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HydrogenOne Capital Growth plc has announced that its portfolio company, Sunfire GmbH, has announced a new 50 MW electrolyser contract with Ren Gas, Finland's hydrogen project developer, at their plant in Tampere.
 

The equipment delivery will consist of five 10-MW pressurised alkaline electrolysis modules, representing a leading technology in the hydrogen industry. Sunfire will be responsible for the design, production, testing, delivery, supervision of installation and commissioning, and performance testing of the equipment.

This comprehensive scope ensures that the project benefits from Sunfire’s technology and expertise at every stage, from initial design to final performance validation. The Tampere project is expected to produce synthetic e-methane and green hydrogen to be used in the heavy road transportation sector and Finnish district heating. The project is currently in feasibility phase, having received an environmental permit.

As of 30 September 2024, HydrogenOne's investment in Sunfire represented 25% of the company's NAV. Dr JJ Traynor, Managing Partner of HydrogenOne Capital LLP, the Company's investment adviser, commented: “This marks another major achievement for Sunfire, HGEN's largest holding, with contracts announced year-to-date totalling over 200 MW. This follows Sunfire’s successful funding round, which totalled more than €500 million over the last 12 months. Once the Tampere project reaches a Final Investment Decision (FID), Sunfire’s advanced pressurised alkaline electrolyser technology is expected to play a pivotal role in converting renewable electricity into green hydrogen as part of the e-methane production, underscoring the key role of electrolysis in the energy transition.”

Nils Aldag, Sunfire CEO, stated: “We’re proud to provide our pressurised alkaline electrolyser technology for Ren-Gas’s Tampere e-methane plant. Our advanced solution is designed to deliver efficient and reliable hydrogen production at scale, ensuring that Ren-Gas meets its ambitious sustainability targets. This partnership marks a significant step forward in establishing Europe’s leadership role in the green hydrogen sector.”

Posted by Morning lark
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US hydrogen strategy unclear as Trump seeks spending cuts

  • The future of U.S. clean hydrogen under Donald Trump is uncertain but unravelling support from the Inflation Reduction Act could be politically tricky.

 

November 19 – President-elect Donald Trump has, for a long time, supported the oil and gas industry in the United States (“Drill, baby, drill”) and rejected Democratic-backed environmentally friendly policies (“the Green New Scam”).

 

The nascent hydrogen industry, however, has mostly flown under Trump’s radar, beyond hydrogen’s flammability.

 

“The one thing I can’t get used to is hydrogen. You know, the story with hydrogen, it’s great until it blows up,” Trump said during a rally in October 2024, repeating a claim he has made that hydrogen vehicles run a risk of exploding.

 

Trump’s unconventional style makes it difficult to predict his actions on many issues, but the Inflation Reduction Act – which aims to direct nearly $400 billion at boosting low-emission energy technologies, including hydrogen – is certainly on his radar.

 

No Republican voted for the inflation act when it passed in August 2022 and there have been multiple attempts by some in the party to repeal it in its entirety or parts.

 

Meanwhile, Trump has granted Elon Musk, who has repeatedly bashed hydrogen fuel cells, potentially sweeping power within his administration.

 

Carina Krastel, Managing Director the European Green Hydrogen Acceleration Center (EGHAC), InnoEnergy, says :

 

The only certainty right now is uncertainty,

 

“The much-anticipated hydrogen production tax credit (45V) in the U.S. under the [inflation act] will now be in question, as well as efforts to define a standard for green hydrogen.”

 

The production tax credits (PTC) for hydrogen will be allocated on a sliding scale based on intensity of carbon emissions for each kilo of hydrogen produced. Before then, the federal government must make a final decision on what constitutes clean hydrogen.

 

The decision, is expected by the end of 2024 and many in the hydrogen sector hope the PTC will be in place before Trump returns to the White House.

 

Difficult roll-back

 

Any sector subsidy that has already been allocated may be difficult to roll back.

 

The inflation act, and other bills passed including the Bipartisan Infrastructure Law (BIL) and CHIPs and Science Act, have generated more than 334,000 jobs and $372 billion in new private investment since 2022, according to the environmental policy firm Energy Innovation.

 

Much of that activity has centered in states that voted Republican in the election.

 

Co-chair of the Bracewell law firm’s Policy Resolution Group (PRG) Dee Martin, says :

 

There are seven Department of Energy hydrogen hubs that cover 20 states in the United States. Of those 20 states, a majority of them are in states that Trump won in the election,

 

“Those hubs are centered around major industrial basins and rely really on a robust local workforce. In other words, hydrogen hubs result in more energy jobs, which President Trump has historically not only supported but championed.”

 

Inflation act, supporters are concerned that the wide-ranging legislation could have parts repealed and rolled back, especially those parts that have still to be fully implemented such as the PTCs for hydrogen production.

 

The potential loss of jobs in red states caused by the reversal of the Biden administration’s hydrogen policies make dismantling of the inflation act and other environmental programs especially tricky for the incoming government.

 

Jonathan Traub, Leader of the Tax Policy Group at Deloitte said during a webinar on Trump’s taxation plans.

 

I think we’ll see a lot of internal Republican discussion about where they feel most comfortable in attacking the [inflation act], which pieces they feel have shown, despite Republicans’ opposition of the bill, are actually working and helping produce either clean energy and/or good jobs,

 

Hydrogen states

 

The oil and gas, industry has been a mostly enthusiastic player in the development of clean hydrogen as it is already an important producer of hydrogen from fossil fuels.

 

Oil states along the Gulf Coast, all of which are traditionally Republican, produce around a third of U.S.’ hydrogen, or around 3.5 million tons (Mt) a year. The same states boast the country’s largest hydrogen pipeline of over a thousand miles, and three of the world’s largest salt storage caverns.

 

Hydrogen is unlikely to be high on Trump’s list for rolling back inflation act incentives as many hydrogen hub projects are concentrated in Republican-held states, says Kyle Hayes, a Partner of Foley & Lardner and Co-Chair of the firm’s hydrogen practice.

 

So much hydrogen production is focused on the Gulf Coast, and hydrogen as a product is something that can truly scale as another business line for oil and gas majors, for which hydrogen production is right in their wheelhouse.

 

Support for hydrogen from natural gas and carbon capture (‘blue), favored by the oil and gas companies, will help build the proposed hubs and stimulate demand from steel makers, transportation hubs, and for ammonia production.

 

Greater demand for hydrogen, clean or not, helps lay the groundwork for electrolytic hydrogen from renewables (‘green’).

 

Mike Mohamed, Investment Banking Vice President at Solomon Partners, says :

 

It is expected that support for ‘blue’ hydrogen will also be good for ‘green’ hydrogen because it’s supporting the general build-out of the hydrogen economy,

 

Hydrogen will be important as it could serve as a long-duration storage vehicle for electricity generation and can be deployed during periods of peak demand, especially as data centers have an acute need for always-on electricity, Mohamed says.

 

He says,

 

That is another avenue that we believe is very positive for the hydrogen story. Hydrogen can be used to provide that resiliency and much needed backup power for the data center industry space … and falling behind in the AI race is not something I think we can afford as a nation,

 

Source: Hydrogencentral

Posted by Morning lark
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Biden-Harris Administration Announces Awards for Up to $2.2 Billion for Two Regional Clean Hydrogen Hubs to Bolster America’s Global Clean Energy Competitiveness and Strengthen Our National Energy Security

 

Gulf Coast and Midwest Hydrogen Hubs will Create Tens of Thousands of High-Quality Jobs, Deliver New Economic Opportunities, and Reinforce America’s Clean Manufacturing Boom

 

As part of President Biden’s Investing in America agenda, the U.S. Department of Energy (DOE) today announced up to $2.2 billion in award commitments for two Regional Clean Hydrogen Hubs (H2Hubs) that will help accelerate the commercial-scale deployment of low-cost, clean hydrogen—a valuable energy product that can be produced with zero or near-zero carbon emissions.

 

The two awardees—Gulf Coast H2Hub and Midwest H2Hub—are critical pillars of DOE's H2Hubs program, which was created by the Bipartisan Infrastructure Law to kickstart a national network of clean hydrogen producers, consumers, and connective infrastructure while supporting the production, storage, delivery, and end-use of clean hydrogen.

 

Building a strong and equitable domestic clean hydrogen economy is a key component of President Biden and Vice President Harris’ plan to strengthen America’s economic competitiveness, create new good-paying, high-quality jobs, and slash harmful emissions that jeopardize public health and pollute local ecosystems. 

 

"The Biden-Harris Administration has followed through on its promise to kickstart a new domestic hydrogen industry that can produce fuel from almost any energy resource in virtually every part of the country and that can power heavy duty vehicles, heat homes, and fertilize crops,” said U.S. Secretary of Energy Jennifer M. Granholm. “Today’s announcement marks a major milestone in DOE’s Hydrogen Hubs program, signaling our deep commitment to strengthening America’s energy security and boosting our economic and global competitiveness while also tackling the climate crisis.”

 

As part of the H2Hubs program, DOE is committing up to $1.2 billion of federal cost share for the Gulf Coast Hydrogen Hub—led by HyVelocity (HyV) and up to $1 billion of federal cost share for the Midwest Hydrogen Hub—led by the Midwest Alliance for Clean Hydrogen LLC (MachH2). These awards follow three previously awarded H2Hubs, and together, they will help drive private sector investment in clean hydrogen, setting the nation on a course to hit critical long-term decarbonization objectives.  

 

Clean hydrogen is a flexible energy carrier that can be produced from a diverse mix of domestic energy resources, including renewables, nuclear, and fossil resources with carbon capture. Its unique characteristics will allow the H2Hubs to substantially reduce harmful emissions from some of the most energy-intensive sectors of the economy, such as chemical and industrial processes and heavy-duty transportation, while creating new economic opportunities across the country. It could also be used as a form of long-duration energy storage to support the expansion of renewable power. By enabling the development of diverse, domestic energy pathways across multiple sectors of the economy, clean hydrogen will strengthen American energy independence and accelerate the American manufacturing boom. 

 

  • Gulf Coast Hydrogen Hub (HyVelocity Hub; Texas)—By creating a balanced portfolio of producers and consumers, the Gulf Coast Hydrogen Hub plans to leverage the Gulf Coast region’s abundant renewable energy and natural gas supply to drive down the cost of hydrogen—a crucial piece to achieving market liftoff. Through its core projects, the Hub proposes to produce clean hydrogen from both water through electrolysis and from natural gas while utilizing carbon capture and storage. These proposed investments in clean hydrogen aim to catalyze regional decarbonization solutions and contribute to lifting off the U.S. national clean hydrogen network. This H2Hub is expected to create approximately 45,000 direct jobs over the project’s lifetime. Learn more here.
  • Midwest Hydrogen Hub (Midwest Alliance for Clean Hydrogen (MachH2); Illinois, Indiana, Iowa, Michigan)—Located in a key U.S. industrial and transportation corridor, the Hub plans to leverage the region’s diverse energy sources (including renewable wind energy, natural gas, and nuclear energy) to support the decarbonization of industries including steel and glass production, manufacturing, power generation, refining, and heavy-duty transportation across Illinois, Indiana, Iowa, and Michigan. The Midwest Hydrogen Hub anticipates creating approximately 12,000 direct jobs over the project’s lifetime.

 

DOE’s investment in the H2Hubs program is one of the largest investments in clean manufacturing and jobs in history. This transformative federal investment will be matched by recipients to leverage billions of dollars to strengthen local economies, create and maintain high-quality jobs, and position America as the global leader in emerging energy industries. 

 

The seven selected H2Hubs are expected to collectively produce millions of metric tons of hydrogen annually, thereby getting us closer to reaching the 2030 U.S. production target and lowering emissions from hard-to-decarbonize industrial sectors that represent 30 percent of total U.S. carbon emissions. Together, they will also reduce tens of millions of metric tons of carbon dioxide (CO2) emissions from end-uses each year—an amount roughly equivalent to combined annual emissions of millions gasoline-powered cars—and create and retain tens of thousands of good-paying jobs across the country while supporting healthier communities.  

 

Delivering Economic and Environmental Benefits to Communities Across America


As part of the President’s commitments to invest in America’s workforce, support high-quality American jobs, advance environmental and energy justice, and strengthen Tribal energy sovereignty, each H2Hub was required to develop and ultimately implement comprehensive community benefits commitments—which will be informed by early and meaningful community and labor engagements in each region. DOE will co-host virtual community-level briefings for each awarded H2Hub to provide local communities with a forum to learn about and provide input on the selected projects.   

 

DOE’s Office of Clean Energy Demonstrations (OCED) manages the H2Hubs program and will provide project management oversight for the projects selected to produce clean hydrogen; demonstrate end uses; generate training opportunities and good-paying, high-quality jobs; reduce emissions and pollution; and ensure tangible benefits flow to local Hub communities. Through its phased approach to project management oversight, OCED will review and evaluate the Hub’s progress, including toward community benefits, which impact OCED’s decision to continue to provide federal funding and allow a project to progress to the next phase. 

 

Learn more about how OCED, the U.S. National Clean Hydrogen Strategy and Roadmap, and the H2Hubs program are supporting the Biden-Harris Administration’s all-of-government approach to address the climate crisis and deliver a clean and equitable energy future for every American.  

 

Source: FCW Team

Posted by Morning lark
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US electrolyser start-up Ecolectro has raised $10.5 in a Series A round to accelerate the development and deployment of its AEM systems, which it claims can already produce green hydrogen for under $2.5/kg.

 

Seeing participation from Starshot Capital, DNX Ventures, Energy Revolution Ventures, New Climate Ventures and more, the round led by Toyota Ventures brings the start-up’s capital raise to $27.7m following on from US state and federal grants.

 

Founded by two Cornell PhD chemists, Ecolectro is developing a PFAS and iridium-free AEM electrolyser, which it says uses readily available, recyclable and eco-friendly materials to produce hydrogen.

 

Slated to offer a highly durable membrane that operates efficiently in high temperatures and alkaline conditions, the firm says it had achieved over 70% efficiency – 47.5 kWh/kg of hydrogen – in typical operating environments.

 

Ecolectro has already launched its first 10kW electrolyser pilot with Liberty New York Gas for a blending trial in Massena, New York to heat commercial buildings, where it claims to have produced green hydrogen for under $2.5/kg.

 

Following on from the trial, Liberty plans to scale up the deployment to 1MW.

 

“Hydrogen is key to decarbonising heavy industry and other hard-to-abate sectors, but cost-prohibitive barriers have delayed widespread adoption,” said Dr. Rodríguez-Colero, co-founder and CEO of Ecolectro.

 

“We’re breaking down those barriers today – not years from now.”

 

The Series A funds are set to be used to speed up the development of the firm’s commercial 250-500kW and 1-5MW electrolysers, with plans to begin prototype testing early next year before commercial availability in late 2025.

 

Source: H2VIEW

 

Posted by Morning lark
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山梨大学は、電気エネルギーで水素と酸素を得る、水電解デバイスの性能を向上させるアニオン膜を開発した。再生可能エネルギー電力などを使った、グリーン水素製造デバイスへの応用が期待される。

 

 

山梨大学は2024年10月28日、電気エネルギーで水素と酸素を得る、水電解デバイスの性能を向上させるアニオン膜(Quaternized Terphenylene Alkyl Fluorene、QTAF膜)を開発したと発表した。早稲田大学との共同研究による成果で、再生可能エネルギー電力などを使った、グリーン水素製造デバイスへの応用が期待される。

 QTAF膜は、安定性が高いポリフェニレン型高分子を主骨格に用いて、側鎖にアンモニウム基、部分フッ素基を組み合わせる構造とした。ポリフェニレンの構成成分を疎水部と親水部に分割し、疎水部はベンゼン環が3つ連結したターフェニル構造として分子の剛直性を高めた。中央のベンゼン環に2つのトリフルオロメチル基を置換して、生成する高分子の分子量の増大と有機溶媒性への溶解性も与える設計とした。

開発したアニオン膜の構造と写真[クリックで拡大] 出所:山梨大学
 

 その結果、分子量が75万以上の巨大分子が得られ、膜厚を薄くしても高い靭性と柔軟性を両立でき、水中での水酸化物イオン導電率は173mS/cmを達成した。疎水部の構造が親水部(アンモニウム基)の化学安定性にも寄与しており、800時間以上の加速アルカリ耐久性試験にも高い性能を示した。

 また、QTAF膜を電解質として用いて、遷移金属合金(NiCoO)から構成される酸素発生電極触媒と組み合わせることで、高電流密度(2.0A/cm2)においても1.72Vの低いセル電圧で作動する水電解セルを開発できた。1000時間動かしても性能低下がほとんど起こらず、高い耐久性も確認した。

 遷移金属系の酸素発生電極触媒と組み合わせた水電解セルは、電流密度1.0A/cm2においてセル電圧1.62V、同2.0A/cm2でもセル電圧1.72Vと高い能力を示した。長時間運転を模した耐久性試験でも、セル電圧の変化率は1.1μV/h(100~1000時間)と小さかった。

(a)開発したQTAF膜の水酸化イオン導電率とIECの関係。QTAF膜を用いた水電解セルの(b)電解性能と(c)耐久性[クリックで拡大] 出所:山梨大学

 QTAF膜を活用することで、既存のプロトン膜型水電解と同レベルの性能を低価格で達成する可能性がある。今後、触媒材料の高性能化や最適化、耐久性などを改善できる。さらに、セルを直列につなぐスタック化や大型化の研究を企業と共同で進め、早期の実装化を目指す。

 

水電解デバイスの能力向上につながる新たなアニオン膜を開発:研究開発の最前線 - MONOist

 

https://monoist.itmedia.co.jp/mn/articles/2411/12/news042.html

 

monoist.itmedia.co.jp

 

Posted by Morning lark
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