small.”

    6. What can be done?

    Some have suggested that the remaining gas should be pumped out, but a German economy and climate ministry spokesperson on Wednesday said this wasn’t possible.

    Once the pipeline has emptied, “it will fill up with water,” the spokesperson added. “At the moment, no one can go underwater — the danger is too great due to the escaping methane.”

    Any repair would be the responsibility of pipeline owner Nord Stream AG, the Germans said.

    7. Should they set it on fire?

    Not only would it look impressive, setting the gas on fire would hugely slash the global warming impact of the leak. Methane is made of carbon and hydrogen, when burned it creates carbon dioxide, which is between 30 and 80 times less planet-warming per ton than methane. Flaring, as it is known, is a common method for reducing the impact of escaping methane.

    From a pure climate perspective, setting the escaping methane on fire makes sense. “Yes, definitely — it will help,” said Piers Forster, director of the Priestley International Centre for Climate at the University of Leeds. 

    But there would be safety issues and potential environmental concerns, including air pollution from the combustion. “With land — in particular the inhabited and touristic island of Bornholm — nearby, you would not venture into this,” said Rehder.

    No government has yet indicated that this is under consideration.

    8. How long will it last and what next?

    “We expect that gas will flow out of the pipes until the end of the week. After that, first of all, from the Danish side, we will try to get out and investigate what the cause is, and approach the pipes, so that we can have it investigated properly. We can do that when the gas leak has stopped,” Danish Energy Agency director Böttzauw told local media.

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    Karl Mathiesen and Zia Weise

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