Category: Renewable Hydrogen

  • MIL-OSI Africa: Green hydrogen can ‘reposition’ Africa within global value chains

    Source: South Africa News Agency

    The burgeoning green hydrogen industry presents an opportunity for Africa to enable structural change and reposition the continent.

    This is according to the Minister of Electricity and Energy, Dr Kgosientsho Ramokgopa.

    The Minister delivered remarks at the African Green Hydrogen Summit, which is underway in Cape Town.

    WATCH | 

    [embedded content]

    “[Green] hydrogen must be understood not merely as a clean fuel, but as a strategic enabler of Africa’s structural transformation. It holds the potential to reposition the continent within global value chains, not as an exporter of raw materials but as a competitive industrial actor. Harnessed strategically, it can anchor new industrial ecosystems, from green steel and fertilisers to sustainable mobility and synthetic fuels.

    “These are not abstract possibilities — they are within reach, provided we design policy frameworks that localise value, deepen intra-African trade, and direct investment flows towards infrastructure, skills, and technology transfer that serve the interests of the continent,” Ramokgopa said on Thursday.

    The industry presents a lucrative opportunity for the continent and boasts a global potential of at least $300 billion in global exports over the next three decades.

    Africa holds minerals and metals that are critical for the industry – placing the continent at the heart of this new frontier.

    “More fundamentally, green hydrogen offers an opportunity to reverse the logic of dependency that has historically defined Africa’s insertion into the global economy. Instead of reinforcing extractive patterns, Africa can lead with an agenda of beneficiation, regional integration, and sovereign industrial development. 

    “This will require that we reject siloed national approaches in favour of coordinated regional frameworks, leveraging platforms like the African Continental Free Trade Area (AfCFTA), the Programme for Infrastructure Development in Africa (PIDA), and most crucially, Agenda 2063. 

    “These frameworks offer the institutional scaffolding for a common energy market and harmonised regulatory regimes that can attract patient, long-term capital,” Ramokgopa said.

    The Minister implored African leaders at the summit to be “unapologetic” in taking their place at the forefront of the Green Hydrogen global industry.

    “We must also be unapologetic in demanding a fair place at the green negotiating table. Africa’s role in the global energy transition cannot be one of accommodation. It must be one of agency. Our narrative must be led by African voices, grounded in African realities, and committed to African futures.

    “As the world seeks new energy alliances and supply chains, Africa must shape its energy destiny through solidarity, strategy and statecraft, turning the promise of green hydrogen into a pillar of continental prosperity,” he insisted.

    The summit also launched the Africa Green Hydrogen Report – a document thrashing out the continent’s green hydrogen potential, which brings together the full breadth of the continent’s technical readiness.

    “This is not just a theoretical compilation; it is a technical blueprint for scaled project execution. Its message is unequivocal: Africa is not short of knowledge. Africa is ready to move from pilot to pipeline, from strategy to scale.

    “But let us be clear. The window for Africa to shape the rules of this emerging market is narrowing. Other regions are moving fast, with public subsidies, regulatory incentives, and long-term offtake strategies. If we delay, we risk importing technologies, importing skills, and once again exporting unprocessed potential. 

    “So, the real work of this summit is to forge clarity on the scale of our ambition, the credibility of our plans, and the coordination of our actions. Let us begin that work today, with urgency, with unity, and with a shared conviction that Africa’s future is not on the periphery of the global green economy, but firmly at its centre,” he said.

    IN PICTURES | Green Hydrogen Summit

    According to the African Green Hydrogen Alliance (AGHA) – which is made up of 10 African states, including South Africa – the industry has the potential to add between $66 billion and $126 billion to the Gross Domestic Product of the member countries over the next 25 years.

    Furthermore, some two to four million jobs could also be added during that time.

    “Africa’s choice is whether to be a passive site of resource extraction or a proactive architect of the green energy economy. With the right policy frameworks, investment enablers, and regional coordination, green hydrogen can and must be the backbone of a new African industrial era,” Ramokgopa said. – SAnews.gov.za

    MIL OSI Africa

  • MIL-OSI Video: President Cyril Ramaphosa delivers a Keynote at the Green Hydrogen Summit.

    Source: Republic of South Africa (video statements)

    President Cyril Ramaphosa delivers a keynote at the Green Hydrogen Summit in Century City, Cape Town. The summit brings together African energy Ministers, policymakers and investors to explore opportunities in green hydrogen production, infrastructure development, and export potential.

    https://www.youtube.com/watch?v=E32smC3JY9I

    MIL OSI Video

  • MIL-OSI United Kingdom: £2.5 billion for world-first prototype fusion energy plant

    Source: United Kingdom – Executive Government & Departments 2

    News story

    £2.5 billion for world-first prototype fusion energy plant

    The record funding announced this week shows the UK government’s firm commitment to clean, sustainable energy in Nottinghamshire.

    STEP Tokamak with burning plasma, front view. Image credit: UK Industrial Fusion Solutions Ltd.

    A record £2.5 billion of additional funding has been announced this week by the Rt Hon Rachel Reeves, Chancellor of the Exchequer, to support the development of the world’s first fusion power plant.

    The new prototype plant, known as STEP (Spherical Tokamak for Energy Production) will be built at the site of the former West Burton A coal power station near Retford and Gainsborough. The site was chosen by the government in 2022 as the location for the project, with the project’s delivery expected to create over 10,000 jobs ranging from construction to operations. The announcement shows the government’s firm commitment to becoming a “clean energy superpower” by turbocharging innovation in an area that’s produced conventional power for generations.

    A groundbreaking and world-first scientific endeavour, STEP works by combining hydrogen gases, deuterium and tritium, which are heated to over 150 million degrees Celsius and confined within a powerful magnetic field. The energy produced can then be used to create steam, to turn a turbine, generating electricity – just like in any conventional power plant.

    Paul Methven CB, CEO of UK Industrial Fusion Solutions, the body responsible for delivering the STEP prototype fusion energy power plant, warmly welcomed the additional funding and said:

    The UK is the world leader in fusion energy research today, and STEP is the beacon programme that aims to take fusion from research to commercial success, generating high quality jobs, multiple spin offs and boosting the economy nationally and in the East Midlands where we will build the first plant.

    Securing a global lead in such a vital new technology requires bold action; the government has rightly been bold today and we look forward to delivering the practical steps that will realise the vision of the UK leading in this exciting new sector.

    The end of coal power in Nottinghamshire was marked by the closure of Ratcliffe-on-Soar Power Station in late 2024. With the creation of STEP in West Burton, Nottinghamshire’s “Megawatt Valley” will continue to be at the heart of the UK’s energy production – whilst leading the world in creating the green, sustainable energy of the future.

    The record-breaking £2.5 billion of additional funding announced this week shows the government’s firm commitment to fusion as a core part of our future energy mix, and to this significant investment in the economy in Nottinghamshire and the East Midlands.

    During a recent visit to the UK’s Fusion Research Campus at Culham, Energy Secretary Ed Miliband commented:

    After scientists first theorised over 70 years ago that it could be possible, we are now within grasping distance of unlocking the power of the sun and providing families with secure, clean, unlimited energy.

    Notes to Editors

    UK Industrial Fusion Solutions Ltd (UKIFS) is a wholly owned subsidiary of the UK Atomic Energy Authority (UKAEA) Group, responsible for the STEP (Spherical Tokamak for Energy Production) programme to deliver the UK’s prototype fusion energy plant.  

    Targeting first operations in 2040, UKIFS will lead STEP’s integrated delivery team to design and build the prototype fusion energy plant at West Burton, a former coal-fired power station site in Nottinghamshire.

    To sign-up for updates about STEP, visit: step.ukaea.uk or follow our social channels @STEPtoFusion.

    Updates to this page

    Published 12 June 2025

    MIL OSI United Kingdom

  • MIL-OSI USA: WATCH: Padilla Objects to EPA Nominees After Republicans Bypass Parliamentarian to Decimate California’s Clean Air Authority

    US Senate News:

    Source: United States Senator Alex Padilla (D-Calif.)

    WATCH: Padilla Objects to EPA Nominees After Republicans Bypass Parliamentarian to Decimate California’s Clean Air Authority

    WATCH: Padilla: “California’s success drives America’s success. You rein in California’s ability to lead, you restrain our country’s success.” WATCH: Padilla also demands answers from EPA Administrator Zeldin on why the agency bucked longstanding precedent to submit California’s waivers as rules under the Congressional Review ActWASHINGTON, D.C. — After Republicans shortsightedly revoked California’s clean air waivers last month, U.S. Senator Alex Padilla (D-Calif.), Ranking Member of the Senate Committee on Rules and Administration and a member of the Senate Environment and Public Works Committee, spoke on the Senate floor to object to the confirmation of all future EPA nominees during the consideration of David Fotouhi to serve as Deputy Administrator of the Environmental Protection Agency (EPA). Last week, Padilla announced his intent to place a blanket hold on EPA nominations — stating he would maintain holds on all of President Trump’s EPA nominees until Republicans allow California to protect the health of its residents, especially as the Trump Administration ramps up its attacks on California.
    Padilla’s holds — including yesterday’s objection to Fotouhi — come after Republicans overruled the nonpartisan Senate Parliamentarian’s decision and went nuclear on the Senate rulebook in order to rescind California’s clean air waivers, which allowed the state to implement more protective air quality standards for over 50 years. Senate Republicans bypassed the filibuster to rescind these waivers by overruling the Senate Parliamentarian’s determination that any resolutions aimed at overturning California’s waivers would not be entitled to the Congressional Review Act’s (CRA) expedited procedures and would therefore require 60 votes to secure Senate passage. Padilla’s objections prevent fast-track confirmation of EPA nominees, requiring the Senate majority to use a more time-consuming process and hold two separate votes on each nominee.
    As Ranking Member of the Senate Rules and Administration Committee, Padilla is also demanding answers from EPA Administrator Lee Zeldin on how and why EPA changed its longstanding legal position — which had persisted for 20 years under administrations of both parties — regarding whether California’s Clean Air Act waivers are subject to review under the CRA. The new oversight letter emphasizes that EPA’s actions to submit the waivers to Congress as rules led to the first instance of the Senate successfully using the “nuclear option” to avoid a legislative filibuster when Republicans overruled the Parliamentarian. Padilla asked Zeldin a series of questions, and requested related records and communications, pushing for details on how and why EPA changed its position and submitted California’s waivers as rules to Congress, which led directly to Senate Republicans changing Senate rules to bypass the legislative filibuster.
    Floor Speech on EPA Holds
    In his floor speech, Padilla emphasized that Republicans’ unprecedented actions jeopardize the public health of millions of Californians and blow up the Senate rulebook.
    “This was the very first time in the history of this Senate that the majority decided to go nuclear to take up joint resolutions that were subject to the filibuster one minute and they eliminated the legislative filibuster for them the next. They can deny it all they want, but it’s written there in the record for all of us to see, and it was sparked by the Trump Administration’s EPA abusing the Congressional Review Act and twisting it into something that it was never intended to be.”
    “The consequences will be physical, impacting the health, not just the lungs, but the broader health of the people of my home state of California. So I rise to remind my Republican colleagues and the EPA’s current leadership that these actions will have consequences, and as long as my Republican colleagues continue to try to pull the wool over the eyes of the American people, I’m going to continue to speak up and fight back.”
    “Unfortunately, the Trump Administration and the Republican majority plowed ahead, at the expense of the health of millions of children and families in California and many other states for that matter. They took advantage of the EPA’s clear abuse of the CRA to go nuclear, first overriding the procedural limits in the text of the CRA itself, and then second, by overturning the Parliamentarian’s decision, all in a quest to do away with California’s clear, longstanding authority under the Clean Air Act. That’s unacceptable.”
    Padilla highlighted the importance of California’s clean air waivers for addressing the state’s unique air quality challenges, emphasizing that California has already done nearly all it can to reduce emissions from stationary sources of air pollution but needs its EPA waivers to regulate mobile air pollution sources that cause significant environmental and public health issues. He underscored California’s leadership in port electrification and breakthrough hydrogen technologies, yet mobile sources under the federal government’s jurisdiction continue to produce most emissions.
    “California has done everything it can, and now the federal government needs to step up and do its part, do its part, or get out of the way, and [let] California continue to lead.”
    “That’s why these waivers are so important — because absent the federal government doing its part, California needs the federal waivers to fill the gap, to reduce pollution further, to reach attainment, to protect the lungs and the health of Californians. But now, as a result of the Trump EPA and the Senate Republicans’ abuse of the CRA, the people of California will be forced to breathe more toxic air pollution than they should have to and suffer the devastating impacts.”
    Padilla concluded his remarks by making clear that he will maintain his holds on EPA nominees until the EPA allows California to protect the public health of its residents. He highlighted that the attack on California’s clean air waiver is part of the Trump Administration’s relentless targeting of the state, despite the critical role California plays in bolstering the national economy, and warned his colleagues of the dangers of restricting the state’s leadership.
    “From the minute Donald Trump came back into office, we knew California was a target. … The President decided to not just attack California on climate, but with ICE raids, with a tax on federal funding and research grants, threats to withhold disaster aid, and more. So to President Trump and to all those who choose to target California for a political agenda, you’ll soon see what California is capable of, and you’ll learn that it’s far better to bet on California than against California.”
    “In the meantime, I’ll continue to oppose these EPA nominees until the EPA reverses course and works with California, not just for California’s interest, but our nation’s interest. California is the most populous state in the nation, the largest economy of any state in the nation. California’s success drives America’s success.”
    “You rein in California’s ability to lead, you restrain our country’s success. So I hope we can reach an agreement in the near future. But if not, we’ll continue to raise objections, and I will always stand up and defend California.”
    Video of Senator Padilla’s full floor remarks is available here.
    Oversight Letter to Administrator Zeldin
    Padilla also highlighted his new oversight letter to EPA Administrator Zeldin during a Senate Environment and Public Works Committee hearing this morning, detailing the vast implications that EPA and Republicans’ abuse of the CRA will have in rewriting the Senate rulebook.
    “I believe EPA’s abuse of the CRA led the Republican majority to go nuclear, all in their effort to attack California’s Clean Air Act authority. EPA had never submitted a California waiver to Congress in the 20 years that the CRA has been in effect, under both Democratic administrations and Republican administrations, until now.”
    “So that reckless disregard for the law has had major consequences, not just on California’s ability to reduce emissions and improve public health, but for how the Senate itself operates. And the Senate deserves to know how and why the Trump EPA changed the agency’s longstanding legal position on those waivers.”
    “I’ve asked some important questions, and I’m seeking EPA related records and communications, and so Madam Chair, we will see whether Administrator Zeldin will respect Senators’ oversight authority and will hold the Trump EPA accountable for their abuse of the law.”
    Video of Senator Padilla’s full questioning is available here.
    Background
    Senator Padilla has been a leading voice in pushing back against Republican attacks on California’s Clean Air Act waivers. Over the last month, Padilla has spoken on the Senate floor repeatedly to sound the alarm on Senate Republicans’ revocations of these critical waivers. Padilla, along with Senator Sheldon Whitehouse (D-R.I.) and Democratic Leader Chuck Schumer (D-N.Y.), also led Democratic Ranking Members in strongly warning Majority Leader John Thune (R-S.D.) and Majority Whip John Barrasso (R-Wyo.) of the dangerous and irreparable consequences if Senate Republicans overrule the Senate Parliamentarian’s decision on California’s waivers. Many of his Democratic colleagues voiced similar opposition to Republicans’ unprecedented dismissal of the Senate rulebook.
    In April, Padilla, Whitehouse, and Senator Adam Schiff (D-Calif.) welcomed the Senate Parliamentarian’s decision that the waivers are not subject to the CRA. Padilla also joined Whitehouse and Schiff in blasting Trump and EPA Administrator Lee Zeldin’s weaponization of the EPA after the Government Accountability Office’s (GAO) similar finding. Padilla and Schiff previously slammed the Trump Administration’s intent to roll back dozens of the EPA’s regulations that protect California’s air and water.

    MIL OSI USA News

  • MIL-OSI Video: President Cyril Ramaphosa President delivers a Keynote at the Green Hydrogen Summit.

    Source: Republic of South Africa (video statements)

    President Cyril Ramaphosa delivers a keynote at the Green Hydrogen Summit in Century City, Cape Town. The summit brings together African energy Ministers, policymakers and investors to explore opportunities in green hydrogen production, infrastructure development, and export potential.

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

    MIL OSI Video

  • MIL-OSI USA: Powering Data: NREL Partner Forum Puts Everything on the Table

    Source: US National Renewable Energy Laboratory

    NREL Announces Chip-to-Grid Consortium, Invites Collab Around Energy-Data Integration


    Andrea Watson, associate laboratory director for Innovation, Partnering, and Outreach at NREL, introduces the 2025 NREL Partner Forum. Photo by Agata Bogucka, NREL

    Over the past decade, energy demand from U.S. data centers has tripled—doubling in just the last two years. And the growth is not slowing down.

    Utilities are wondering where to add generation. Meanwhile, companies queue for that power. Governments are deciding what to permit, and residents are voicing their priorities. Rarely are they all in the same room, but for a productive two days, more than 300 participants gathered in Golden, Colorado, at the U.S. Department of Energy’s National Renewable Energy Laboratory (NREL) to strategize powering data centers during the 2025 NREL Partner Forum.

    For an issue that is fundamentally about connections—connecting data centers to the grid and connecting people to each other—NREL was a natural place to collaborate. In the shadow of full-scale grid assets, and next to an eminently efficient data center that supplies leading artificial intelligence (AI) research, attendees worked through the details of data and power systems.

    “That’s the magic of the Partner Forum,” said Andrea Watson, associate laboratory director for Innovation, Partnering, and Outreach at NREL. “We know we can do so much more together than on our own, so we host events like Partner Forum to facilitate better engagement with stakeholders and to develop better solutions for everyone. It’s how we drive NREL’s research impact.”

    Yes, More Power. And Different Power.

    “We are just getting warmed up,” keynote speaker Dean Nelson said, after showing numbers that prove the recent climb in data center capacity. Nelson’s career followed that same trajectory, and his insight helped frame both the big picture and the finer points.

    “We have to do this the right way, to balance the social, economic, ecological, and community preference. Like a Rubik’s Cube,” Nelson said.

    Dean Nelson, CEO of Cato Digital and Founder and Chairman of Infrastructure Masons, keynotes the NREL Partner Forum. Image by Agata Bogucka, NREL

    He ran through many of the major topics—like flexibility (“data centers must become active grid participants”), siting (“not moving power to data center, but data center to power”), and community approval (“master planning has to be with the communities”)—including one that resurfaced several times later: “Data centers create a giant amount of instantaneous demand.”

    “It’s like starting an engine a thousand times in a second,” Nelson remarked. “That’s why NREL is so important: Data centers can stabilize or destabilize the grid, and we have to know how.”

    Recent breakthroughs in chip design have packed more power consumption into the same-sized server rack, which means large and fast swings in electrical load. For the grid planners in the room, this was the crux of the problem.

    How To Connect Petaflops and Gigawatts

    When dealing with loads that are “the equivalent of bringing cities to the grid”—as Mason Emnett, senior vice president of Constellation Energy put it—competitive jostling for new generation might not work anymore.

    “What keeps me up at night is infighting over pieces of the pie, even though the pie is big enough,” Emnett said, responding to a panel prompt. “It creates friction in the regulatory space, instead of collaboration.”

    This map layers U.S. data infrastructure alongside power infrastructure to help visualize the overlap and simplify co-system planning. Perhaps with a holistic, nation-to-local perspective, there is enough of the “pie” to go around. Image by Billy Roberts, NREL

    Taking the whole-nation view, power transmission exists along certain corridors, as do data centers. If utilities, regulators, companies, and communities can collaborate, perhaps there is enough “pie,” including generation sources such as natural gas, solar and storage, hydrogen fuel, and in the case of Constellation’s planned restart of Three Mile Island, nuclear.

    Attendees bounced through many options to bring more power online and to better use the power that already exists.

    “There is no silver bullet,” emphasized Prasanna Joshi, vice president of low-carbon solutions technology at ExxonMobil. “We look at all solutions—carbon capture, natural gas generation, hydrogen-powered turbines. But equally important is software: using that chip more efficiently.”

    “Why not think about new market structures to incentivize large rotating machines?” asked a panelist from Idaho National Laboratory, in reference to the extra grid services that nuclear and other inertial plants provide but are uncompensated for.

    “Systems are in place to unlock grid flexibility, but the markets are not,” another agreed.

    “We need some form of battery to support that large on-off ramp of power,” added a panelist from an engineering firm.

    “Power electronics are the only way to overcome stability issues,” agreed another.

    Naturally, talk of more generation gave way to talk of local politics and whether people will accept any of this.

    Transmission Lines Over Vineyards

    A new power plant in the neighborhood is not on most residents’ wish list, and plenty of energy projects have met their fate at the picket line. But maybe people would play ball if they were on the pitch to start.

    “People want to make sure they’re benefiting at least as much as it’s costing them,” remarked Sherry Stout, laboratory program manager for NREL’s State, Local, and Tribal activities.

    Stout, who works closely with Tribes, reminded the forum that communities want to be part of the conversation. To get projects passed, everyone must be at the negotiation table.

    “You have to intentionally bring detractors,” Stout said. “The more you sideline, the more you might bring out a grassroots rejection.”

    Panelists discussed ideas like local incentive packages, such as development of a STEM workforce center to train for incoming jobs or diverting waste heat toward community buildings at no cost.

    Marc Aveni, assistant director with Loudoun County Virginia’s, Department of General Services, speaks about key considerations for optimal placement of new data centers at NREL’s Partner Forum. Image by Agata Bogucka, NREL

    In Loudoun County, Virginia, data center expansion caught the community off guard but resulted in a booming tax base. Loudoun’s Assistant Director of General Services Marc Aveni joined a panel to add the “local county employee” perspective.

    “It’s been a bit of a mixed bag. We’ve seen lots of positive revenues, but we didn’t have a good handle on energy and natural resource requirements. It presented a lot of challenges at the local government level,” Aveni explained.

    “We’re very happy to be partnering with NREL to work through our challenges,” Aveni said.

    Chip-to-Grid

    Like Loudon County, NREL has partnered with many, if not all, of the attendees, often helping partners evaluate pivotal energy investments. In the spirit of the forum, NREL Partnership Development Manager Bill Livingood announced an evolution of NREL capabilities: Chip-to-Grid.

    [embedded content]

    Text version

    Chip-to-Grid is a planned initiative aimed at creating a more seamless and integrated approach to data center development and “to address the problems that one stakeholder alone can’t solve,” Livingood said, like problems of interoperability and especially end-to-end utility to data center compatibility.

    Livingood presented Chip-to-Grid alongside Kent Crawford, director of engineering at Schneider Electric, which supports creating the consortium.

    “It takes us all,” Crawford reiterated. “None of this works unless it’s an interoperable system. We’ve got to go faster than faster, which means bringing together all the players.”

    This builds on NREL’s renowned Advanced Research on Integrated Energy Systems (ARIES) platform, as well as NREL’s work in projects like ARPA-E COOLERCHIPS. Forum attendees later toured NREL’s Energy Systems Integration Facility to appreciate the globally unique research capacity that makes endeavors like Chip-to-Grid feasible.

    Emerging Innovations With Appeal

    On day two, industry partners and investors alike heard about emerging technology ventures. Four startups, selected by NREL’s Innovation and Entrepreneurship Center, showcased how their technologies could transform the energy performance of data centers.

    Palanquin Power, a participant in NREL’s West Gate program, is rethinking rack-level power conversion with a DC-direct-to-server approach. Lucidean’s CEO introduced the company’s custom photonic chip that enables direct fiber optic networking with greater efficiency. Flexnode pitched modular, rapidly deployable data centers tailored for compute-intensive AI workloads. And Flux XII shared its vision for transforming intermittent energy sources into reliable baseload power using low-cost, long-duration storage.

    From optical switches to power electronics to flow batteries, the technical topics ran deep. But the predominant themes were never lost: collaborate to add new generation, innovate to advance chips and energy, and evaluate solutions collectively supported by NREL’s resources and expertise.

    Decide How To Power Data With NREL

    From decision support to whole-system analysis to real-power demonstrations, NREL is a leading institution for energy integration. It is where crosstalk occurs for industry, utilities, and governments and where solutions can move from concept to implementation.

    “Getting technology into the marketplace is in our DNA,” NREL Director Martin Keller said. “Our power is bringing everyone together to move this forward as fast as possible.”

    Learn more about partnering with NREL.

    MIL OSI USA News

  • MIL-OSI United Kingdom: Spending Review: Billions to back Scottish jobs

    Source: United Kingdom – Executive Government & Departments 3

    Press release

    Spending Review: Billions to back Scottish jobs

    UK Government’s Plan for Change delivers record settlement for Scottish Government with an extra £9.1 billion over the SR period to deliver public services

    Working people across Scotland will benefit from significant investment in clean energy and innovation, creating thousands of high-skilled jobs and strengthening Scotland’s position as the home of the United Kingdom’s clean energy revolution.  

    The UK Government has confirmed £8.3 billion in funding for GB Energy-Nuclear and GB Energy in Aberdeen. This is alongside an increased commitment to the Acorn Carbon Capture, Usage and Storage project, which will receive development funding.   

    The Spending Review, outlined today, Wednesday 11 June, announces targeted investment in Scotland’s most promising sectors to grow the economy and put more money in working people’s pockets.  It delivers an extra £9.1 billion over Phase 2 of the Spending Review, through the Barnett formula.

    The government also confirmed £25 million for the Inverness and Cromarty Firth Freeport.   

    These investments are part of a wider package, with funding for hydrogen production projects at Cromarty and Whitelee.

    Secretary of State for Scotland, Ian Murray, said:  

    Putting more money in the pockets of working Scots by investing in the country’s renewal is at the heart of this Spending Review and our Plan for Change.

    The Chancellor has unleashed a new era of growth for Scotland, confirming billions of pounds of investment in clean energy – including new development funding for Acorn – creating thousands of high-skilled jobs.

    Scotland’s leading role at the heart of UK defence policy has been strengthened and there is also significant investment in our trailblazing innovation, research and development sectors.

    And the Scotland Office will work with local partners to ensure hundreds of millions of pounds of new targeted support for Scottish communities and businesses goes to projects that matter to local people. This means that the UK Government is now investing almost £1.7 billion in dozens of important growth schemes across Scotland over 10 years.

    To maximise the benefit of recent trade deals with India, US and the EU we are continuing the Brand Scotland programme to promote inward investment opportunities boosting Scottish exports of our globally celebrated products.

    And we are delivering a record real-terms funding settlement for the Scottish Government with an extra £9.1 billion over the Spending Review period through the Barnett formula. That’s more money than ever before for them to invest in Scottish public services like our NHS, police, housing and schools.

    This is a historic Spending Review for Scotland that chooses investment over decline and delivers on the promise that there would be no return to austerity.

    Investment in Scotland to strengthen UK defence  

    Speaking in the House of Commons today, the Chancellor reaffirmed the government’s commitment to increase defence spending to 2.6% of GDP by April 2027, backing our Armed Forces, creating British jobs in British industries, and prioritising the security of Britain when it is most needed.  

    The long-term future of the Clyde is secured through an initial £250 million investment over three years which will begin a multi-decade, multi-billion pound redevelopment of HM Naval Base Clyde through the ‘Clyde 2070’ programme.   

    Investing in innovation and R&D  

    Scotland will also become home to the UK’s largest and most powerful supercomputer, with up to £750 million committed to its development at Edinburgh University. This world-class facility will give scientists across all UK universities access to extraordinary computer power, further strengthening Scotland’s research and innovation capability.   

    The UK Government is backing Scottish industry with a share of increased UK-wide R&D spending set to grow from £20.4 billion in 2025-26 to over £22.6 billion per year by 2029-30. Scotland will also benefit from a £410 million UK-wide Local Innovation Partnerships Fund.  

    Targeted support for Scottish communities   

    The government is also investing £160 million over 10 years for Investment Zones in the North East of Scotland and in Glasgow City Region, and confirming £452 million over four years for City and Growth Deals across Scotland.  

    A £100 million joint investment for the Falkirk and Grangemouth Growth deal with the Scottish Government (£50 million from UK Government and £50 million from Scottish Government), demonstrating the UK Government’s continued commitment to the Grangemouth industrial area.  

    A new local growth fund, and investments in up to 350 deprived communities across the UK, will maintain the same cash level as in 2025-26 under the Shared Prosperity Fund. The Ministry of Housing, Communities and Local Government and the Scotland Office, will work with local partners and the Scottish Government, to ensure money goes to projects that matter to local people. This investment will help drive growth and improve communities across Scotland.  

    Supporting Scottish businesses  

    The National Wealth Fund (NWF) is trialling a Strategic Partnership with Glasgow City Region to provide enhanced, hands-on support to help it develop and finance long term investment opportunities. The NWF has already made its first investment in Scotland with £43.5 million in direct equity for a sustainable packaging company, which is to build its first commercial-scale manufacturing facility near Glasgow.  

    Through its Nations and Regions Investment programme the British Business Bank is delivering £150 million across Scotland to break down access to finance barriers and drive economic growth.  

    The settlement also allocates £0.75 million each year to champion our ‘Brand Scotland’ trade missions to promote Scotland’s goods and services on the world stage and to encourage further growth and investment.

    A record settlement for Scottish public services   

    The Government has been clear that local decision-making against local priorities is central to delivering growth.   

    The Scottish Government will receive the largest real terms settlement since devolution began in 1998, with an average £50.9 billion per year between 2026-27 and 2028-29, enabling the Scottish Government to deliver for working people in Scotland.  This includes £2.9 billion per year on average through the operation of the Barnett formula, with £2.4 billion resource between 2026-27 and 2028-29 and £510 million capital between 2026-27 and 2029-30. 

    This investment and record settlement is made possible by the tough but necessary decisions taken in the October Budget.

    Updates to this page

    Published 11 June 2025

    MIL OSI United Kingdom

  • MIL-OSI USA: Electric generators plan more natural gas-fired capacity after few additions in 2024

    Source: US Energy Information Administration

    In-brief analysis

    June 11, 2025


    Developers plan to add 18.7 gigawatts (GW) of combined-cycle capacity to the grid by 2028, with 4.3 GW already under construction, according to our latest Preliminary Monthly Electric Generator Inventory. Although electricity generators fueled by natural gas have provided more electricity in the United States than any other source since 2016, hardly any new natural gas capacity came online last year.

    Combined-cycle units contribute to grid operation, reliability
    Relatively efficient combined-cycle gas turbines (CCGTs) account for most of the natural gas-fired generating capacity in the United States. CCGT units are flexible and can quickly ramp up or down to respond to changes in power supply, supporting the reliability of the transmission system especially as more renewable capacity is integrated in the system.

    The design lifetime of CCGT units is typically 25 years to 30 years. However, with comprehensive maintenance, component replacements, and strategic upgrades, their lifetime can be significantly extended.

    Only one CCGT came online last year
    Only one industrial sector CCGT power generator came online last year, adding 98 megawatts of CCGT capacity to the existing power plant at Plaquemines LNG. The recent decline in CCGT capacity additions can be partly attributed to a shift to bring more renewable capacity online, mainly solar and wind. Operators have also developed battery storage capacity that is often paired with renewables. Decreasing construction costs for renewables as well as federal tax incentives and other policies further encourage investment in renewable energy projects.

    Another 18.7 GW of CCGT capacity could come online through 2028
    Developers plan to add 1.6 GW of CCGT in 2025, according to our latest Preliminary Monthly Electric Generator Inventory, which compiles the current status of existing and proposed utility-scale generating units. Two of the four new plants—the Intermountain Power Project in Utah and Magnolia Power in Louisiana—will include the capability to co-fire with hydrogen and have a combined capacity of 1.5 GW.

    In our monthly survey, we ask respondents to provide statuses of planned units to distinguish whether a generator is in early stages of development, such as seeking regulatory approval, or in later stages of construction. More than half of the 3.3 GW of capacity that developers expect to bring online in 2026 is already under construction. Most of the 3.3 GW capacity developers plan to bring online in 2027 is not yet under construction.


    Another 10.6 GW might be added in 2028. If realized, that would be the most CCGT capacity coming online in any year since 2018. However, developers of all those planned units are working through regulatory approvals and securing needed equipment, both of which add uncertainty to their construction costs and initial operation date.

    Principal contributors: Lindsay Aramayo, Mark Schipper, Mark Morey

    MIL OSI USA News

  • MIL-OSI Europe: Oral question – Clean Industrial Deal – O-000020/2025

    Source: European Parliament

    Question for oral answer  O-000020/2025
    to the Commission
    Rule 142
    Tom Berendsen
    on behalf of the Committee on Industry, Research and Energy

    European industry is currently facing enormous challenges. The Clean Industrial Deal sets out the long-awaited joint plan to strengthen Europe’s industrial decarbonisation and competitiveness, foster clean innovation, safeguard jobs and boost resilience and strategic autonomy. But time is running out. We therefore urge the Commission to move swiftly from strategy to delivery, with greater ambition and concrete, accelerated action.

    • 1.How does the Commission plan to ensure the rapid and effective implementation of the Clean Industrial Deal and related measures across Member States?
    • 2.When will financing and support be made available to industry via the Industrial Decarbonisation Bank? What role does the Commission envisage for the Industrial Decarbonisation Bank within the governance of the Competitiveness Fund?
    • 3.How will the Commission incentivise renewable and low-carbon hydrogen production and usage? How will the Commission follow up on the study on renewable fuels of non-biological origin (RFNBOs) to increase renewable hydrogen production and lower its prices for consumers?
    • 4.How will the Commission support the creation of lead markets for EU-made clean, circular and low-carbon products, apart from voluntary carbon intensity labels and sustainability and resilience criteria and standards?
    • 5.What specific measures will the Commission take to coordinate and support the upskilling and reskilling of workers for the clean industrial transition, including in rural industrial regions?
    • 6.How will the Commission address permitting bottlenecks for industrial access to energy and industrial decarbonisation in the Industrial Decarbonisation Accelerator Act while respecting environmental safeguards and protecting human health, and will the Commission assess criteria for targeted exemptions for construction emissions and depositions for clean and net-zero projects, storage and grid projects?
    • 7.What measures does the Commission plan to propose under the Electrification Action Plan, such as integrating flexibility? What additional efforts are proposed to support the energy-efficiency sector?
    • 8.How will the Commission ensure the effective and proactive use of trade defence instruments to protect European industry from unfair competition and industrial overcapacity from non-EU countries while upholding a level playing field in the internal market?
    • 9.Will the Commission propose a workable export solution before the carbon border adjustment mechanism (CBAM) enters into force, and what workable solutions is it considering?

    Submitted: 5.6.2025

    Lapses: 6.9.2025

    Last updated: 11 June 2025

    MIL OSI Europe News

  • MIL-OSI United Kingdom: Local community experiences exclusive screening of Star Makers 2

    Source: United Kingdom – Executive Government & Departments 2

    News story

    Local community experiences exclusive screening of Star Makers 2

    Community members gathered in Gainsborough for a special STEP event, exploring the commercial fusion energy vision and the future of the West Burton site nearby

    Local Councillors at the Star Makers 2 Screening. Image credit: UK Industrial Fusion Solutions Ltd.

    The community surrounding the West Burton site was invited to spend an inspiring afternoon with the STEP team for a special screening of Star Makers 2, a powerful documentary offering a behind-the-scenes look at the future of fusion energy and the final days of the iconic JET facility.

    Held at the nearby Trinity Arts Centre in Gainsborough, the event welcomed local councillors and members of the public to connect with the West Burton STEP team and learn more about the UK’s ambitious plans to deliver a prototype fusion energy power plant.

    Guests heard from Debbie Kempton, Director of Engineering at UK Industrial Fusion Solutions (UKIFS), who shared an update on the progress at West Burton and the vital role the site will play in shaping a sustainable energy future.

    It was a special opportunity to showcase the Star Makers 2 documentary to our local community. Filming took place recently at the West Burton power station site for the ending scenes of this unique documentary, it was great to be able to share this with people who live and work close to the site. It offers a glimpse into the future as we progress toward building a prototype fusion energy power plant. Sharing this journey with local councillors and members of the public is vital to our success. These are also the people who will help us to identify our future workforce.

    The event highlighted the importance of community engagement as the UK continues to lead the way in clean energy innovation. A recent announcement from Government confirmed record investment in R&D for fusion energy, investing over £2.5bn over five years, with reference to progressing the STEP programme. 

    UKIFS’s STEP programme is the UK’s flagship initiative to design and build the world’s first prototype fusion power plant by the early 2040s. The West Burton site was selected in 2022 as the future home of this ambitious project, positioning the Retford and Gainsborough area at the heart of a global energy revolution.  West Burton’s development is expected to bring thousands of high-skilled jobs, new infrastructure, and global scientific collaboration to the region. A report by Amion, commissioned by Local Councils in the area, suggested that the project could create between 5,500 and 8,500 jobs in and around the site (as well as additionally bringing further new industry, jobs and investment to the wider area), adding an average of over £500m a year to the UK economy over the coming decades.

    Fusion energy, often described as the “holy grail” of clean power, replicates the process that powers the sun – fusing hydrogen atoms to release vast amounts of energy. Fusion could provide a virtually limitless, safe, and carbon-free energy source for generations to come. The STEP programme aims to demonstrate the commercial viability of this technology and to develop a UK fusion industry capable of delivering commercial fusion power plants around the world in the second half of the century.

    Notes to Editors

    STEP – Spherical Tokamak for Energy Production – is a major technology and infrastructure programme to build the UK’s first prototype fusion power plant and to create a UK-led fusion industry. STEP will demonstrate net energy, fuel self-sufficiency and a route to commercialisation. This will catalyse new ideas and technology that will benefit multiple industries and help secure our future on this planet. STEP is a government-funded industry partnership programme led by UK Industrial Fusion Solutions, a wholly owned subsidiary of UKAEA Group. 

    The West Burton site was selected in October 2022 as the home for STEP. The site is currently a demolition zone, with extensive works to decommission the former coal-fired power station, alongside this activity, the STEP Programme is preparing site characterisation information in readiness for construction.

    To sign-up for updates about STEP, visit: step.ukaea.uk or follow our social channels @STEPtoFusion.

    Updates to this page

    Published 11 June 2025

    MIL OSI United Kingdom

  • MIL-OSI Economics: TOYOTA GAZOO Racing unveils liquid hydrogen-fueled “GR LH2 Racing Concept” at Le Mans

    Source: Toyota

    Headline: TOYOTA GAZOO Racing unveils liquid hydrogen-fueled “GR LH2 Racing Concept” at Le Mans

    TOYOTA GAZOO Racing has unveiled the GR LH2 Racing Concept, a liquid hydrogen (LH2) fueled test car to advance the development of hydrogen technology in motorsports. It made its public debut at the Circuit de la Sarthe where it is being exhibited at the H2 Village, organized by the Automobile Club de l’Ouest, during the 93rd Le Mans 24 Hours (11-15 June).

    MIL OSI Economics

  • MIL-OSI Russia: The Caribbean Challenge: Fostering Growth and Resilience Amidst Global Uncertainty

    Source: IMF – News in Russian

    June 10, 2025

    As prepared for delivery

    Introduction and Road Map

    Good evening, everyone.

    It is a great pleasure to join you here in Brasilia for the 55th Annual Meeting of the Caribbean Development Bank (CDB or the Bank).

    Thank you Valerie for your very kind introduction. I also take this opportunity to thank the Bank for giving me the honor of delivering this year’s lecture in memory of Dr. William Gilbert Demas.

    It is highly symbolic that this year’s meeting takes place in Brazil for the very first time. This symbolizes a new beginning and demonstrates the CDB’s broad and international coalition of shareholders all vested in CDB’s success.

    The CDB is an incredibly important institution that has a vital role to play in the Caribbean’s development. It must be cherished, and supported, even as it delivers value to its borrowing and non-borrowing membership in harmonious partnership with all its stakeholders.

    This is also the first CDB Annual General Meeting under the presidency of Mr. Daniel Best. It is therefore in order to, again, congratulate President Best and to wish him tremendous success.

    Dr. Demas’s contributions throughout his career—as a policymaker, as an academic, and as an economist—cannot be overstated. He left a legacy of far-sighted vision and Caribbean excellence. A legacy that the whole region can be proud of.

    We need to channel that vision and that excellence to meet two urgent priorities for the region. First, to lift growth prospects and living standards. And second, to build resilience against persistent economic shocks and natural disasters. These two objectives go hand in hand. We need the second to sustainably deliver on the first.

    At a moment of exceptional uncertainty in the global economy, these tasks become even harder—and our efforts become even more urgent.

    Today, I will address the growth and resilience challenge: both in the global context and in the context of the Caribbean region.

    I will then discuss how regional policymakers can respond—by implementing sound macroeconomic policies and by following through on necessary structural reforms.

    Finally, I will share how the IMF is supporting our members to boost growth prospects and build resilience in today’s uncertain global environment.

    The Global Growth Challenge

    Let me start with the global growth outlook.

    After a series of shocks over the past five years, the global economy seemed to have stabilized—at steady but underwhelming rates, as compared with recent experience.

    However, the landscape has now changed. Major policy shifts have signaled a resetting of the global trading system. In early April, the US effective tariff rate jumped to levels not seen in a century.

    And, while trade talks continue and there’s been a scaling back of some tariffs, trade policy uncertainty remains off the charts.

     

    As a result, we significantly downgraded our most recent global growth projections in the April World Economic Outlook—by 0.5 percentage point for this year, from 3.3 to 2.8 percent; and 0.3 percentage point in 2026, from 3.3 to 3.0 percent. This represents the lowest global growth in approximately two decades, outside of 2020, the year of the pandemic.

    A natural question is: if trade tensions and uncertainty persist, what could be the impact on global growth?

    To start, we know that uncertainty imposes huge costs. With complex modern supply chains and changing bilateral tariff rates, planning becomes very difficult. Businesses postpone shipping and investment decisions. We also know that the longer uncertainty persists, the larger the costs imposed.

    In addition, rising trade barriers hit growth upfront. Tariffs do raise fiscal revenues but come at the expense of reducing and shifting economic activity—and evidence from past episodes suggests higher tariff rates are not paid by trading partners alone. These costs are passed on to importers and, ultimately, to consumers who pay higher prices.

    Protectionism also erodes productivity over the long run, especially in smaller economies. Shielding industries from competition reduces incentives for efficient resource allocation. Past productivity and competitiveness gains from trade are given up, which hurts innovation.

    Tariffs will impact economic growth differently across countries, but no nation is immune. The IMF’s most significant downgrades to growth are concentrated in countries affected the most by recent trade measures. Low-income countries face the added challenge of falling aid flows, as donor countries reprioritize resources to deal with domestic concerns.

    And we have already seen an increase in global financial market volatility. Equity market valuations declined sharply in response to the April tariff announcements. Unusual movements in the US government bond and currency markets followed.

    Equity markets have since regained ground on the hopes of a swift resolution of trade tensions. But with continued uncertainty and tighter financial conditions, we assessed in our most recent Global Financial Stability Report that risks to global financial stability have increased significantly.

    These global realities result in three main vulnerabilities.

    First, valuations remain high in some key segments of global equity and corporate bond markets. If the economic outlook worsens, these assets are vulnerable to sharp adjustments. This could, in turn, affect emerging markets’ currencies, asset prices, and capital flows.

    Second, in more volatile markets, some financial institutions could come under strain, especially highly leveraged nonbank financial institutions, with implications for the interconnected financial system.

    Third, sovereign bond markets are vulnerable to further turbulence, especially where government debt levels are high. Emerging market economies—which already face the highest real financing costs in a decade—may now need to refinance their debt and finance fiscal spending at even higher costs.

     

    These vulnerabilities, and the potential for impact in emerging economies, should not be underestimated nor ignored.

    But let me step back from these most recent economic and financial developments. As I mentioned, global growth prospects were already underwhelming.

    And looking over the medium term, these global growth prospects, as I mentioned previously, remain at their lowest levels in decades.

    What is driving this? Our analysis shows that a significant and broad-based slowdown in productivity growth accounts for more than half of the decline in global growth.

    This is partly because global labor and capital have not been flowing to the most dynamic firms. Lower private investment after the Global Financial Crisis and slower working-age-population growth in major economies exacerbated the problem. Our studies show that, without a course correction, global growth rates by the end of this decade would be below the pre-pandemic average by about 1 percentage point.

    Simply put, new uncertainties on top of already weak economic prospects make for a very challenging global growth backdrop.

    The Caribbean Growth and Resilience Challenge

    It is not surprising, then, that most Caribbean countries also face a challenging outlook.

    In our latest World Economic Outlook, we already projected tepid growth in the Caribbean region overall—even before accounting for the US trade policy announcements. Stronger performance in some countries—such as Jamaica and Trinidad and Tobago—was offset by slower growth in others.

    And in several countries, crime weighs on growth prospects. Particularly in Haiti, where the security situation hampers efforts to sustain economic activity, implement reforms, and attract aid and foreign direct investment.

    On top of that, we estimate that the April tariff announcement and its global spillovers would lower Caribbean regional growth by at least 0.2 percentage point on average.

    But the impact varies across countries.

    In tourism-dependent economies, where growth is closely tied to US economic activity, the impact will mainly depend on the size of the US tourist base (Figure).

    In oil-exporting countries, lower commodity prices and higher volatility are the main channels of transmission. Lower global growth means lower demand for these commodities which adversely impacts the economies of commodity exporting countries.

    Slower growth, while a relatively recent phenomena from a global perspective, is, unfortunately, not new to the Caribbean. Declining growth trends in the Caribbean region have loomed over the longer horizon as well. Recent IMF analysis finds that most Caribbean countries had significantly slower growth over the last decades: 2001–2023, as compared with the previous two decades: 1980–2000 (Figure).

    For tourism-dependent Caribbean economies, we estimate a decline in potential growth from 3.3 percent over the 1981 – 2000 period to 1.6 percent over the following two decades, 2001-2019.

    This presents the Caribbean with an aggravated challenge – to reverse the trend of slower growth at a time when global growth is also declining. That is, the challenge is to reverse the trend of slower growth when the wind in the proverbial sail is weaker and has changed direction.

    Let’s be clear about what is at stake.

    Slower growth in the Caribbean slows the improvement in living standards and stymies the aspirations of Caribbean people for better opportunities. Slowing growth, in the past, has also meant that convergence in income levels between the Caribbean and advanced economies has stalled. In other words, the gap between the economic fortunes of the Caribbean national and that of her counterpart in the advanced world is growing wider.

     

    Of course, there are exceptions to the regional trend. In particular, Guyana’s economy has grown rapidly over the past two decades, progressing from low-middle-income to high-income status. Growth accelerated to over 45 percent on average in the past three years, making Guyana the fastest growing economy in the world!

    But for the Caribbean more broadly, the questions on which we should focus is – what explains the pattern of declining growth? And, what is the appropriate menu of policy responses to this pattern?

    With respect to the first question, and as in the rest of the world, a key explanation for declining growth is weak productivity growth.

    The growth challenge is not a mystery. Growth potential can be decomposed into its constituent factors and we can compare how the Caribbean’s growth potential has declined over time. Such an analytical and data-driven approach reveals that the Caribbean’s growth potential is a half of what it was a few decades ago. Addressing the Caribbean growth challenge requires systematic and comprehensive policies to strategically improve the factors that contribute to growth potential. Zooming in on one of the important factors: the Caribbean’s productivity growth has declined to almost zero. This is at the root of the Caribbean’s growth challenge. In addition to productivity growth, physical and human capital development need to be accelerated. So, ladies and gentlemen, there is no magic solution to the Caribbean growth challenge. There is no quick fix either. In fact, great danger exists if we believe that the growth challenge can be addressed with quick fixes. Solving the growth question will require as much effort as the effort put into the macro stability reforms successfully undertaken in Jamaica, Barbados and Suriname.

    What Should Policymakers Do? – Maintain and Entrench Macro Stability

    The goal for policymakers is clear: to foster resilient and inclusive growth that sustainably raises living standards.

    How should this be achieved?

    1. Maintain and entrench macro-economic stability and
    2. Decisively and comprehensively address the factors that raise growth potential

    As a pre-requisite, countries should strive to pursue policies that restore, maintain and entrench macroeconomic stability – stable prices, sustainable fiscal trajectories, adequate foreign exchange reserves and financial sector stability.

    The collective Caribbean experience powerfully demonstrates the transformative potential of macroeconomic stability. Jamaica, for example, which was burdened with unemployment rates that averaged 20% between the early 1970’s and the end of the 1980’s and 15% between over the 1990’s to the mid 2000’s only achieved the previously unimaginable result of low single digit unemployment rates, in the region of 4% and lower, when stability became entrenched.

    Stability is also a friend to the poor as Jamaica’s experience also highlights.

    Jamaica achieved the lowest rate of poverty in its history in 2023, again on the back of entrenched macroeconomic stability in the context of an institutionalized social protection framework supplemented by temporary and targeted counter-cyclical measures at times of distress.

    Friends, our history and global economic history clearly demonstrate that economic stability is indispensable to national success, regardless of chosen social and political organization. Economic stability should therefore be guarded and protected as a national asset, allowing for focus on higher order challenges like structural reforms to unlock growth potential. Also, the requirements of stability should act as a constraint on policy. Any proposed policy action that has the prospect of jeopardizing any of the components of stability should not make it through the policy formation gauntlet. Securing economic stability into the future requires laws but laws are insufficient. Stability over the long term is best preserved by developing, empowering, and strengthening institutions.

    Build fiscal buffers, strengthen fiscal frameworks, and bolster resilience.

    The Caribbean region hosts different currency regimes. The key requirement is internal consistency within the chosen currency regime. Floating rate and fixed rate currency regimes impose their own constraints. These need to be observed for success.

    While there is always room for improvement in monetary frameworks, the areas within the macro stability complex, that require urgent attention in the Caribbean, are rebuilding fiscal buffers, strengthening fiscal frameworks and bolstering resilience.

    Let’s face it: on top of all the other challenges, government budgets in the region are strapped. Providing extraordinary support in response to extraordinary shocks has depleted buffers.

    Public debt ratios have come down since the pandemic—this is good news. However, in many countries—including Caribbean countries—debt and financing needs are still too high.

    In fact, for some Eastern Caribbean Currency Union (ECCU) members, achieving their regional debt target of 60 percent of GDP by 2035, a full decade from now, will require sizeable efforts.

    With timely fiscal consolidation, countries can bring down debt ratios and by so doing, they can protect themselves against future shocks. And they can make space to invest in crucial human and physical capital—an investment in their own future.

    In addition, some Caribbean countries have pegged exchange rates, which have been a long-standing anchor of stability—for example, in the Eastern Caribbean. The ECCU is one of only four currency unions in the entire world[1] and stands as a testimony to the capacity of Caribbean people to collaborate, cooperate and innovate.

    However, to safeguard the stability provided by this currency union long into the future, fiscal policies must be sustainable, resilient, and consistent with the exchange rate regime. Inconsistency only serves to compromise the currency union with the potential for destabilizing consequences.

    Our advice to policymakers on how to rebuild buffers and strengthen frameworks is straightforward: mobilize tax revenue, spend wisely, and plan ahead.

    Let’s start with mobilizing tax revenue. The tax revenue yield in Eastern Caribbean countries is falling short of peers. Inefficient tax exemptions and weak tax administrations are leading to large revenue losses.

    Broadening the tax base and removing distortions will not only increase revenues but also support investment and growth. The Fund has provided technical assistance to our members in the Caribbean to support their ongoing efforts in this area.

    Let me turn to spending wisely. Not all spending is productive spending. With limited fiscal space focus must be on spending that has the potential to deliver quantifiable social and economic returns within reasonable timeframes. Policymakers should keep the quality and composition of spending under review, including by containing unproductive spending, enhancing efficiency, and digitalizing government services.

    Finally, plan ahead. With conviction. Credibility is critical to allow fiscal consolidation to proceed gradually with lower financing costs and better growth results.

    Strong medium-term fiscal frameworks, with well-designed fiscal rules and specific plans for fiscal policies and reforms, can help bring debt down and investment up.

    Frameworks that combine debt and operational targets—and are backed by adequate capacity and institutions—can be particularly powerful.

    This approach worked well in Jamaica, where fiscal responsibility was written into law under the Financial Administration and Audit Act. The Act established a public debt goal of 60 percent of GDP and a rule that determines the annual target fiscal balance consistent with that objective. An Independent Fiscal Commission is the arbiter of Jamaica’s fiscal rules and provides an opinion on fiscal policy sustainability, strengthening credibility and accountability.

    Planning ahead also means being ready for the certainty of economic shocks. A golden rule in policymaking in a country is to design policies that fit the country’s circumstances. Shocks are a permanent feature of Caribbean small state reality. Caribbean economic policy ought, therefore, to make provisions for the inevitability of economic shocks. In Jamaica’s Act, there are clear escape clauses for large shocks and an automatic adjustment mechanism to secure a return to the debt target.

    Well-designed and transparent sovereign wealth funds can also help stabilize public finances when shocks hit. For example, Trinidad and Tobago’s sovereign wealth fund insulates fiscal policy from oil price fluctuations. Guyana’s fund helps manage its natural resource revenues, finance investment, and save for the future. And St. Kitts and Nevis is considering a fund to smooth volatile revenues from the Citizenship-by-Investment program.

    Planning for shocks is ever more important in regions like the Caribbean that face recurrent threats from natural disasters.

    Our countries need to be prepared before disasters hit.

    Recurring natural disasters impair productive infrastructure and hinder human development, constraining productivity growth even further.

    Major natural disasters cost an average of 2 percent of GDP per year in Caribbean countries and close to 4 percent of GDP in the Eastern Caribbean countries.

    There is a physical dimension to disaster preparedness, which involves investing in resilient infrastructure.

    There is also a financial dimension, which involves developing resilient risk transfer, contingent claim and insurance mechanisms.

    Unfortunately, rising global private re-insurance premiums are making the task even harder. Domestic insurance premiums have also been rising. The result is lower insurance coverage in the private sector, and thus potentially more burden on governments when a natural disaster strikes.

    Caribbean countries can secure a comprehensive insurance framework with multiple layers: self-insurance through their own fiscal buffers, participation in pooled risk transfer arrangements, contingent financing and catastrophe bonds.

    With respect to the first layer, in Jamaica, there is a legislated requirement to save annually in a natural disaster fund. I recognize, however, that for some countries individual buffers have declined since the pandemic and need to be restored.

    On the second layer, the Caribbean Catastrophe Risk Insurance Facility (CCRIF) helps fill an important gap. Coverage has steadily improved since its inception, and the CCRIF has made prompt payouts after various natural disasters. This included US$85 million across five countries, Grenada, St Vincent & the Grenadines, Trinidad and Tobago, the Cayman Islands and Jamaica, in a matter of days after Hurricane Beryl, underscoring the Facility’s regional importance. Further expanding coverage would pay off in the long term.

    On the third layer of contingent financing, the World Bank has approved catastrophe deferred drawdown options for Barbados, Dominica, Grenada, Jamaica, St. Lucia, St. Vincent and the Grenadines, among other countries in the pipeline. Furthermore, Grenada and St. Vincent and the Grenadines have already drawn on these instruments following natural disasters.

    In addition, the IDB has credit contingent facilities with Antigua and Barbuda, the Bahamas, Barbados, Jamaica, St Vincent and the Grenadines among other countries.

    On the fourth layer, Jamaica has, with World Bank assistance, independently sponsored two catastrophe bonds.

    Now, to be clear, stability, resilience and risk transfer by themselves, do not automatically deliver the elevated growth needed. However, elevated levels of economic growth cannot be achieved without stability. Furthermore, stability and resilience set the stage for elongating the economic cycle by significantly lowering a country’s risk premium, lowering the cost of capital, expanding the frontier of project economic viability and providing the counter-cyclical capacity to respond to shocks, thereby limiting the duration and intensity of downturns, and providing for longer unbroken periods of consecutive economic growth. The Jamaican experience demonstrates these relationships.

    To achieve higher growth, in addition to stability, policymakers have to decisively address factors that elevate growth potential beginning with the productivity gap.

    Decisively address structural obstacles to lift firm level productivity

    Addressing the growth challenge requires reversing the decline in the Caribbean’s growth potential by 1) improving total factor productivity and 2) boosting investment in physical and human capital.

    Our analysis for the ECCU shows that the bulk of total factor productivity losses come from high costs of finance, cumbersome tax administration, inefficient business licensing and permits, and skills mismatches in the workforce. From my experience, this can also be applied to most of the Caribbean beyond the ECCU.

    Overcoming these obstacles could bring substantial productivity gains ranging from 34 to 65 percent— which would be an incredible result! This could close the gap in income per capita with the US by 9 to 27 percentage points.

    Simplify and Digitalize Regulation, Business Licensing, Permits and Tax Payment Procedures

    One practical step is to promote digitalization of Caribbean societies which can significantly boost productivity. This will require a multifaceted strategy including investment in digital infrastructure, digital transformation of government, reducing the cost and increasing the availability of data transmission, improving digital literacy, among other factors.

    Application of digital tools and digital technologies to improve access to government services, while reducing time, ought to be seen as a non-negotiable imperative. As an obvious example, further enhancing taxpayer access to digital government services—through e-payment, e-filing, and e-registration—would not only reduce the administrative burden but also encourage compliance, fostering a better environment for entrepreneurship.

    In much of the Caribbean, businesses have to navigate a complex labyrinth of licensing, permitting and regulatory regimes. This is a drag on productivity. While the largest enterprises have the scale to absorb the inefficiencies, smaller firms suffocate from overly burdensome processes. We know that the economic vitality of a country is linked to the level of hospitability of the business environment to its small and medium-sized firms.

    There is, therefore, tremendous scope in the region to greatly simplify regulatory processes and eliminate unnecessary steps. Furthermore, the digitalization of licensing, permitting and regulatory procedures promises to enhance the efficiency of firms, boosting productivity.

    Improving Access to Finance

    That leads me to another practical step: improving access to finance, which can encourage new businesses and support a transition into the more productive formal sector. Finance is the oxygen of business, and its affordable and widespread availability is essential for having a dynamic business environment.

    There could be an entire session on improving access to finance as it is so fundamental, yet so multifaceted and complex.

    Many factors hinder access to finance in the Caribbean. I will touch on a few.

    First, legacy weaknesses in banks’ balance sheets limit access to credit, investment, and growth across the region. So it is important to address vulnerabilities in the banking sector. This includes timely compliance with regulatory standards and easier ways to dispose of impaired assets. Progress is happening: banks are building buffers and reducing non-performing loan ratios. But more work is needed to ensure all banks meet regulatory minimums.

    Reducing the costs of non-performing loan resolutions, ultimately reduces the cost of loans. This can be achieved by modernizing insolvency regimes to encourage faster out-of-court debt workouts. Asset management companies—if they are properly funded—would facilitate asset disposals.

    Collateral infrastructure should also be strengthened through effective credit registries and partial credit guarantee schemes. For example, the recently created regional credit bureau in the Eastern Caribbean can help lower the cost and time of credit risk assessments and close information asymmetry gaps. This will help small and medium enterprises access credit while safeguarding credit quality.

    Stronger anti-money laundering and anti-terrorism financing frameworks can help protect the financial system from external threats and retain correspondent banking relationships, the absence of which impedes access to credit.

    The above financial sector measures are absolutely necessary but hardly revolutionary.

    Revolutionizing access to credit in the region could be achieved by enabling mobile real-time, instant, 24/7 payment system platforms as exist in India through their Unified Payments Interface (UPI) and right here in Brazil through Pix.

    In both India and Brazil, access to finance and to financial services have been transformed, and inclusiveness expanded, by these innovations. Transactions are free, or ultra-low cost, and these payment platforms are integrated into banking apps and into e-commerce platforms.

    Of course, these systems only exist within the context of national identification systems that provide the necessary identity verifications as required.

    Seize the Opportunities from the Renewable Energy Transition.

    The use of oil imports for electricity generation is costly and has led to very high electricity prices which undermines competitiveness—particularly for the tourism industry—at the expense of potential growth.

    As we explored last December in the Caribbean Forum in Barbados, a successful energy transition can foster inclusive, sustainable, and resilient growth.

    That transition will look different for energy-importing and energy-exporting countries.

    For energy importers, diversifying into renewable energy, with fast declining costs, can reduce reliance on expensive and volatile oil imports. It would also offer relief from some of the highest electricity costs in the world. Consider this key fact: electricity in many countries in the Caribbean costs, a minimum of, twice as much as in advanced economies. We have been discussing this in the region for a long time. Too long.

    The energy transition would enhance external sustainability for energy importers, while making them more competitive, more resilient to shocks, and more likely to grow faster and on a sustainable basis.

    But seizing these opportunities requires tackling key obstacles. For example, high upfront investment costs. Limited fiscal space. Regulatory hurdles for private investment. And small market sizes and isolated grids that hinder economies of scale.

    So, the transition to renewables will take time and investment. It will also take efforts coordinated on a regional scale.

    One immediate, cost-effective step is to implement energy efficiency measures. For example, both Barbados and Jamaica have retrofitted government buildings with energy-efficient equipment. This delivers quick savings, typically without large upfront costs.

    On the regional front, initiatives like the Resilient Renewable Energy Infrastructure Investment Facility—championed by the Eastern Caribbean Central Bank and supported by the World Bank—offer a promising step forward.

    Regional mechanisms to promote pooled procurement and to harmonize regulatory frameworks will also be key.

    Energy exporters in the Caribbean face a different set of challenges. Most notably, they have the difficult task of managing changes in fossil fuel demand and fiscal revenues while maximizing the value of existing reserves.

    But the energy transition is also an opportunity to diversify into the green energy sectors of the future, such as green petrochemicals and green hydrogen.

    Energy exporters will also need to watch out for spillovers from other regions’ climate policies, such as border carbon adjustment mechanisms. For example, Trinidad and Tobago faces exposure to the EU Carbon Border Adjustment Mechanism, which could, potentially, affect over 5 percent of the country’s total exports. And a further 5 percent is at risk if the EU expands its Mechanism.

    But energy exporting countries can also turn this type of spillover into an advantage. By introducing their own carbon pricing systems, they can retain revenue in their economies rather than have it collected by their trading partners.

    Invest in Human Capital, Bridge the Skills Gap and Invest in Physical Infrastructure

    The most important investment Caribbean countries can make is in boosting the human capital of the region. Human capital development is multifaceted, but today I will focus on the central elements of education and skills.

    Invest in Human Capital; Address the Skills Gap

    Given the small size of Caribbean economies, and the absence of economies of scale, economic success will be determined by the level and quality of human capital in the region.

    Elevated levels of economic growth will require substantial improvements in education and skills outcomes across the region, and in some countries more than others. This is deserving of the region’s energy and focus.

    A recent survey for the ECCU highlights a shortage of skilled labor as a key constraint for businesses. I know this skills gap is also a reality in Jamaica and can be generalized across much of the Caribbean.

    What can be done? The answer is twofold: enhance the skills of those employed and provide opportunities to those who have skills but are not in the labor market.

    Expanding vocational training and modernizing education systems, coupled with active labor market policies, can help mitigate the skills gap. And digital tools can connect employers with potential employees.

    Emerging technologies—such as artificial intelligence—make closing the skills gap all the more important. The opportunity is that rapidly evolving technologies could bring high productivity gains, with the threat that failure to upgrade skills could expose industries important to the region such as business process outsourcing.

    Harnessing that potential in Caribbean countries includes, for instance, integrating AI and data science into all levels of education.

    The good news is that many countries in the region are facing the skills challenge head on.

    For example, my home country of Jamaica launched a national initiative—supported by the World Bank—for secondary school students in the areas of Science, Technology, Engineering, Arts, and Mathematics, also known as the STEAM initiative.

    In Barbados, the 2022 Economic Recovery and Transformation Plan aims to enhance the business environment by advancing digitalization and skills training.

    In St. Vincent and the Grenadines, an ongoing education reform is focused on modernizing and expanding post-secondary technical and vocational education to better align skills with labor market needs.

    And in Antigua and Barbuda, the planned expansion of the University of the West Indies Five Islands Campus will provide new opportunities for higher education and regional talent development.

    However more can be done, and should be done, in each of these countries. The goal of policy should be to have Caribbean schools rank in the upper quartile of the Program for International Student Assessment (PISA) benchmarks.

    On creating more opportunities, bringing more women into the labor market can contribute to economic growth.

    We estimate that eliminating the gender gap in the ECCU—which is over 11 percentage points, on average—could boost regional GDP by roughly 10 percent. That is a powerful economic case for inclusive labor policies, such as enhanced access to childcare and elderly care.

    It is also imperative to foster opportunities for youth. Caribbean countries have some of the highest youth unemployment rates in the world, ranging from 10 to 40 percent. Empowering future generations is at the core of addressing the growth and resilience challenge in the region.

    I want to acknowledge the important efforts led by the Caribbean Community, CARICOM, to work towards deeper social and economic integration.

    Earlier this year, we saw tangible progress. CARICOM members are working to enable free movement of CARICOM nationals for willing countries. Importantly, this initiative also includes access to primary and secondary education, emergency healthcare, and primary healthcare for migrating individuals.

    Boost Investment in Infrastructure

    Improved infrastructure enhances the productivity of capital as well as the productivity of labor. The Caribbean will need much higher levels of investment to restore and boost its growth potential.

    Workers depend on public transportation to get from home to work and back home again. If this, for example, routinely takes an hour and a half each way, on average, and costs a third of weekly wages, then labor productivity will suffer. Efficient, affordable, accessible mass transportation enhances productivity. While taxis complement bus transportation, they cannot be an effective substitute. This is more of a problem in larger Caribbean territories and I know that Jamaica is tackling this problem head-on.

    Similarly, road and highway connectivity that opens new investment opportunities and reduces the cost of transportation of people and goods enhances productivity of capital as well as the productivity of labor and enhances growth potential.

    Modern commerce relies on communication and, importantly, on data. I mentioned this earlier. There is scope for telecommunications and broadband infrastructure to be improved, for data costs to be lowered, and for data access to be expanded. This will require investment. Hopefully, private investment, but investment that will need to be facilitated by government policy.

    Water is the source of life. Without water, communities are less productive, and businesses cannot function. Across the region, significant investment in water treatment, storage, and distribution infrastructure will be required to support economic growth and improve standards of living over the medium term.

    All of these elements of infrastructure – transportation, broadband, roads, water, and energy, dealt with earlier, – need considerable investment to keep Caribbean societies competitive and to raise the growth potential.

    However, Caribbean governments will not have the required resources to finance these investments from tax revenues, and at the same time fund education, health, security and other essential services.

    As such, governments will need to consider attracting local, regional, and international private capital in well-structured transactions to finance the productivity enhancing infrastructure needs of the region.

    This can be accomplished through the variety of Public Private Partnerships (PPP) modalities that exist and with the advice of multilateral partners, such as the International Finance Corporation (IFC) and the Inter-American Development Bank (IDB) who are very experienced in structuring these kinds of transactions, and who know what is required to generate investor interest.

    I can speak from experience – the IFC has been instrumental in assisting Jamaica to develop its pipeline of PPP’s.

    My advice however is to not develop PPP’s sequentially, one at a time, starting one as the other concludes. Given the preparation period required for each, sequential PPP development will take too long. Instead, pursue PPP’s using a programmatic approach. That is, develop a pipeline of infrastructure PPP’s in parallel so you can bring these to market in rapid succession. The time and resources required for investors to familiarize themselves with the macro-environment, the legislative framework, the regulatory architecture, the country risks etc., with uncertainty around bid success, needs to be amortized over a number of transactions – in order to attract deep pocketed and experienced investors prepared to provide competitive bids.

    Open, transparent and competitive PPP’s, that are well structured, can help bridge the infrastructure gap and boost productivity.

    The Role of the IMF

    These are not easy times, and these are not easy steps to take. They require clarity of vision, coordination, partnerships, technical expertise and lots of energy.

    But these steps can put Caribbean countries on a path toward greater growth and resilience.

    Rest assured that the IMF remains fully committed to supporting our members across the region.

    Our near-universal membership provides us with a unique global perspective and we are informed by a large range of cross-country experiences over the last 80 years.

    With 191 member countries the IMF, as compared to the United Nations with 192 member countries, is as global as it gets. We engage with each of our members on a country-by-country basis, as well as on a regional basis with currency unions, including the Eastern Caribbean Currency Union.

    Our member countries, including Caribbean states, are shareholders and owners of the IMF. We work for you. And we do so through three primary modalities – (i) surveillance, where we provide a review and analysis of our member countries’ economy on an annual or biennial basis. This review, called the Article IV Consultation report, named after the clause in our articles that mandates this exercise, is a principal obligation of IMF membership. This review, which contains country specific policy advice, is published, and freely available, online. I encourage media practitioners, economists, financial analysts, public policy advocates, and citizens interested in their country and region to access these Article IV reports for your country and make good use of the information and analysis contained therein.

    The second modality through which the IMF provides a service to its member countries is capacity development. Here we provide technical analysis and tailor-made policy advice on specific issues that countries may be grappling with. For example, designing of tax policy measures, improving efficiency in public spending, optimizing public debt management, bolstering the capacity of statistics agencies and the development of monetary policy tools to name a few. Under this modality we also provide training courses for public officials through regional institutions such as CARTAC and also in courses at the IMF’s headquarters in Washington, DC.

    Our third modality is the one that most are familiar with – the IMF provides financing designed to address balance of payments challenges. Our long-established lending toolkit helps countries restore macroeconomic stability. In this goal of restoring macroeconomic stability many countries have had successful engagements with the IMF. In the region, Jamaica, Barbados, and Suriname come immediately to mind.

    At the recent IMF Spring Meetings I moderated a panel where the Greek Finance Minister made the point that at this juncture of very challenging fiscal circumstances in the Eurozone, only six countries within the 27 member EU have fiscal surpluses, and it so happens that four of these had IMF programs during the Global Financial Crisis.

    And the IMF continues to evolve to meet the needs of our member countries. Our rapid facilities provide emergency financing when shocks hit. And our newer Resilience and Sustainability Facility provides affordable long-term financing to support resilience-building efforts.

    In the Caribbean, Barbados and Suriname have made great strides in positioning their economies for growth while reducing vulnerabilities under their economic programs supported by the Extended Fund Facility. These countries’ ownership of the reforms has been critical to their success.

    Jamaica had access to—but did not draw on—the Fund’s Precautionary and Liquidity Line, which provided an insurance buffer against external shocks. It supported efforts to keep the economy growing, reduce public debt, enhance financial frameworks, and upgrade macroeconomic data.

    The Fund also provided rapid financing to seven Caribbean member countries during the pandemic.

    And Barbados and Jamaica have benefitted from the Resilience and Sustainability Facility. Reforms have helped integrate climate-related risks in macroeconomic frameworks, provide incentives for renewable energy to support growth, and catalyze financing for investment in resilience.

    We are also engaging closely with Haiti through a Staff-Monitored Program. This Program is designed to support the authorities’ economic policy objectives and build a track record of reform implementation, which could pave the way for financial assistance from the Fund.

    Of course, the effectiveness of our advice and financial support is enhanced by our continued efforts in capacity development. In particular, I would like to highlight the work of CARTAC, which has been operating since 2001.

    CARTAC offers capacity building and policy advice to our Caribbean members across several areas: from public finance management, to tax and customs administration, to financial sector supervision and financial stability, and beyond.

    We greatly appreciate the generous support received so far for CARTAC. But more is needed to close the financing gap. I hope we can count on your advocacy with development partners to sustain CARTAC’s essential work.

    In my time at the Fund thus far, I have seen how much advanced countries rely on, and use, the IMF’s intellectual output to the benefit of their countries and how this output features in, and informs, public discourse in many member countries. The IMF is an incredibly powerful resource that works for you and I strongly encourage Caribbean countries to strategically maximize their use of the IMF and what it has to offer.

    A Call to Action

    Let me conclude.

    Policymakers in the Caribbean are facing a complex set of old and new challenges.

    But challenging times can also be times of opportunity, action, and resolve.

    The Caribbean is a region of immense promise, with rich cultural heritage, natural beauty, and vibrant population.

    The world is undergoing profound change. This change introduces global vulnerabilities to which the Caribbean is not immune. The resilience of small open economies like those in the Caribbean is likely to be tested.

    It is imperative, therefore, that Caribbean countries work to put their macro-fiscal houses in order while engaging in deep and meaningful structural reforms to increase the growth potential of Caribbean economies.

    You hold the keys to the future of the region. You have the tools, the talent, and the tenacity to chart a new path for growth and resilience. Your actions can make a difference to the Caribbean’s prospects.

    We have seen many steps in the right direction to address bottlenecks and boost productivity. And we encourage you to keep going.

    Implement those reforms that are under your control.

    Continue to work together across the region.

    Capitalize on CARICOM to achieve a larger market for the movement of people, investment, and trade.

    Stay focused on the goal: delivering more economic resilience, higher growth prospects, and better living standards for people across the Caribbean.

    And, you can count on the Fund along the way.

    Thank you.


    [1] The other currency unions are: Economic Community of Central African States (CEMAC); West African Economic and Monetary Union (WAEMU); and the European Economic and Monetary Union (EMU).

    IMF Communications Department
    MEDIA RELATIONS

    PRESS OFFICER: Julie Ziegler

    Phone: +1 202 623-7100Email: MEDIA@IMF.org

    https://www.imf.org/en/News/Articles/2025/06/10/dmd-clarke-cdb-speech-june-10

    MIL OSI

    MIL OSI Russia News

  • MIL-OSI Economics: UN Ocean Conference 2025

    Source: WTO

    Headline: UN Ocean Conference 2025

    Your Excellencies H.E. Minister Marina Silva (Brazil) and H.E. Minister Stavros Papastavrou (Greece), the two Co-Chairs of this session, Excellencies, ladies and gentlemen,
    First allow me to thank President Macron and UNSG Guterres and Costa Rica for co-hosting this important conference. (Brazil will host COP30, and Greece hosted “Our Oceans” in 2024)
    I am delighted to be here today.
    We are here because there is no other option but to protect marine and coastal ecosystems from the threats of the triple crisis of climate change, biodiversity loss, and pollution. We know that business as usual, especially in the current global context, is not an option. And trade is part of the solutions we need.
    A little-known fact is that one of the WTO’s fundamental goals, as enshrined in the preamble to our founding agreement, is the optimal use of the world’s resources in accordance with the objective of sustainable development and the protection and preservation of the environment.
    The WTO has been doing its bit – and I am convinced that if we work together, we can do much more.
    I want to make three points.
    Key Point 1: First, our landmark Agreement on Fisheries Subsidies (AFS), which I had the honour to announce to the ocean community at UNOC2 in Lisbon, delivered on SDG 14.6. With 101 WTO Members having ratified the Agreement, we now need only ten more ratifications for it to enter into force. 

    USD 22 billion in harmful fisheries subsidies are provided every year. These contribute to the overexploitation of marine resources and can ultimately lead to the collapse of fish stocks and associated economic activities. Beyond fisheries, there are over USD 2 trillion of harmful subsidies on fossil fuels, agriculture and other purposes that could be redirected.
    The Agreement establishes new multilateral rules that prohibit the most harmful forms of fisheries subsidies, freeing up resources that could be repurposed to support practices that promote healthy fisheries, livelihoods, food security and value added.
    In addition to the BBNJ we need the AFS to enter into force.  Once two-thirds of the WTO’s 166 members formally accept the agreement, its subsidy curbs will enter into force – and so will its provisions to provide developing and least-developed countries with technical and financial support to build the capacity needed to upgrade fisheries management, integrate sustainability considerations into their fisheries policies,  and otherwise implement the new rules.
    Our donor-supported Fish Fund last week launched its first call for proposals from members seeking such support – but disbursements cannot start until we get the ten more ratifications needed for entry into force. So let me once again request WTO Members that have not yet done so to help make history by ratifying the Agreement on Fisheries Subsidies as soon as possible!
    As many of you are aware, WTO Members are working to build on the Agreement on Fisheries Subsidies by agreeing on additional disciplines that will disincentivize overcapacity and overfishing, and support the sustainable management of fishing resources. Here too, I urge WTO members represented here to work with each other to help us get to yes.

    Key Point 2: Second, trade policy alone is not enough. The solutions we need require a coherent multisectoral approach that complements trade policy action with finance and investment to unlock inclusive, sustainable growth from the ocean economy, particularly for coastal developing countries and small island developing States.
    The blue economy is estimated to have an annual value of over US$ 2.6 trillion .  More than 3 billion people either directly or indirectly rely on the oceans for their livelihoods. Over 130 million are directly employed in ocean-based roles.
    Several SIDS, coastal economies and LDCs are seeking to harness the economic potential of the ocean in a sustainable manner by complementing traditional sectors such as tourism, fisheries, and seaport activities with emerging industries like marine biotechnology, energy and mineral exploration.
    They have opportunities to use trade to leverage green and blue comparative advantages – springing from their abundant renewable energy potential, sustainable agriculture, and biodiversity-based ocean products – to tap into emerging sustainable value chains.
    If they can harness these opportunities, it would be ‘re-globalization’ in practice: contributing to sustainable growth, diversification and job creation while making the wider global economy more inclusive and resilient.
    But realizing this vision requires international cooperation to maintain an open and predictable trading environment as well as to de-risk investment. At the WTO, we have another important plurilateral Agreement the Investment Facilitation for Development Agreement (IFDA) with 131 Members that does just this.
    Key Point 3: Third, we can do more to  unlock “win-win” outcomes that leverage trade policy to support economic development while protecting ocean sustainability.
    Let’s look at  a few examples. 

    One is maritime transport. Over 80 % of international trade by volume is shipped by sea.  However, shipping also estimated to account for nearly 3% of global greenhouse gas emissions.  There are other environmental impacts: oil spills and underwater noise pollution in sensitive maritime ecosystems; the spread of invasive alien species in ballast water and so forth.
    Trade policies can help finding solutions to these sustainability challenges. 
    For instance, as public and private stakeholders step up work to decarbonize the shipping industry, with important recent outcomes at the IMO in this regard, governments can amplify their efforts by reducing trade barriers and facilitating the cross-border diffusion of environmentally friendly goods and services for green shipping. WTO work on standards and regulations (TBT), including energy efficiency requirements and promoting international standards for low emission fuels or hydrogen, could similarly lower costs and increase scale economies.. The WTO is a forum for members to share best practices and exchange views on their approaches to reduce shipping emissions. The initiative on fossil-fuel subsidy reforms led by a group of WTO members shows an additional path to help correct incentives for emissions reduction.
    On a related subject, ocean based renewable energy has enormous potential. The global offshore wind energy market was valued at nearly USD 40 billion last year, and pilot projects are underway to harness tidal energy.
    Trade is a necessary means to diffuse renewable energy technologies and related services, particularly to small countries that may have limited domestic production capacity.

    Another area where trade policy can help is plastics and marine pollution.  You all know about the “Great Pacific Garbage Patch” – an area roughly the size of Mongolia. You might not know that 83 WTO members are running a Dialogue on Plastic Pollution (DPP) and environmentally sustainable plastic trade, looking at issues such as plastics value chains, customs and regulatory issues, and how trade policy could help scale up plastic substitutes. Thanks to this work, we are beginning to better understand how trade policies could play a role in helping to tackle the problem – and we have been bringing these insights to our support for the ongoing UN International Plastics Treaty Negotiations (which I’m sure Inger from UN Environment will update you on).
    Excellencies, ladies and gentlemen: let me conclude here, with three requests: 1) Remember that trade is part of the toolkit for the sustainability of marine and coastal ecosystems. 2) Please make sure that what your trade officials say in Geneva aligns with the positions you take in forums like this one. And 3) Please ratify the Fisheries Subsidies Agreement!
    Thank you. I am looking forward to the discussion.

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    MIL OSI Economics

  • MIL-OSI Global: How the ‘Big Beautiful Bill’ positions US energy to be more costly for consumers and the climate

    Source: The Conversation – USA – By Daniel Cohan, Professor of Civil and Environmental Engineering, Rice University

    Proposed revisions to U.S. energy policy would likely raise consumer prices and climate-warming emissions. zpagistock/Moment via Getty Images

    When it comes to energy policy, the “One Big Beautiful Bill Act” – the official name of a massive federal tax-cut and spending bill that House Republicans passed in May 2025 – risks raising Americans’ energy costs and greenhouse gas emissions.

    The 1,100-page bill would slash incentives for green technologies such as solar, wind, batteries, electric cars and heat pumps while subsidizing existing nuclear power plants and biofuels. That would leave the country and its people burning more fossil fuels despite strong popular and scientific support for a rapid shift to renewable energy.

    The bill may still be revised by the Senate before it moves to a final vote. But it is a picture of how President Donald Trump and congressional Republicans want to reshape U.S. energy policy.

    As an environmental engineering professor who studies ways to confront climate change, I think it is important to distinguish which technologies could rapidly cut emissions or are on the verge of becoming viable from those that do little to fight climate change. Unfortunately, the House bill favors the latter while nixing support for the former.

    Renewable energy

    Wind and solar power, often paired with batteries, are providing over 90% of the new electricity currently being added to the grid nationally and around the world. Geothermal power is undergoing technological breakthroughs. With natural gas turbines in short supply and long lead times to build other resources, renewables and batteries offer the fastest way to satisfy growing demand for power.

    However, the House bill rescinds billions of dollars that the Inflation Reduction Act, enacted in 2022, devoted to boosting domestic manufacturing and deployments of renewable energy and batteries.

    It would terminate tax credits for manufacturing for the wind industry in 2028 and for solar and batteries in 2032. That would disrupt the boom in domestic manufacturing projects that was being stimulated by the Inflation Reduction Act.

    Deployments would be hit even harder. Wind, solar, geothermal and battery projects would need to commence construction within 60 days of passage of the bill to receive tax credits.

    In addition, the bill would deny tax credits to projects that use Chinese-made components. Financial analysts have called those provisions “unworkable,” since some Chinese materials may be necessary even for projects built with as much domestic content as possible.

    Analysts warn that the House bill would cut new wind, solar and battery installations by 20% compared with the growth that had been expected without the bill. That’s why BloombergNEF, an energy research firm, called the bill a “nightmare scenario” for clean energy proponents.

    However, one person’s nightmare may be another man’s dream. “We’re constraining the hell out of wind and solar, which is good,” said Rep. Chip Roy, a Texas Republican backed by the oil and gas industry.

    Wind turbines and solar panels generate renewable energy side by side near Palm Springs, Calif.
    Mario Tama/Getty Images

    Efficiency and electric cars

    Cuts fall even harder on Americans who are trying to reduce their carbon footprints and energy costs. The bill repeals aid for home efficiency improvements such as heat pumps, efficient windows and energy audits. Homeowners would also lose tax credits for installing solar panels and batteries.

    For vehicles, the bill would not only repeal tax credits for electric cars, trucks and chargers, but it also would impose a federal $250 annual fee on vehicles, on top of fees that some states charge electric-car owners. The federal fee is more than the gas taxes paid by other drivers to fund highways and ignores air-quality and climate effects.

    Combined, the lost credits and increased fees could cut projected U.S. sales of electric vehicles by 40% in 2030, according to modeling by Jesse Jenkins of Princeton University.

    Nuclear power

    Meanwhile, the bill partially retains a tax credit for electricity from existing nuclear power plants. Those plants may not need the help: Electricity demand is surging, and companies like Meta are signing long-term deals for nuclear energy to power data centers. Nuclear plants are also paid to manage their radioactive waste, since the country lacks a permanent place to store it.

    For new nuclear plants, the bill would move up the deadline to 2028 to begin construction. That deadline is too soon for some new reactor designs and would rush the vetting of others. Nuclear safety regulators are awaiting a study from the National Academies on the weapons proliferation risks of the type of uranium fuel that some developers hope to use in newer designs.

    The House-passed bill would protect government subsidies for existing nuclear power plants, like the one in the background, while limiting support for wind turbines.
    Scott Olson/Getty Images

    Biofuels

    While cutting funding for electric vehicles, the bill would spend $45 billion to extend tax credits for biofuels such as ethanol and biodiesel.

    Food-based biofuels do little good for the climate because growing, harvesting and processing crops requires fertilizers, pesticides and fuel. The bill would allow forests to be cut to make room for crops because it directs agencies to ignore the impacts of biofuels on land use.

    Hydrogen

    The bill would end tax credits for hydrogen production. Without that support, companies will be unlikely to invest in the seven so-called “hydrogen hubs” that were allocated a combined $8 billion under the Bipartisan Infrastructure Law in 2021. Those hubs aim to attract $40 billion in private investments and create tens of thousands of jobs while developing cleaner ways to make hydrogen.

    The repealed tax credits would have subsidized hydrogen made emissions-free by using renewable or nuclear electricity to split water molecules. They also would have subsidized hydrogen made from natural gas with carbon capture, whose benefits are impaired by methane emissions from natural gas systems and incomplete carbon capture.

    However it’s made, hydrogen is no panacea. As the world’s smallest molecule, hydrogen is prone to leaking, which can pose safety challenges and indirectly warm the climate. And while hydrogen is essential for making fertilizers and potentially useful for making steel or aviation fuels, vehicles and heating are more efficiently powered by electricity than by hydrogen.

    Still, European governments and China are investing heavily in hydrogen production.

    As Congress deliberates on the One Big Beautiful Bill Act, the nation’s energy agenda is one of many issues being hotly debated.
    Kevin Carter/Getty Images

    Summing it up

    The conservative Tax Foundation estimates that the House bill would cut the Inflation Reduction Act’s clean energy tax credits by about half, saving the government $50 billion a year. But with fewer efficiency improvements, fewer electric vehicles and less clean power on the grid, Princeton’s Jenkins projects American households would pay up to $415 more per year for energy by 2035 than if the bill’s provisions were not enacted. If the bill’s provisions make it into law, the extra fossil fuel-burning would leave annual U.S. greenhouse gas emissions 1 billion tons higher by then.

    No one expected former President Joe Biden’s Inflation Reduction Act to escape unscathed with Republicans in the White House and dominating both houses of Congress. Still, the proposed cuts target the technologies Americans count on to protect the climate and save consumers money.

    Daniel Cohan receives funding from the Carbon Hub at Rice University.

    ref. How the ‘Big Beautiful Bill’ positions US energy to be more costly for consumers and the climate – https://theconversation.com/how-the-big-beautiful-bill-positions-us-energy-to-be-more-costly-for-consumers-and-the-climate-257783

    MIL OSI – Global Reports

  • MIL-OSI United Kingdom: expert reaction to news about Sizewell C nuclear plant, and small modular reactors

    Source: United Kingdom – Executive Government & Departments

    Scientists comment on news that the UK government is investing in a nuclear plant at the Sizewell C site and a small modular reactor programme. 

    Prof Patrick Regan, Professor of Nuclear Metrology, University of Surrey, said:

    “The announcement that the UK government has committed £14.2bn of investment to build European Pressurized Reactors (EPRs) at the Sizewell C site will contribute to the UK tackling the delicate balance between ever-increasing secure energy requirements and our commitment to achieving net-zero. The EPRs planned at Sizewell C represent Generation 3+ technology and build on more than 70 years of operational reactor experience worldwide to provide the cleanest, safest and most efficient form of nuclear power yet.

    “This large investment, however, brings with it the obvious need to produce and maintain a highly skilled, expert workforce related to all phases of the Sizewell C project. Science and Engineering Apprentice, Graduate and Post-Graduate training in areas such as chemical engineering, material science, nuclear physics & radiochemistry, environmental monitoring,  radiation measurement and health physics will be key in enabling ‘life-long’ UK-based careers in this industry, in line with such a far horizon project. This is a long-term investment in the UK’s national infrastructure, and it needs a skilled workforce to ensure its ultimate success.”

     

    Dr Phil Johnstone, Principal Research Fellow, University of Sussex Science Policy Research Unit, Patron of Nuclear Information Service, Member of Sussex Energy Group, and Member of Nuclear Consultation Group:

    Is this a good move? 

    “The decision on Sizewell C is a bad move. It will likely lead to increasing costs for UK electricity consumers and represents a significantly slower means of combatting climate change than alternative options. The announcement comes alongside the decision to select submarine reactor manufacturer Rolls Royce as the winning bidder to develop Small Modular Reactors. These are part of the same underlying goal: to sustain the UK military nuclear industrial base via subsidies from civil nuclear power, with democratic scrutiny of this strategy almost entirely absent.”

    Prof Andy Stirling, professor of science and technology policy at the University of Sussex Science Policy Research Unit:

    Is this a good move (or not) when it comes to energy and fossil fuels?

    “It is well acknowledged behind the scenes (but denied in public), that this move is more intended to support the kind of nuclear industrial base needed for military than for climate reasons. Nuclear power stations like Sizewell C are so slow and expensive compared to renewables and storage strategies, that they erode rather than enhance climate action.”

    What does this mean for UK energy production?  Is there overspeculation?

    “This will make UK energy production needlessly more expensive, less secure and less effective in climate terms, than if the same money had been spent on renewables and energy storage.”

    What does the science say?

    “On this as on many other policy issues, what counts as ‘the science’ is more uncertain and context-dependent than any side typically implies. If either nuclear advocates or critics claim their arguments to be uniquely or unequivocally science-based then that is a sign that they are seeking to mislead.”

     

    Dr Sarah Darby, Emerita Research Fellow, Energy Programme, Environmental Change Institute, University of Oxford, said:

    “The argument that building Sizewell C will be markedly cheaper and quicker than Hinkley C is weak. Hinkley C is ‘first of a kind’ in the UK but has the same design as Olkiluoto in Finland and Flamanville in France. These two have been, respectively, over 10 years late and almost four times over budget [1] and over 12 years late and over four times over budget in real terms [2,3]. Neither is yet working reliably [4,5].

    “The unfinished Hinkley C was reported by EdF last year as already 90% over budget and 7 years late – and EdF do not expect it to be finished before 2029-31.

    “In the light of these figures from three power plants of the same design as SZC, Ed Miliband’s forecast of a 10-year build time looks wildly optimistic. Where cost and complexity are concerned, there is the additional concern about the SZC site being on a flood-prone and eroding coastline, with sea levels on the rise.

    “EdF are now wholly owned by the French government, following their extreme financial difficulties, and it is unclear whether they will take any stake at all in SZC. This is hardly a vote of confidence in the prospects of their own design.

    “The argument that nuclear build helps with climate goals is similarly weak. New nuclear would arrive too late to assist – renewables already supply over half of UK generation [6] –  and are on the rise. The massive sums involved are money not spent on quicker and more effective moves towards energy transition. Bloomberg NEF’s latest assessment of energy transition investment trends* refers to renewables, energy storage, electric vehicles, and power grids as ‘proven, commercially scalable [and with] established business models’, yet categorises nuclear power as an ‘emerging’ technology, with investment held back by lack of affordability and technology maturity [7].

    “Nuclear is being presented by the Government as complementary to renewables, for ‘when the sun doesn’t shine and the wind doesn’t blow’. But what we need for these times – and for times of abundant renewable supply – is flexibility from storage and demand-side response, not large-scale inflexible power plants that cannot easily be turned down or up and that can be shut down at a moment’s notice [5,8].

    “As so often, the debate is focused on supply rather than demand – what we use energy for. The government are citing figures of a doubling of demand by 2050 that are certainly not set in stone and likely to be exaggerated. AI demands are the new kid on the block but, as DeepSeek has shown, they need not be nearly as high as is often made out. There is still plenty of scope to improve energy security through energy efficiency, allied with storage and demand-side response, without compromising quality of life [9].

    “Successive governments have already sunk £6.4bn of taxpayers’ money into Sizewell C, but this is no reason to compound the error. A further £14.2bn is substantial but falls a long way short of the £40bn ‘overnight’ cost estimated by the FT [10]. Further, this £40bn estimate does not take into account the costs of capital, decommissioning and disposal of waste. The last of these is itself a topic of major concern to the Public Accounts Committee [11].

    “It is not too late to avoid a FID for Sizewell C and to steer funding in more productive directions, including modernisation of the electricity grid, energy efficient buildings and transport systems, and storage. Such investment could create jobs and improve living conditions around the country.”

    References

    1 – https://reneweconomy.com.au/big-batteries-and-evs-to-the-rescue-again-as-faults-with-new-nuclear-plant-cause-chaos-on-nordic-grids/

    2 – https://www.thetimes.com/world/europe/article/delays-debts-and-false-promises-inside-frances-nuclear-nightmare-h2wpfhx0w

    3 – https://www.edf.fr/sites/groupe/files/2023-04/edf-urd-annual-financial-report-2022-en.pdf

    4 – https://www.reuters.com/business/energy/newest-french-reactor-faces-further-delays-due-new-issues-2025-04-11/

    5 – https://eandt.theiet.org/2025/03/12/radioactive-coolant-leak-europes-largest-nuclear-reactor

    6 – https://www.gov.uk/government/statistics/total-energy-section-1-energy-trends

    7 – https://about.bnef.com/insights/finance/global-investment-in-the-energy-transition-exceeded-2-trillion-for-the-first-time-in-2024-according-to-bloombergnef-report/

    8 – https://royalsocietypublishing.org/doi/full/10.1098/rsta.2016.0462

    9 – https://www.creds.ac.uk/publications/strategy-and-policy-statement-for-energy-policy-in-great-britain-creds-response/

    10 – https://www.ft.com/content/0b483728-de5b-4f2e-8d00-c49885c572c9)

    11 – https://committees.parliament.uk/committee/127/public-accounts-committee/news/207132/sellafields-race-against-time-nuclear-waste-cleanup-not-going-quickly-enough-pac-warns/

     

    Stephanie Baxter, Head of Policy, Institution of Engineering and Technology, said:

    “The £14.2 billion of funding announced today for the development of Sizewell C, alongside selecting Rolls-Royce SMR as the preferred bidder to develop the UK’s first small modular reactors, marks an important step forward towards nuclear playing a significant role in the UK’s energy mix.

    “Nuclear infrastructure, both large and small, will be needed in our energy system if the UK is to have a secure, affordable and sustainable energy system for 2030 and beyond. However, the Government must also take a whole system view of the wider energy system to ensure new nuclear infrastructure compliments other energy generation and distribution resources currently deployed and being developed.

    “Significant infrastructure projects such as these rely on long-term stability – in the supply chain, regulations and the skills pipeline. That is why today’s announcements must be backed up by clear plans for delivery, including engagement with local communities.

    “These ambitions will also not be met without the skilled engineering and technician workforce that will be critical to delivering and maintaining new nuclear infrastructure.

    “Great British Energy must work closely with Skills England to ensure that these plans are backed by a long-term workforce strategy to deliver skilled job opportunities across the country – both by training up new workers in schools and colleges, and upskilling/reskilling the existing workforce through flexible funding in the Growth and Skills Levy.”

    Will Davis, Nuclear Expert and a Member of the Institution of Engineering and Technology’s Sustainability and Net Zero Policy Centre, said:

    “Today’s announcements are a clear demonstration of the government’s long-term commitment to low-carbon energy security, extending beyond the 2030 clean power target and taking concrete steps toward achieving net zero by 2050.

    “To meet our net zero ambitions, we must significantly scale up electricity generation – by two to three times current levels – and this will only be possible through large-scale projects like Sizewell C and the Small Modular Reactor (SMR) programme.

    “While these developments are both welcome and necessary, the UK nuclear industry must address its ongoing credibility challenges around delivering projects on time and within budget. Unlike the UK’s Hinkley Point C, nuclear projects in countries like China and the UAE have avoided major delays. Learning from these international examples is essential if we are to attract private investment and reduce reliance on gas-fired power stations.

    “The selection of a preferred bidder for the SMR fleet is a long-awaited milestone – over a decade in the making – and we’re pleased to see it finally progressing.

    “The clarification of roles between Great British Energy and Great British Energy – Nuclear, with NESO overseeing the critical upgrades to our national electricity infrastructure is welcomed. These upgrades are vital and must be properly funded, not treated as an afterthought.

    “With the announcements on Sizewell C and SMRs, we urge the government to clarify its position on future gigawatt-scale nuclear projects, such as the previously proposed development at Wylfa.

    “New nuclear power stations require a high-tech supply chain and a highly skilled workforce. Investment in key manufacturers like Sheffield Forgemasters is encouraging, but broader supply chain investment hinges on project certainty – contracts must be signed.

    “The IET continues to support the sector through initiatives like the Nuclear Skills Taskforce. We’re also pleased to see continued investment in STEP, the UK’s prototype fusion power plant. A £2.5 billion commitment is significant and deserves more visibility.

    “However, we note the absence of updates on advanced nuclear technologies, which could play a crucial role in decarbonising hard-to-abate sectors such as steelmaking and hydrogen production. We hope to see further clarity on this soon.”

    Dr Lewis Blackburn, Lecturer in Nuclear Materials, University of Sheffield, said: 

    “Today the UK government demonstrated a clear and renewed commitment to nuclear fission as a means to achieve Net Zero, a key goal that was outlined in the 2024 White Paper “Civil Nuclear: Roadmap to 2050”. This comes in the form of an approximately £14B commitment to the Sizewell C project, comprising two EPR (European Pressurised Reactors) delivering a total of 3.2 GWe. The project is forecast to support 70k jobs and produce enough energy to power 6M UK homes. Today’s news also comes alongside an announcement that Rolls-Royce have been identified as the preferred bidder to construct the UK’s first Small Modular Reactors (SMR) – a fleet of smaller fission reactors designed to be built ‘modular’ on a production line, prior to shipping and assembly on-site. 

    “The UK faces a potential skills challenge in the field of nuclear engineering and projects like Sizewell C and Rolls-Royce SMR offer an exciting opportunity to build a skills pipeline, increasing the number and diversity of people entering the nuclear workforce, and bolstering the supply chain.

    “In order for the UK to maintain its international reputation as a leader in civil nuclear, it must continue to invest heavily in new infrastructure, the wider industrial supply chain and R&D. Thus, producing the next generation of nuclear expertise in both the industrial and academic sectors, equipping them with the skills required for the UK to continue to utilise nuclear fission, safely, for generations to come. 

    “An important aspect of this is ensuring that highly radioactive waste, generated as a by-product of nuclear fission, is not passed onto future generations and is permanently disposed of. In this area, the UK is in the process of siting a geological disposal facility – a dedicated site wherein intermediate and high-level radioactive waste will be isolated from the wider environment permanently. The international consensus in the wider scientific and technical community is that this is the only feasible way to safely manage such wastes, ensuring passive safety. This is the focus of significant R&D in both the technical and academic space.”

    Dr Mark Foreman, Associate professor of Nuclear Chemistry / Industrial Materials Recycling, Chalmers University of Technology, Sweden, said:

    “Building a new power plant based on light water reactors at Sizewell is a good idea, it will provide a reliable supply of electric power which will help society reduce its dependency on fossil fuels. I hold the view that it will be a safe means of providing for the energy needs of society. Many critics of nuclear power use the example of the Chornobyl accident to argue that all nuclear power plants are unsafe. This is unreasonable, operating the Chornobyl reactor in the same way as it was just before the accident can be thought of as like roller blading along the M1. While running modern (or even a 1980s era) light water reactor is like calmly driving a Volvo equipped with all the latest safety features along the M1.”

     

    Prof Robin Grimes FRS FREng, Professor of materials physics, Imperial College London, said:

    “Large plants such as Hinckley, currently under construction and this announced plant at Sizewell are very good at providing constant base load electricity capacity. They are also good for supporting grid stability and providing inertia. Of course they offer generation diversity and energy security. They will offer these benefits for many decades. As we turn to more electricity use to reduce carbon emissions we will need more nuclear electrify. However, large plant are less good at helping with the inherent intermittency of renewables. For this we need the greater flexibility as provided by small modular reactors or the higher temperatures of advanced modular reactors which offer access to more technology options for decarbonisation. I therefore see this announcement as part of the systems approach by which we progress to greater energy security and decarbonisation.”

    Prof David Armstrong, Professor of Materials Science and Engineering (Department of Materials), University of Oxford, said:

    “This is excellent news for the UK energy landscape. As the UKs aging AGR fleet retires new baseload energy is required. Sizewell C will sit alongside Hinkley Point B to provide sustainable emission free baseload energy complementing the growing wind and solar power and making a significant contribution to UK energy security.”

    Dr Iain Staffell, Associate Professor of Sustainable Energy at the Centre for Environmental Policy, Imperial College London, said:

    “Today’s decision is an important one, but even with Hinkley C and Sizewell C, the UK’s nuclear capacity in the 2030s will still be below its 1990s peak.

    “After a decade of dithering, Sizewell C is a litmus test of the UK’s ability to deliver complex infrastructure on schedule.

    “This deal lives or dies on its delivery.  Sizewell C must be built on time and on budget, learning from the (many) mistakes from Hinkley Point C and other UK mega-projects.

    “Nuclear power offers a strong energy security hedge.  Fuel and key parts can be stockpiled, insulating consumers from foreign instability and gas price spikes.

    “Sizewell C won’t start generating for nearly a decade if it is built on time, so it only just contributes towards the Government’s 2035 clean-power goal.  But, it is building for the long-term, and will deliver carbon-free electricity well into the 2080s.

    “People are rightly concerned by the environmental impacts and emissions from the enormous construction project, but compared to the scale of energy production over the next six decades, nuclear remains one of the cleanest power sources we have.

    “The upfront cost is undoubtedly high.  £14 billion could fund around 10 GW of offshore wind versus just 3.2 GW of nuclear.  But, these reactors will run day and night, especially valuable when the wind is not blowing.”

    Louis Barson, the Institute of Physics Director of Science, Innovation and Skills said:  

    “It is good to see this decision made about developing Sizewell C. New nuclear will play a vital role in bringing reliable, secure and affordable power to new markets, decarbonising industry and helping countries meet their net zero commitments – as part of our future low-carbon energy mix.

    “But we need to make sure we also pay attention to the desperate need for hundreds of thousands of skilled workers to support both this project and the development of smaller, modular, nuclear reactors. 

    “Signing off on Sizewell C is only half the picture, we need the nuclear-ready scientific workforce to make it a reality: that means more physics teachers, well-funded physics departments in universities and a healthy pipeline of physics talent.” 

    Tom Greatrex, Chief Executive, Nuclear Industry Association, said:

    On Sizewell C Given Go-Ahead from Government

    “This is a momentous day for Sizewell C and for the British nuclear programme. Sizewell C is one of Britain’s most important clean power projects, and will give the country the jobs, the economic growth and the energy security we need to ensure a secure and reliable power supply for the future. This record investment confirms the government is serious about building new nuclear and all the economic benefits that come with it, and will be welcomed in communities the length and breadth of Britain.”

    On Rolls-Royce SMR Winning the UK SMR Competition

    “This is a hugely significant moment for Rolls-Royce SMR and for the British nuclear programme. These SMRs will provide essential energy security and clean power alongside large scale reactors, all the while creating thousands of well-paid, skilled jobs, opportunities for growth right across the country and significant export potential. We look forward to working with Rolls-Royce SMR and all other potential SMR vendors, including those not successful today, on making Britain the best place to build new nuclear anywhere in the world.”

     

    Prof Mark Wenman, Professor in Nuclear Materials, Imperial College London, said:

    “This is a big step forward.  Since the 1990s the amount of nuclear energy the UK produces has been steadily declining from around 12 to 4.5 GWe today.  Sizewell C will help reverse this trend and  further provide the UK with energy security. It will help balance the grid with the increase of renewables, replace fossil fuel plants and protect us against potential blackouts, as recently seen in Spain.  Whilst the costs may seem high initially, this needs to be balanced against the fact that these reactors will produce low carbon electricity  for 80 or possibly 100 years, 24/7, providing around a tenth of the current  UK electricity needs.  Once paid for, nuclear reactors produce the cheapest  electricity of any kind, so this investment should be seen as future proofing the UK electricity system.”

     

    Prof Adrian Bull, Chair in Nuclear Energy and Society, Dalton Nuclear Institute, University of Manchester, said:

    “It’s very welcome news to see the announcements today of Government support for a new wave of nuclear power in this country.  We’ve known for decades that reliance on imported gas could ruin the environment – but recent years showed us that it can ruin the economy too.  Nuclear gives much-needed resilience against global fossil fuel prices, without emitting the gases that cause climate change, so it’s excellent news that we are going to see new plants – both large and small – built.

    “I’m especially pleased that we have finally got over our national phobia of replicating a previous project.  We’ve never done that in our UK nuclear fleet before, but the rest of the world learned ages ago that series construction is the route to certainty over the time and budget for such projects.  Doing the same things at Sizewell which we have already done at Hinkley Point is much easier than starting from scratch to build a massively complex plant for the first time.

    “The announcement of Rolls Royce as the winner of the SMR competition is a welcome sign of progress, but it’s disappointing to see only one winner selected, when we had all anticipated more.  Government has long been supporting the Rolls Royce SMR project – with over £200m of public funds provided already – so it was inconceivable they would not be on the podium at the end of the race.  Seeing them there alone makes the two years spent by Great British Nuclear on running a competition look like time and effort that could have been better spent.

    “Overall though, these nuclear plants – whilst not cheap – will produce reliable, low carbon electricity around the clock and will most likely do so for the best part of a century.  This is an investment in our grandchildren’s future as well as helping towards our 2050 climate goal.”

    Prof Dame Sue Ion GBE FREng FRS, a Fellow of the Royal Academy of Engineering, said:

    “It’s really good news that the Government is finally taking steps to ensure that nuclear energy plays the vital role it should in achieving significant quantities of stable low carbon electricity.  Perhaps as importantly, if not more so, is the news that Rolls Royce’s Small Modular Reactor has been selected as the technology of choice to progress the opportunity presented by SMRs.  These systems are designed from the outset to be modular, with modern construction techniques using much more factory fabrication, so they will be faster and easier to build.”

    Prof Tom Scott, Professor in Materials, University of Bristol, said:

    “This is an extremely important strategic step for the UK towards achieving net zero carbon emissions.  Nuclear energy is a safe, secure and reliable form of electricity generation.  With the lessons learnt from the Hinkley Point C project, and with the experienced workforce and supply chain that has been established because of it, my expectations are high for the delivery of Sizewell C at a much lower cost and shorter timescale.

    “The announcement about Government investment in Sizewell C and more excitingly, about the investment in Small Modular Reactors (SMRs), really shows the Government’s understanding and commitment towards nuclear as a key part of the solution towards achieving zero carbon emissions in the UK.

    “SMRs offer the potential for providing new nuclear power stations much faster and more cheaply than conventional large-scale light water reactors like Hinkley Point C.  Ultimately, the roll-out of SMRs delivered by British companies like Rolls-Royce will help to keep our electricity prices low whilst also generating high-value jobs across the U.K.  This is a smart investment for the UK.”

    Dr Mark Foreman, Associate professor of Nuclear Chemistry / Industrial Materials Recycling, Chalmers University of Technology, Sweden, said:

    “Building a new power plant based on light water reactors at Sizewell is a good idea, it will provide a reliable supply of electric power which will help society reduce its dependency on fossil fuels.  I hold the view that it will be a safe means of providing for the energy needs of society.  Many critics of nuclear power use the example of the Chornobyl accident to argue that all nuclear power plants are unsafe.  This is unreasonable, operating the Chornobyl reactor in the same way as it was just before the accident can be thought of as like roller blading along the M1.  While running modern (or even a 1980s era) light water reactor is like calmly driving a Volvo equipped with all the latest safety features along the M1.”

    **https://www.bbc.co.uk/news/articles/c4gr3nd5zy6o

    Declared interests

    Prof Adrian Bull: “I am a (paid) part time Professor at the Dalton Nuclear Institute, part of the University of Manchester; I am a (paid) consultant for US nuclear communications consultancy Full On Communications; I am an (unpaid) Board member of the Northern Nuclear Alliance; I am an (unpaid) Trustee of the Nuclear Institute; and am also the President-Elect, taking over in Jan 2026.”

    Prof Dame Sue Ion: “Sue is Honorary President of the National Skills Academy for Nuclear.” “Sue is also a member of the Nuclear Regulatory Task Force.”

    Prof Tom Scott: “In terms of interests, I am Director of the Spur West Nuclear Hub and Professor of Nuclear Materials at the University of Bristol sponsored by the Royal Academy of Engineering and the UK Atomic Energy Authority.

    The nuclear hub is a consortium of academic, industrial and governmental partners coalescing around the requirement for research, skills and innovation in the UK nuclear sector.”

    Dr Mark Foreman: “I have worked on advanced nuclear reprocessing for years and have also have worked on nuclear reactor safety issues.  I have done and supervised research on the chemistry of nuclear accidents.”

    Prof Mark Wenman “I have previously received funding for research from EDF Energy, Rolls-Royce, the UK National Nuclear Lab”

    Tom Greatrex “The NIA is funded by its 320 member companies from across the civil nuclear industry.”

    Dr Iain Staffell “I receive industry funding from a several companies in the UK and European energy sector, I try to keep this balanced so as not to over-represent any one technology or organization.  Recent funding sources include: Drax, Octopus, SSE, HM Government, NESO (National Grid), EWE, Aurora, Baringa, Shell, Uniper, SLB, and the World Bank.”

    Prof David Armstrong “I’ve had funding from UKAEA, Rolls Royce and EdF for research and students over the last 20 years.”

    Prof Robin Grimes “I am a non-executive director of UKAEA and receive research funding from the UK national nuclear laboratory.”

    Dr Mark Foreman “I do not currently get any money from the nuclear industry, I do not stand to make any money from the sales of nuclear products / technology. I have not been employed by the nuclear industry. I think that in terms of conflicts of interest I have none.”

    Dr Lewis Blackburn He receives funding from industry via Nuclear Decommissioning Authority, National Nuclear Laboratory, and Nuclear Waste Services”

    Stephanie Baxter “No conflicts of interest.”

    Will Davis “No conflicts of interest.”

    Prof Andy Stirling “no conflicts of interest to declare.”

    Dr Phil Johnstone “no conflicts of interest to declare.”

    Dr Sarah Darby “I have no conflicts of interest to declare.”

    For all other experts, no reply to our request for DOIs was received.

    MIL OSI United Kingdom

  • MIL-OSI Video: Africa Green Hydrogen Summit Media Launch

    Source: Republic of South Africa (video statements-2)

    Africa Green Hydrogen Summit Media Launch

    https://www.youtube.com/watch?v=uZv6EIwLGFI

    MIL OSI Video

  • Indian corporates to double capital spending to $800-$850 billion over next 5 years

    Source: Government of India

    Source: Government of India (4)

    Indian corporates are projected to double their capital spending to $800 billion-$850 billion over the next five years, which will be largely financed by operating cash flows and facilitated by ample domestic funding options, said an S&P Global Ratings report on Tuesday.

    Barring execution mistakes or negative macro changes, these investments should boost business scale without driving up leverage, the report noted.

    “Corporate India is chasing growth opportunities. In our view, Indian companies are well positioned for a growth run. Balance sheets are the leanest they’ve been in years. Companies are investing to meet demand underpinned by favourable government policies and a positive economic outlook,” according to the credit rating agency.

    Successful execution of plans would enlarge their operational scale, providing lasting cost benefits and business efficiencies.

    Higher investments in power, particularly renewables, will be a major spending area. Power, including transmission, combined with airlines, and emerging areas like green hydrogen, will (by estimates) account for about three-quarters of the increase in capex over the next five years.

    “In absolute terms, investments in airports could double, or even triple during this period. Conventional sectors such as steel, cement, oil and gas, telecom and autos will grow at a more steady pace of 30-40 per cent,” said the report.

    Healthy starting points and strong operating cash flows will keep credit strains in check. Companies across sectors have deleveraged meaningfully over the past three to four years including utilities (except renewables).

    Earnings and operating cash flow across sectors are about 60 per cent higher or double the levels from five years back, and will grow further, the report noted.

    In the airlines sector, total investment in new aircrafts will likely exceed $100 billion.

    New areas such as green hydrogen, semiconductors and battery plants should see significant debt funding. However, these projects are undertaken predominantly by large companies, including conglomerates, the report noted.

    (IANS)

  • MIL-OSI Video: AFRICA GREEN HYDROGEN SUMMIT LAUNCH

    Source: Republic of South Africa (video statements-2)

    AFRICA GREEN HYDROGEN SUMMIT LAUNCH

    https://www.youtube.com/watch?v=layePzK4MfI

    MIL OSI Video

  • MIL-OSI New Zealand: Speech: APAC energy capital assembly, Singapore

    Source: New Zealand Government

    I am delighted to be here in Singapore once again, to speak to you in my capacity as New Zealand’s Minister for Resources and Associate Minister for Energy.

    If you haven’t heard of me before today, I’m proud to declare myself the champion of New Zealand’s petroleum and minerals sector. 

    I want to thank the Energy Council for asking me to speak with you today on the significant changes that have happened in my country and what is still changing now. 

    I’d also like to take a moment to acknowledge some of our growing oil and gas producers here today, such as Wai-Lid Wong from Matahio, who can attest to the positive changes I’m going to talk to you about this morning. And we also have Richard Beament from Horizon Oil here with long-term joint venture investments in our gas fields. 

    Thank you gentlemen for the part you are playing in continuing to grow this sector in New Zealand.

    The coalition Government I am a part of is injecting life back into New Zealand’s economy through increased foreign investment, trade, regional development, and energy security.

    The strategic and responsible development of New Zealand’s oil and gas resources presents us with a significant opportunity.

    A productive oil and gas sector is critical to ensuring enough gas to keep our lights on, the economy growing, and keep de-industrialisation at bay. As a food bowl for Asia, I believe we need to keep investing in gas for all its uses.

    New Zealand has a well-established, innovative and highly skilled oil and gas sector on the West of our North Island in the Taranaki region and we wish to keep it that way. 

    Our Government sees reliable ongoing gas production contributing to our national self-sufficiency and domestic resilience and a critical part of our export-led recovery. 

    Our gas reserves data tells us a concerning story, but introduces opportunity for the sector. I intend to leave no stone unturned to ensure all our current and future energy sector participants have the confidence and see the right market incentives to keep our businesses operating and growing.

    I’ll be the first to reflect and acknowledge that confidence in our gas sector took a significant hit when the petroleum exploration ban was introduced in 2018. The ban impacted investment in our producing fields and barred new exploration. 

    As a country we have seen the impact of this. We have listened, we have heard, and we are changing it now.

    This is why I am advancing two critical policies in legislation right now – to help secure our short and mid-term energy future as we transition towards more renewable energy forms.

    I am reversing the ban on offshore oil and gas exploration, and changing settings to make sure we are balancing Crown risk in decommissioning, while not disincentivising ongoing investment in our existing fields.

    As part of this we are giving the oil and gas exploration market a new Open Market Application process meaning all acreage is open for application, and you’re not restricted to block offers.

    I am pleased to tell you today that the Government has set aside $NZ200 million to become a cornerstone investor in new gas projects. These will be business case-based with a likely government stake of up to 15 per cent for each successful project.

    This will make our Government a contracted partner in the project. 

    Having skin in the game as a cornerstone investor demonstrates our own commitment to meeting our future gas needs. If we really want to address the current reality that we rely on imported coal, not domestic gas, to get through winter, we must be prepared to stand alongside our petroleum sector as a co-investor.

    We see this as a strong signal to make it clear to foreign investors, explorers, and producers, that New Zealand is leaving the past behind and wants investment in new petroleum opportunities. 

    But, although there is still much to do on the West Coast, we don’t want you to constrain your thinking to just that part of our beautiful country. New Zealand has frontier offshore basins off the east coast of both Islands. We have the East Coast basin, Canterbury basin, and the Great South Basin. For these there are existing open geodata sets with our regulators and companies such as SLB, here with us, who have still confidential commercial exploration data available to you.

    As well as the $NZ200m, the Government has announced a raft of other changes that will get New Zealand back on track and open for business.

    What we have seen peak interest around the world is our innovative Fast-track Approvals Act passed last year. This provides an approvals pathway for cutting red tape, but not cutting corners, and projects of regional or national significance to be approved in months, not years.

    In our recent Budget, we announced Investment Boost – a 20 percent first-year capital depreciation policy, this is in addition to normal accounting depreciation standards and is in effect now. 

    This supports our already attractive tax expense claim, depreciation, and royalty rebate regime settings supporting you run your business, and contributing to the cost of decommissioning at project end of life.

    We are overhauling our Overseas Investment Act. The reforms shift the Act’s focus to emphasise economic benefits, replacing the presumption that foreign investment is a privilege. Most applications—excluding residential land, farmland, and fishing quota—will now be processed within 15 days.

    We are in the process of entirely rewriting our Resource Management legislation. Introduced in 1991 it was world-leading for the time in managing our natural and physical resources and replaced over 50 previous pieces of legislation. However, after 34 years this legislation is no longer fit for purpose and we appreciate how it’s holding back investment and development in every sector, including residential building. We will see this reform completed in this term of government, and until then the Fast Track Approvals Act supports projects get started today. 

    I am also interested in maximising the potential of our geothermal and natural hydrogen resources.

    New Zealand has long been a user of geothermal energy. It currently makes up nearly 20 percent of our electricity generation. But we see so much more potential with new technology in super-critical and other next-generation geothermal.  

    We have ringfenced $NZ60 million for pre-feasibility of next generation geothermal and we expect to see exploratory drilling next year.

    Unlike many renewable energy sources, geothermal energy provides critical continuous baseload energy and electricity generation. This is particularly important in the context of our energy security challenges.

    We will have a geothermal strategy completed by the end of this year.

    We are blessed with a geology permissive to the production of induced Orange Hydrogen, as well as natural ‘White’ Hydrogen prospects. Right now, regulators are undertaking public consultation on our country’s hydrogen policy settings, and we expect to see considerations for Cabinet later this year.

    So, as you’ve heard the changes our Government has introduced or that are passing through Parliament right now will: 

    • reverse the oil and gas exploration ban entirely
    • start a new open market application process for any acreage you see as prospective
    • address petroleum decommissioning requirements to align us with best practice
    • share risk through government co-investment through our $NZ200m fund
    • make for fast project consent approvals through our Fast-track Approvals process
    • give overseas investors certainty, whenever there is an investment that invokes the Overseas Investment Act, a decision being made in weeks.

    Travelling with me I have officials from New Zealand and our chief exploration and production geologist, and for those of you I’m not already scheduled to see I’d encourage you to introduce yourselves or talk with my team.

    MIL OSI New Zealand News

  • India celebrates 11 years of PM Modi’s leadership: A decade of transformative governance and inclusive growth

    Source: Government of India

    Source: Government of India (4)

    As Prime Minister Narendra Modi marks 11 years at the helm of the Indian government, the nation reflects on a decade defined by unprecedented transformation, inclusive development, and governance rooted in the spirit of Seva (service).

    Under PM Modi’s leadership, India has not only surged economically and technologically but also redefined its global standing and internal governance priorities. The slogan 11 Years of Seva has come to symbolize a period of speed, scale, and selfless public service, touching every section of Indian society—from farmers to youth, from marginalized communities to women, and from remote villages to global forums.

    India’s GDP has more than tripled over the last decade—from ₹105 lakh crore ($2.1 trillion) in 2013–14 to over ₹330 lakh crore ($4.2 trillion) in 2024–25. The country’s export capacity saw a 91% surge, hitting $890 billion in total exports this year. Initiatives like the Production Linked Incentive (PLI) Schemes attracted ₹1.61 lakh crore in investments and created over 11.5 lakh jobs across 14 sectors.

    Infrastructure witnessed massive upgrades. National highway length grew from 91,287 km in 2014 to 1,46,204 km in 2024. Operational airports more than doubled to 157. In the Northeast alone, ₹81,000 crore has been invested in railway projects, with 1,728 km commissioned—up 159% from the previous decade.

    Agriculture saw a budgetary increase of nearly six times, with Minimum Support Prices (MSPs) rising substantially for major crops. Over ₹3.68 lakh crore has been directly transferred to over 11 crore farmers under PM-KISAN, while institutional credit to agriculture nearly tripled.

    Women emerged as key stakeholders in this growth journey. The Nari Shakti Vandan Adhiniyam has secured one-third reservation for women in legislatures, and women now constitute 43% of STEMM enrollments and over 2 crore MSME entrepreneurs. Self-help groups (SHGs) have grown to 90.9 lakh, transforming grassroots leadership.

    Health and Digital Transformation

    Healthcare underwent a seismic shift. Ayushman Bharat has issued over 36 crore health cards, saving citizens ₹1.25 lakh crore in medical costs. India added nearly 400 new medical colleges, doubled MBBS seats, and saw a sharp decline in maternal and infant mortality rates.

    Telemedicine service eSanjeevani delivered over 36 crore consultations—making it the world’s largest digital health platform. Aadhaar-enabled DBT schemes transferred over ₹43 lakh crore directly to beneficiaries, while UPI transactions crossed ₹214 lakh crore, with India now handling nearly half of global real-time payments.

    Global Positioning and Defence Prowess

    India has transitioned from a major arms importer to an emerging defence exporter, with defence exports soaring from ₹1,941 crore in 2014 to ₹23,662 crore in 2024. Indigenous platforms like the Vande Bharat trains and advanced defence drones have solidified India’s technological edge.

    India’s role on the global stage also evolved, leading humanitarian missions like Operation Ganga, Brahma, Kaveri, and Vande Bharat to rescue citizens and deliver aid globally.

    Sustainability and Green Growth

    The green revolution under PM Modi’s governance is visible in the 3,400% rise in solar power capacity (from 2.82 GW to 100+ GW), the planting of over 142 crore trees, and the creation of 282 new protected ecological areas. The ₹19,744 crore National Green Hydrogen Mission aims to position India as a global clean energy hub.

    Peace and Integration in the Northeast

    Violence in the Northeast has reduced significantly—insurgency-related incidents fell by 70%, and over 10,500 insurgents have surrendered. The Armed Forces Special Powers Act (AFSPA) has been revoked in large parts of the region, as development replaces discord. PM Modi has visited the region 78 times—more than all previous prime ministers combined.

    Youth, Innovation, and Digital Bharat

    With 1.61 lakh startups recognized and India now ranking third globally in the unicorn count, the youth have become central to India’s innovation ecosystem. Over 2.27 crore youth have been trained under Skill India, and more than ₹2 lakh crore has been invested in their skilling and employment.

    India’s digital backbone also saw remarkable growth—with average data usage per person rising 325 times, from 70 MB in 2014 to 22.8 GB in 2025, and mobile phone production scaling from 5.8 crore units to over 33 crore annually.

    From eradicating open defecation and improving healthcare access to transforming India into a startup and manufacturing powerhouse, the past 11 years under Prime Minister Narendra Modi have laid the foundation for a Viksit Bharat (developed India).

  • MIL-OSI USA: Kaptur Condemns $3.7 Billion In DOE Cuts To American Manufacturing Nationwide

    Source: United States House of Representatives – Congresswoman Marcy Kaptur (OH-09)

    Toledo, OH – Today, Congresswoman Marcy Kaptur (OH-09) Ranking Member of the House Appropriations Subcommittee on Energy and Water Development released the following statement upon the news that the Department of Energy has cancelled 24 projects nationwide, totaling $3.7 Billion in investment in American manufacturing, including a $45.1 Million investment in an Industrial Demonstration Project for Libbey Glass LLC’s Toledo, Ohio facility.

    “The abrupt termination of $3.7 Billion in clean energy investment is shortsighted and malicious. This decision will raise energy costs for American families and undermine our nation’s competitive edge. In Northwest Ohio, it endangers jobs, and undermines manufacturing in our critical glass industry, while empowering China and our global competitors,” said Congresswoman Marcy Kaptur (OH-09). “Nationwide, DOE is not only raising the cost of energy in Red Districts and Blue Districts — we’re ceding ground to global competitors racing ahead in innovation and energy efficiency. This decision undercuts American innovation, discourages private-sector investment, and harms workers like the ones I represent who are counting on these projects for jobs and economic revitalization. The American people deserve leadership that meets the moment — not one that backs away from the challenge of a clean, affordable energy future. If the Trump Administration was looking to give Communist China everything they wanted, they are well on their way.”

    Below are a list of actions Ranking Member Kaptur has taken related to DOE’s frozen funding and award cancelations

     since the start of the Trump Administration:

    1. Jan. 31, 2025: Sent letter to DOE Acting Secretary regarding funding freeze
      1. Kaptur, Murray Demand Answers on Trump Administration Freezing Energy Department Investments to Lower Americans’ Energy Costs
      2. Rep. Kaptur co-led a letter with Sen. Murray.
    2. Feb. 13, 2025: Released factsheets on funding freeze impacts
      1. Kaptur, DeLauro Release Seven Fact Sheets Detailing How Trump’s Funding Freeze is Raising Energy Prices and Undermining Energy Dominance
      2. Seven factsheets were released which detail how the funding freeze impacts each state for the programs listed below.
        1. Home energy rebate program
        2. Electric grid programs
        3. Hydrogen hubs program
        4. Battery manufacturing programs
        5. Industrial demonstrations program
        6. Weatherization assistance program
        7. Loan program
    3. Feb. 26, 2025: Sent follow-up letter to Jan. 31 letter on funding freeze
      1. Kaptur, Murray Follow-Up, Demand Answers from Trump DOE as it Continues to Block Investments to Lower Americans’ Energy Costs
      2. Rep. Kaptur again co-led a letter with Sen. Murray to Secretary Wright..
    4. Apr. 2, 2025: Sent letter to DOE Acting Inspector General regarding award cancelations
      1. House Energy Leaders Call for Investigation into Department of Energy’s Scheme to Cancel Awards and Contracts
      2. Rep. Kaptur co-led a letter with Rep. DeLauro, Rep. Pallone, Rep. Castor, Rep. Lofgren and Rep. Ross calling for an investigation into the agency’s scheme to cancel competitively awarded contracts and potential for political targeting.
    5. May 7, 2025: Pushed Secretary Wright at Department of Energy budget hearing on funding freezes and cuts at DOE
      1. Ranking Member Kaptur Remarks at Fiscal Year 2026 US Department of Energy Budget Hearing
      2. Transcript of Ranking Member Kaptur exchange with Secretary Wright:

    RANKING MEMBER MARCY KAPTUR:

    So one of the things I have to ask about is my own district. I don’t understand why there was a project that was to be awarded to a glass company. And for some reason, it was pulled or it’s sitting somewhere over there, and it has caused all kinds of problems for the company. You’re a businessman. You would understand this if I can find the right sheet here.

    There’s so many sheets of paper. It’s called Libbey glass and they have two furnaces. I come from an industrial part of America and life there has been hell for a long time because we forgot what the defense industrial base of this country really is. And we’ve been trying to catch up, but it’s been hard.

    And oh, here it is. OK. So the department had $6 billion in DOE investments that were leveraged with $14 billion of private sector investment. And one of those companies, Libbey Glass, which gave me permission to even use their — I’m even afraid to use their name in public. They’re a great company. They’re a legacy company in our community.

    I’ll start to cry. They’re generous and they work hard. And they are to replace four regenerative furnaces with two larger hybrid electric furnaces to reduce the carbon intensity of its Toledo Ohio facility by up to 50 percent. And the department is considering canceling more than 60 percent of their industrial demonstration projects, which would be devastating to our community.

    And this is a company that never left the city. They didn’t go out into the suburbs, OK, and break more ground. They’re a responsible company. And for this award review and cancellation process, how is DOE or any part of your administration assessing which DOE projects will be canceled or continued? What criteria are you using?

    And even if DOE chooses not to cancel any of these awards, these actions are creating mass confusion. Unemployment is going up in our area, by the way, and companies have canceled almost $8 billion in energy manufacturing projects so far just this year, five times more than was canceled last year. So given your private sector background, what can you do to help me understand what is happening to this particular company in the review process? Where are they?

    SECRETARY CHRIS WRIGHT:

    Representative Kaptur, I appreciate your passion for industrial America, keeping the industries we have, bringing new industries home. We are so aligned on that. It’s one of the things I’m excited about this administration. We’ve outsourced so many of those jobs overseas. I was lucky. I grew up in suburban America and got a great education.

    I’ve had a dreamy life. I could have been born somewhere else. I could have had a very different life. I share your passion.

    RANKING MEMBER MARCY KAPTUR:

    Thank you.

    SECRETARY CHRIS WRIGHT:

    I share your passion. So I think I mentioned briefly, I walk into a department that I am very passionate about energy and all that. I want to support as many activities and projects as we can, to save American industry and grow American industry. So fully aligned on that. I think I gave the numbers before, but I walked into a thing where $100 billion had been shoveled out the door in 76 days.

    SECRETARY CHRIS WRIGHT:

    I’m responsible for that money now, either in money out the door or committed to money to go out the door. I can’t look at American taxpayers, including taxpayers in your district and say, yes, we invested $2 billion and we built a bridge to nowhere. We built something and now it’s just closed because it had no marketplace, it had nowhere to go. So let me give you a quick little summary. So the answer is we haven’t canceled any projects because we’ve been slow and careful and deliberative. We’ve developed a process. And in the next few months, we will run hundreds of projects, including those through our thing.

    And if it’s viable and it’s going to create jobs and it’s going to do these great things, we’re going to support that project. And the simple little criterion we’re looking at is legal, um, that technology, is the technology viable? Is the engineering done competently? Is there a market for the thing that’s being built?

    Is there a financial model that that co-funding is coming in together with the DOE funding, so the project can be complete? And does it add to national or economic security? It sounds like that one, if all the other things work certainly would. And it is aligned with this agenda?

    RANKING MEMBER MARCY KAPTUR:

    Mr. Secretary, thank you for that, putting that on the record, but that was already approved. You are reviewing something that was — all the appropriated money was already there. Those decisions had been made. So that is a very — this is a very strange process because that — those dollars weren’t to be spent, um, already as we work toward the ’26 budget.

    1. May 12, 2025: Released factsheet highlighting Secretary Wright’s Lies at Hearing
      1. Kaptur and DeLauro Expose Energy Secretary’s Lies

    # # #

    MIL OSI USA News

  • MIL-Evening Report: Marshall Islands nuclear legacy: report highlights lack of health research

    By Giff Johnson, editor, Marshall Islands Journal, and RNZ Pacific correspondent

    A new report on the United States nuclear weapons testing legacy in the Marshall Islands highlights the lack of studies into important health concerns voiced by Marshallese for decades that make it impossible to have a clear understanding of the impacts of the 67 nuclear weapons tests.

    The Legacy of US Nuclear Testing in the Marshall Islands, a report by Dr Arjun Makhijani of the Institute for Energy and Environmental Research, was released late last month.

    The report was funded by Greenpeace Germany and is an outgrowth of the organisation’s flagship vessel, Rainbow Warrior III, visiting the Marshall Islands from March to April to recognise the 40th anniversary of the resettlement of the nuclear test-affected population of Rongelap Atoll.

    Dr Mahkijani said that among the “many troubling aspects” of the legacy is that the United States had concluded, in 1948, after three tests, that the Marshall Islands was not “a suitable site for atomic experiments” because it did not meet the required meteorological criteria.

    “Yet testing went on,” he said.

    “Also notable has been the lack of systematic scientific attention to the accounts by many Marshallese of severe malformations and other adverse pregnancy outcomes like stillbirths. This was despite the documented fallout throughout the country and the fact that the potential for fallout to cause major birth defects has been known since the 1950s.”

    Dr Makhijani highlights the point that, despite early documentation in the immediate aftermath of the 1954 Bravo hydrogen bomb test and numerous anecdotal reports from Marshallese women about miscarriages and still births, US government medical officials in charge of managing the nuclear test-related medical programme in the Marshall Islands never systematically studied birth anomalies.

    Committed billions of dollars
    The US Deputy Secretary of State in the Biden-Harris administration, Kurt Cambell, said that Washington, over decades, had committed billions of dollars to the damages and the rebuilding of the Marshall Islands.

    “I think we understand that that history carries a heavy burden, and we are doing what we can to support the people in the [Compact of Free Association] states, including the Marshall Islands,” he told reporters at the Pacific Islands Forum leaders’ meeting in Nuku’alofa last year.

    “This is not a legacy that we seek to avoid. We have attempted to address it constructively with massive resources and a sustained commitment.”

    Among points outlined in the new report:

    • Gamma radiation levels at Majuro, the capital of the Marshall Islands, officially considered a “very low exposure” atoll, were tens of times, and up to 300 times, more than background in the immediate aftermaths of the thermonuclear tests in the Castle series at Bikini Atoll in 1954.
    • Thyroid doses in the so-called “low exposure atolls” averaged 270 milligray (mGy), 60 percent more than the 50,000 people of Pripyat near Chernobyl who were evacuated (170 mGy) after the 1986 accident there, and roughly double the average thyroid exposures in the most exposed counties in the United States due to testing at the Nevada Test Site.
    Women from the nuclear test-affected Rongelap Atoll greeted the Rainbow Warrior and its crew with songs and dances as part of celebrating the 40th anniversary of the evacuation of Rongelap Atoll in 1985 by the Rainbow Warrior. Image: RNZ Pacific/Giff Johnson

    Despite this, “only a small fraction of the population has been officially recognised as exposed enough for screening and medical attention; even that came with its own downsides, including people being treated as experimental subjects,” the report said.

    Women reported adverse outcomes
    “In interviews and one 1980s country-wide survey, women have reported many adverse pregnancy outcomes,” said the report.

    “They include stillbirths, a baby with part of the skull missing and ‘the brain and the spinal cord fully exposed,’ and a two-headed baby. Many of the babies with major birth defects died shortly after birth.

    “Some who lived suffered very difficult lives, as did their families. Despite extensive personal testimony, no systematic country-wide scientific study of a possible relationship of adverse pregnancy outcomes to nuclear testing has been done.

    “It is to be noted that awareness among US scientists of the potential for major birth defects due to radioactive fallout goes back to the 1950s. Hiroshima-Nagasaki survivor data has also provided evidence for this problem.

    “The occurrence of stillbirths and major birth defects due to nuclear testing fallout in the Marshall Islands is scientifically plausible but no definitive statement is possible at the present time,” the report concluded.

    “The nuclear tests in the Marshall Islands created a vast amount of fission products, including radioactive isotopes that cross the placenta, such as iodine-131 and tritium.

    “Radiation exposure in the first trimester can cause early failed pregnancies, severe neurological damage, and other major birth defects.

    No definitive statement possible
    “This makes it plausible that radiation exposure may have caused the kinds of adverse pregnancy outcomes that were experienced and reported.

    “However, no definitive statement is possible in the absence of a detailed scientific assessment.”

    Scientists who traveled with the Rainbow Warrior III on its two-month visit to the Marshall Islands earlier this year collected samples from Enewetak, Bikini, Rongelap and other atolls for scientific study and evaluation.

    This article is republished under a community partnership agreement with RNZ.

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI Submissions: Energy Sector – Strengthening UK energy security with new gas sales agreement – Equinor

    Source: Equinor

    05 JUNE 2025 – Equinor and Centrica sign long-term gas sales agreement of 55 TWh of natural gas per year (around 5 billion cubic meters – bcm) for a period of 10 years starting 1 October 2025 at terms reflecting market prices. The total contract value would be around £20 billion assuming current prices.

    “I am very pleased to strengthen the energy partnership with the UK and our longstanding partner and customer Centrica. This agreement will continue to support the UK’s energy security with reliable gas supplies from the Norwegian continental shelf. The flexibility that natural gas offers will play a key role in enabling further development of renewable power and decarbonisation in the UK”, says Equinor’s president and CEO Anders Opedal.

    For nearly 50 years, Equinor and partners have developed the Norwegian Continental Shelf to be the largest and most reliable provider of energy to Europe. Britain currently imports nearly 2/3 of its gas requirements from Norway, with Equinor being the major supplier. The annual volumes under this agreement will cover nearly 10% [1] of total annual UK gas demand which makes the agreement among the largest in Equinor bilateral portfolio.

    “The UK and the North Sea is a core area in our long-term ambitions to remain a supplier of reliable energy and to help decarbonise societies and industries. The new gas sales agreement with Centrica will be a key element in this. Energy security and decarbonisation must go hand in hand, and I am proud that Equinor is actively delivering both”, says Equinor’s UK Country Manager Alex Grant.

    Beyond investments in the UK’s oil and gas production, Equinor already operates three offshore wind farms at Sheringham Shoal, Dudgeon and Hywind Scotland, the world’s first floating offshore wind farm. Dogger Bank is under development and will be the world’s largest offshore windfarm once completed. Together with partners Equinor is also developing the UK’s first CO2 transport and storage project and a gas power plant with CO2 capture.

    Chris O’Shea, Group Chief Executive of Centrica, commented: “Equinor is a valued partner, and this landmark agreement underscores the vital role that natural gas plays as a transition fuel as we navigate towards a low carbon energy future. The enduring partnership between Centrica and Equinor exemplifies the strong and strategic relationship between the UK and Norway and I’m immensely proud that we’ve agreed this deal.

    “Over the last few years, we’ve seen first-hand how important energy security is. Today’s deal not only ensures the UK’s energy security has improved but also paves the way for a burgeoning hydrogen market. The deal represents a significant investment in the UK’s future, showing that Centrica will make bold investments that drive forward the energy transition while delivering value for our shareholders. We will continue to focus on further improving energy security by working with the UK Government to ensure the right levels of gas storage are in place to complement this landmark gas importation agreement.”

    [1] Total UK demand in 2024 at 55.8 bcm

    About Centrica

    Centrica is an international energy and services company, founded on a 200-year heritage of serving customers in homes and businesses. The company supply energy and services to over 10 million residential and business customers, mainly in the UK and Ireland, through brands such as British Gas, Bord Gáis Energy and Centrica Business Solutions. Centrica has a role at every step of the energy transition. When it comes to energy, Centrica make it, store it, move it, sell it and mend it. The company’s strategy is driven by the purpose of energising a greener, fairer future.

    MIL OSI – Submitted News

  • MIL-OSI USA: Volcano Watch — What Fans the Flames Observed at Volcanic Vents?

    Source: US Geological Survey

    Volcano Watch is a weekly article and activity update written by U.S. Geological Survey Hawaiian Volcano Observatory scientists and affiliates. This week’s article is by Mike Cappos, a gas field engineer with HVO. 

    Image of burning hydrogen above the north vent inside Halemaʻumaʻu taken during the evening of May 21, 2025. USGS photo.

    During pauses between the high fountaining episodes of the ongoing Kīlauea volcano summit eruption, which began on December 23, 2024, USGS Hawaiian Volcano Observatory (HVO) scientists—and astute watchers of the HVO livestream cameras—have periodically observed yellow to orange-colored flames emanating from the two vents inside of Halemaʻumaʻu. These flames, which look most impressive at night, are the result of burning hydrogen gas. 

    Flames of this nature have been observed in and near eruptive vents during past eruptions of Kīlauea and Mauna Loa volcanoes, and at other volcanoes around the world—often basaltic ones like ours in Hawaii. Flames were observed at Kīlauea in the early 1900s by Thomas Jaggar, the original founder of HVO, while he was observing eruptions inside Halemaʻumaʻu. 

    Other occurrences of flames have been observed during the 1969–1974 Maunaulu eruption, the 1986–2018 Puʻuʻōʻō eruptive era on Kīlauea’s East Rift Zone, the 2018 lower East Rift Zone eruption, the 2021–2022 Kīlauea summit eruption, and others.      

    Image of burning methane (blue flames in foreground) from ground cracks taken during the 2018 lower East Rift Zone eruption of Kīlauea in Leilani Estates subdivision. USGS photo.

    Hydrogen gas is a minor constituent of volcanic gases. Water—which is made of hydrogen and oxygen—is a major component of volcanic gases, but in oxygen-poor magmas, some hydrogen that might otherwise be part of water remains as hydrogen itself in very small amounts.

    How do we get flames from that hydrogen though? The temperature at which hydrogen ignites in air depends on its concentration. Generally, the higher the concentration of hydrogen present, the lower the temperature required for ignition. 

    One example of this was the Hindenburg airship disaster of 1937. The gas envelope of the Hindenburg was filled with pure hydrogen gas, which caught fire and exploded from only a stray spark when the airship was beginning to land, all at normal ambient temperatures in the atmosphere near the ground surface. 

    The low concentrations (less than 2%) of hydrogen gas present in and near volcanic vents requires significantly higher temperatures for ignition to be achieved. Hydrogen gas such low concentrations needs temperatures above about 1380°F (around 750°C). Eruptive vents at Kīlauea have temperatures in excess of 1,830°F (1,000°C), which is more than sufficient to ignite the hydrogen. 

    However, we believe another key player for hydrogen to be efficiently ignited at the vent is the vent geometry. In most cases, flames are observed emanating from a hornito or small spatter cone within the vent. In this sort of geometry, water-rich magmatic gas can accumulate inside the orifice and stay in an oxygen-poor state because it has not yet mixed with the oxygen-rich ambient atmosphere. The hornito or small spatter cone effectively acts as a super-hot nozzle to help induce the combustion of hydrogen, which creates the flames we have seen recently, and during earlier eruptions.

    But what about blue flames? The yellow/orange hydrogen flames in volcanic vents are somewhat elusive compared to the blue flames that are commonly observed around active lava flows.

    Lava flows themselves typically don’t emit flames. Their broad surfaces disperse any remaining volcanic gases quickly and temperatures are too low to ignite any further diluted levels of hydrogen gas at the surface of the flow. 

    Blue flames that are sometimes seen around lava flows are more likely to be caused by the burning of methane gas, which is produced by the “cooking” of vegetation beneath the lava flow. This was a common observation during Kīlauea’s 2018 lower East Rift Zone eruption in the Leilani Estates subdivision. Although those dancing blue methane flames may seem beautiful… they are dangerous themselves and can even create a secondary danger. As methane gets trapped beneath the lava flow, the methane may not just burn, it may explode in and around lava flows in vegetated areas. This is a constant danger to those in close proximity to a lava flow and extreme caution must be maintained.

    Volcanic flames are an interesting offshoot of volcanic degassing; their intriguing presence is an informative clue about vent or lava flow conditions. Still, they are dangerous. So, we’re happy to have our current flames mesmerizing us from a safe distance away but easy to see in HVO livestreams.

    Volcano Activity Updates

    Kīlauea has been erupting episodically within the summit caldera since December 23, 2024. Its USGS Volcano Alert level is WATCH.

    Episode 24 of the Kīlauea summit eruption in Halemaʻumaʻu crater occurred from June 4-5, with approximately 7.5 hours of fountaining from the north and south vents. Lava fountains likely reached above 300 meters (1000 feet) and the eruption plume reached 16,500 feet (5,000 meters) above ground level. Summit region inflation since the end of episode 24, along with persistent tremor, suggests that another episode is possible. Sulfur dioxide emission rates are elevated in the summit region during active eruption episodes. No unusual activity has been noted along Kīlauea’s East Rift Zone or Southwest Rift Zone. 

    Mauna Loa is not erupting. Its USGS Volcano Alert Level is at NORMAL.

    One earthquake was reported felt in the Hawaiian Islands during the past week: a M2.8 earthquake 20 km (12 mi) S of Pa‘auilo at 25 km (15 mi) depth on June 1 at 8:22 a.m. HST.

    HVO continues to closely monitor Kīlauea and Mauna Loa.

    Please visit HVO’s website for past Volcano Watch articles, Kīlauea and Mauna Loa updates, volcano photos, maps, recent earthquake information, and more. Email questions to askHVO@usgs.gov.

    MIL OSI USA News

  • MIL-OSI Canada: Government of Canada invests in British Columbia’s hydrogen and fuel cell sector

    Source: Government of Canada News (2)

    B.C. companies are unlocking new opportunities in global clean tech markets

    June 5, 2025 – Vancouver, British Columbia – PacifiCan

    British Columbia is home to Canada’s largest hydrogen and fuel cell cluster, powering low-emission energy solutions. With over half of all hydrogen companies in the country and 1,350 full-time workers, B.C. has what it takes to meet global demand in this rapidly growing market.

    Today, the Honourable Gregor Robertson, Minister of Housing and Infrastructure and Minister responsible for Pacific Economic Development Canada (PacifiCan), announced an investment of $466,956 in the Canadian Hydrogen Association to expand B.C. hydrogen and fuel cell companies into markets around the world.

    With this investment, the Canadian Hydrogen Association will help B.C. companies attract investment, seize export opportunities and grow here at home. The association will also showcase B.C. companies on international platforms – including today’s hy-fcell International Expo and Conference in Vancouver, where global hydrogen experts come together.

    This investment was provided through PacifiCan’s Regional Innovation Ecosystem program. It will support 40 small- and medium-sized businesses, contributing to jobs and growth here in B.C. and a strong economy for all Canadians.

    In May 2024, PacifiCan also announced an investment of more than $9.4 million to launch the Clean Hydrogen Hub at Simon Fraser University. The Hub works with partners, including the Canadian Hydrogen Association, to advance hydrogen production and technologies both at home and abroad.

    MIL OSI Canada News

  • MIL-OSI United Kingdom: Bassetlaw representatives explore West Burton’s fusion future

    Source: United Kingdom – Executive Government & Departments

    News story

    Bassetlaw representatives explore West Burton’s fusion future

    STEP hosted delegates on a visit to UKAEA’s Culham Campus, to learn about the scale of opportunity presented by the UK’s prototype fusion energy plant programme

    Councillors and staff from Bassetlaw District Council – Image credit: UK Industrial Fusion Solutions Ltd.

    A delegation of councillors and staff from Bassetlaw District Council recently visited the UK Atomic Energy Authority (UKAEA) at Culham Campus, gaining first-hand insight into the cutting-edge fusion energy research that underpins the future of clean energy in the UK.

    The visit included tours of the world-renowned Joint European Torus (JET) and MAST (Mega Amp Spherical Tokamak) Upgrade facilities – two of the UK’s most advanced fusion research programmes. These pioneering projects form the scientific and technological foundation for the Spherical Tokamak for Energy Production (STEP) programme, which is set to be developed at the site of the former West Burton Power Station, between Retford and Gainsborough.

    The STEP programme is the UK’s flagship initiative to design and build the world’s first prototype fusion power plant by the early 2040s. The West Burton site was selected in 2022 as the future home of this ambitious project, positioning the Retford and Gainsborough area at the heart of a global energy revolution. The West Burton development is expected to bring thousands of high-skilled jobs, new infrastructure, and global scientific collaboration to the region. A recent report by Amion, commissioned by Local Councils in the area, suggested that the project could create between 5,500 and 8,500 jobs in and around the site (as well as additionally bringing further new industry, jobs and investment to the wider area), adding an average of over £500m a year to the UK economy over the coming decades.

    Fusion energy, often described as the “holy grail” of clean power, replicates the process that powers the sun – fusing hydrogen atoms to release vast amounts of energy. Fusion could provide a virtually limitless, safe, and carbon-free energy source for generations to come. The STEP programme aims to demonstrate the commercial viability of this technology and to develop a UK fusion industry capable of delivering commercial fusion power plants around the world in the second half of the century. 

    The UKAEA, headquartered at Culham Campus in Oxfordshire, is a world leader in fusion research and development. Its work supports the UK government’s commitment to reducing emissions and securing long-term energy independence. During the visit, Bassetlaw representatives were able to see the scale of investment and innovation already underway at Culham, offering a glimpse into the transformative potential of the STEP programme for the local economy. The intention of STEP is to create a similar science and engineering focused campus on the Nottinghamshire/Lincolnshire border. 

    Bassetlaw District Council’s Deputy Leader, Cllr Jonathan Slater said:

    It was good to see first-hand the scale of investment and innovation underway at the UKAEA headquarters in Culham in Oxfordshire, where it provided a real glimpse into the opportunities and potential of the STEP programme in West Burton.

    As well as creating over 16,000 related employment opportunities it will also improve transport links, help bring major investment to the area and significantly boost our local economy.

    STEP’s Head of Communications and Engagement, Ben Bradley, said:

    The STEP team is working really hard to engage with local communities and stakeholders around West Burton, and we’re hugely grateful for the support that we’ve received for the programme. The ambition is to build on this area’s legacy of power generation and bring huge investment to this part of the world, in a way that is truly transformational for local people. I hope that, by visiting the existing campus in Oxfordshire, Bassetlaw Council colleagues were able to get a sense of the scale of its opportunity, as our investment shifts towards West Burton in the years ahead.

    Notes to Editors

    UK Industrial Fusion Solutions Ltd (UKIFS) is a wholly owned subsidiary of the UK Atomic Energy Authority (UKAEA) Group, responsible for the STEP (Spherical Tokamak for Energy Production) programme to deliver the UK’s prototype fusion energy plant.  

    Targeting first operations in 2040, UKIFS will lead STEP’s integrated delivery team to design and build the prototype fusion energy plant at West Burton, a former coal-fired power station site in Nottinghamshire.

    To sign-up for updates about STEP, visit: step.ukaea.uk or follow our social channels @STEPtoFusion.

    Updates to this page

    Published 5 June 2025

    MIL OSI United Kingdom

  • MIL-OSI: Next Hydrogen Solutions Inc. Announces Results of Annual General Meeting of Shareholders

    Source: GlobeNewswire (MIL-OSI)

    MISSISSAUGA, Ontario, June 05, 2025 (GLOBE NEWSWIRE) — Next Hydrogen Solutions Inc. (the “Company” or “Next Hydrogen“) (TSXV:NXH, OTC:NXHSF), is pleased to announce the results of the annual general of shareholders held on June 4, 2025 (the “Meeting”). All matters presented for approval at the Meeting have been fully authorized and approved. A total of 5,778,769 common shares, representing 25.214% of the common shares issued and outstanding, were represented in person or by proxy at the meeting. A brief description of the matters voted upon and the outcome of the votes is set forth below.

    Fixing Number of Directors

    The ordinary resolution to approve fixing the number of directors to be elected at the meeting at seven (7) was approved at the meeting by the shareholders present in person or represented by proxy at the meeting by way of electronic ballot, as follows:

    Votes For % Votes Against %
    5,776,269 99.957 2,500 0.043

    Election of Directors

    All of the nominees proposed as directors of the Corporation were duly elected as directors of the Corporation with votes cast by the shareholders present in person or represented by proxy at the meeting by way of electronic ballot, as follows:

      Outcome
    of the

    Vote
    Votes For % Withheld   %    
    Raveel Afzaal Elected 5,660,813 99.898   5,780 0.102  
    Allan Mackenzie Elected 5,663,593 99.947   3,000 0.053  
    Walter Howard Elected 5,664,068 99.955   2,525 0.045  
    Jens Peter Clausen Elected 5,664,093 99.956   2,500 0.044  
    Susan Uthayakumar Elected 5,664,093 99.956   2,500 0.044  
    Anthony Guglielmin Elected 5,663,593 99.947   3,000 0.053  
    Adarsh Mehta Elected 5,664,093 99.956   2,500 0.044  

    Appointment of Auditor

    An ordinary resolution to approve the appointment of KPMG LLP, as the auditors of the Corporation, was approved at the meeting by way of electronic ballot, as follows:

    Votes For % Withheld %
    5,773,820 99.914 4,948 0.086

    About Next Hydrogen

    Founded in 2007, Next Hydrogen is a designer and manufacturer of electrolyzers that use water and electricity as inputs to generate clean hydrogen for use as an energy source. Next Hydrogen’s unique cell design architecture supported by 40 patents enables high current density operations and superior dynamic response to efficiently convert intermittent renewable electricity into green hydrogen on an infrastructure scale. Following successful pilots, Next Hydrogen is scaling up its technology to deliver commercial solutions to decarbonize transportation and industrial sectors.

    Contact Information

    Raveel Afzaal, President and Chief Executive Officer
    Next Hydrogen Solutions Inc.
    Email: rafzaal@nexthydrogen.com
    Phone: 647-961-6620

    www.nexthydrogen.com

     

    Neither TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release.

    Cautionary Statements

    This news release contains “forward-looking information” and “forward-looking statements”. All statements, other than statements of historical fact, are forward-looking statements and are based on expectations, estimates and projections as at the date of this news release. Any statement that involves discussions with respect to predictions, expectations, beliefs, plans, projections, objectives, assumptions, future events or performance (often but not always using phrases such as “expects”, or “does not expect”, “is expected”, “anticipates” or “does not anticipate”, “plans”, “budget”, “scheduled”, “forecasts”, “estimates”, “believes” or “intends” or variations of such words and phrases or stating that certain actions, events or results “may” or “could”, “would”, “might” or “will” be taken to occur or be achieved) are not statements of historical fact and may be forward-looking statements. Forward-looking statements are necessarily based upon a number of estimates and assumptions that, while considered reasonable, are subject to known and unknown risks, uncertainties, and other factors which may cause the actual results and future events to differ materially from those expressed or implied by such forward-looking statements. Such factors include, but are not limited to: the risks associated with the hydrogen industry in general; delays or changes in plans with respect to infrastructure development or capital expenditures; uncertainty with respect to the timing of any contemplated transactions or partnerships, or whether such contemplated transactions or partnerships will be completed at all; the timing for any submissions or correspondences with applicable securities laws regulators; uncertainty in respect to the timing of when the Corporation’s securities will resume trading; whether the uncertainty of estimates and projections relating to costs and expenses; failure to obtain necessary regulatory approvals; health, safety and environmental risks; uncertainties resulting from potential delays or changes in plans with respect to infrastructure developments or capital expenditures; currency exchange rate fluctuations; as well as general economic conditions, stock market volatility; and the ability to access sufficient capital. There can be no assurance that such statements will prove to be accurate, as actual results and future events could differ materially from those anticipated in such statements. Accordingly, readers should not place undue reliance on the forward-looking statements and information contained in this news release. Except as required by law, there will be no obligation to update the forward-looking statements of beliefs, opinions, projections, or other factors, should they change.

    The MIL Network

  • Delhi CM Rekha Gupta announces addition of 280 electric buses, targets fully electric fleet by 2027

    Source: Government of India

    Source: Government of India (4)

    Delhi Chief Minister Rekha Gupta, marking World Environment Day on Thursday, announced the addition of 280 electric buses to the city’s public transport fleet.

    “We have decided to add 280 electric buses to Delhi’s fleet. By 2027, the entire fleet of buses operated by the Delhi government will be electric,” Gupta said.

    “We are also introducing a new EV policy,” she added.

    Highlighting the safety and comfort features of the new buses, Gupta said,
    “These buses are a tremendous asset for Delhi. They are highly comfortable, equipped with cameras and a panic button. The buses also have a low floor and are air-conditioned.”

    She also criticized past governments for overlooking environmental concerns.

    “Delhi was deprived of the ‘Ek Ped Maa Ke Naam’ campaign under the last government. Our target is to plant 70 lakh trees this year,” she said.

    Union Environment Minister Bhupender Yadav praised the Centre’s efforts to combat vehicular pollution, pointing to the adoption of smart EVs and hydrogen-powered buses.

    “The central government is continuously working to reduce vehicular pollution. This new campaign for smart EVs and hydrogen buses is a huge step in this direction”, he said.

    Yadav also reflected on the national tree-planting campaign.

    “Under the ‘Ek Ped Maa Ke Naam’ campaign, around 109 crore people planted nearly 140 crore trees yesterday. This year, PM Modi planted a Banyan sapling. Last year, he planted a Peepal sapling. His gift of electric buses to Delhi will surely help purify the air.”

    Earlier in the day, the Prime Minister flagged off 200 electric buses as part of the Delhi government’s sustainable transport initiative.

    Delhi Lieutenant Governor VK Saxena, CM Rekha Gupta, Union Minister Bhupender Yadav, and Delhi Cabinet Minister Manjinder Singh Sirsa were present at the event.

    (With inputs from ANI)

  • MIL-OSI Economics: NEWS RELEASE: And that’s a wrap on Energy Storage Alberta 2025

    Source: – Press Release/Statement:

    Headline: NEWS RELEASE: And that’s a wrap on Energy Storage Alberta 2025

    The second annual CanREA Summit devoted to the future of energy storage in Alberta was a success in Calgary this year.

    Calgary, June 3, 2025 – More than 200 people attended the Energy Storage Alberta—CanREA Summit and CanREA Connects networking event in Calgary today, a full-day conference examining the myriad ways that innovative energy storage technologies will be critical for Alberta’s energy future.

    “We need more energy storage in Alberta, because we need all the solutions that it brings to the table: Storage provides many different services to the electricity grid, such as time shifting, improving general reliability and reducing system costs. And the cost of storage is decreasing dramatically: battery costs have fallen by more than 90% in the past 15 years. It is time to leverage this to our advantage,” said CanREA President and CEO Vittoria Bellissimo.

    Energy Storage Alberta 2025 kicked off with a keynote address by Alberta’s Minister of Affordability and Utilities, Nathan Neudorf. Minister Neudorf shared his perspective on the changes expected with the upcoming REM. He was hopeful about bringing more certainty to investors in the market, and optimistic that the AESO’s process will create a market that would support market participants, such as energy storage.

    CanREA then welcomed AESO President and CEO Aaron Engen, who presented key updates on the AESO’s plans for Alberta’s grid and shared how market participants, including energy storage, play key roles in contributing to the design of the REM and the evolving electricity market.

    The first panel discussion, “Restructuring success: New electricity market and transmission policies in Alberta,” examined what the planned Restructured Energy Market (REM) will look like and how costs will be allocated, focusing on the question: What does this all mean for energy storage over the next five years?

    A special lunch keynote by Greg Lyle, Founder and President of Innovative Research Group, featured insights on the public support for energy storage and infrastructure projects in Alberta—drawing on the latest polling data to show how public attitudes can inform more effective decision-making and policy development.

    Other panel discussions focused on meeting energy demand with new AI data centres and growing populations, reducing constraints to energy storage solutions, exploring the latest advancements in energy-storage technologies, and much more.

    “Our conference focused on how to get storage projects built in Alberta, and how to operate them efficiently once they are in service,” said Bellissimo. “CanREA members are ready and willing to move forward with projects in Alberta and other jurisdictions across Canada, given the right conditions, such as fair transmission costs with longer-term rate stability, and contact mechanisms that incent new storage capacity.”  

    CanREA wishes to thank all attendees, moderators and speakers for helping to make the Summit a success. A special word of thanks to Platinum Sponsor Northland Power, Gold Sponsors Enfinite & Bennett Jones LLP, Silver Sponsor PCL, Bronze Sponsors Fasken, Sungrow Power, Dentons, CIBC & Apsystems, and Iron Sponsor Regulatory Law Chambers.

    Background information

    What is Energy Storage?

    In its simplest definition, energy storage is anything that allows us to store energy in a form that can be utilized in the future—hours, days or possibly months later, depending on the technology.

    Many different energy-storage technologies are in development in Canada, with some already in operation. They include batteries, hydrogen, mechanical storage (pumped hydro, compressed air, flywheels) and thermal methods. 

    Batteries are probably the best-known—and most scalable—form of energy-storage technology. But energy storage is so much more than lithium-ion batteries. Technologies are changing, companies are innovating, and new systems to solve clean-electricity challenges are being deployed every year. Innovative energy-storage technologies include long-duration storage and new battery chemistries. 

    These technologies can do much more than simply store energy: They can provide many key services, including wires services (such as capacity value, peak shaving, voltage support, frequency regulation, and transmission & distribution deferral and congestion management), reliability services (such as regulating reserve, spinning reserve and black start), and market services (such as time shift, arbitrage, demand charge reduction and backup power).

    The many services provided by energy storage are shown in the graphic above, pulled from CanREA’s 2022 whitepaper, “Laying the Foundation: Six priorities for supporting the decarbonization of Canada’s grid with energy storage.”

    Quotes

    “We need more energy storage in Alberta, because we need all the solutions that it brings to the table: Storage provides many different services to the electricity grid, such as time shifting, improving general reliability and reducing system costs. And the cost of storage is decreasing dramatically: battery costs have fallen by more than 90% in the past 15 years. It is time to leverage this to our advantage.” 

    “Our conference focused on how to get storage projects built in Alberta, and how to operate them efficiently once they are in service. CanREA members are ready and willing to move forward with projects in Alberta and other jurisdictions across Canada, given the right conditions, such as fair transmission costs with longer-term rate stability, and contact mechanisms that incent new storage capacity.” 

    —Vittoria Bellissimo, President and CEO, Canadian Renewable Energy Association (CanREA)

    For media interviews, please contact:

    Michaela Ianni, Communications SpecialistCanadian Renewable Energy Association communications@renewablesassociation.ca

    The Canadian Renewable Energy Association

    The Canadian Renewable Energy Association (CanREA) is the voice for wind energy, solar energy and energy storage solutions that will power Canada’s energy future. We work to create the conditions for a modern energy system through stakeholder advocacy and public engagement. Our diverse members are uniquely positioned to deliver clean, low-cost, reliable, flexible and scalable solutions for Canada’s energy needs. For more information on how Canada can use wind energy, solar energy and energy storage to help achieve its net-zero commitments, consult “Powering Canada’s Journey to Net-Zero: CanREA’s 2050 Vision.” Follow us on Bluesky and LinkedIn. Subscribe to our newsletter here. Learn more at renewablesassociation.ca. 

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    MIL OSI Economics

  • MIL-OSI United Nations: UNECE study identifies pathways for digital and green energy transition in South-Eastern and Eastern Europe, the Caucasus, and Central Asia

    Source: United Nations Economic Commission for Europe

    The transition to clean energy in South-Eastern and Eastern Europe, the Caucasus, and Central Asia necessitates a comprehensive overhaul of power systems, with investment needs estimated at $150 billion by 2030. However, by embracing digitalization across all sectors – from generation and transmission to distribution and end-use – and integration with renewable energy, these countries could reduce their carbon emissions by up to 70% and energy costs by as much as 80%, subject to system-wide optimization, outlines the UNECE study “Integrating twin transition with legacy energy systems”   

    The study analyses opportunities and challenges for a digital transformation of energy systems in Albania, Belarus, Georgia, Kyrgyzstan, North Macedonia, Republic of Moldova, and Ukraine, where about 60% of the total energy mix today comes from natural gas and coal.   

    The study underscores that digital solutions and innovations such as Artificial Intelligence, Internet of Things, Digital Twins, and Virtual Power Plants, offer significant opportunities in managing and integrating distributed, often variable renewable energy-based resources. It also highlights potential to optimize legacy systems and enhance both cybersecurity and grid resilience. 

    This will require robust policy measures and initiatives to boost investments in advanced, resilient grids. It will also necessitate increased support for innovation and research, strategic planning and massive professional training.   

    Overcoming challenges 

    The study identifies key challenges to be addressed in the region’s largely outdated energy systems: 

    • Ageing energy infrastructure, much of which was built during the Soviet era. For example, in Belarus, over 60% of the thermal power plants are over 30 years old, resulting in high maintenance costs; in Georgia, the average age of electricity transmission lines exceeds 30 years, resulting in transmission losses estimated at 12%.  

    • Energy security risks due to dependence on fossil fuel imports. For example, the Republic of Moldova imports approximately 70% of its electricity, primarily from Romania and Ukraine; in Belarus, about 50% of energy needs are met through natural gas imports from the Russian Federation. 

    • Limited financial resources to invest in modernizing energy systems. For instance, Albania has struggled to secure funding for proposed solar and wind projects totalling approximately $300 million; in Belarus only about 5% of the necessary investments have been secured for planned RE installations; financial constraints limit modernization of ageing hydropower infrastructure in Kyrgyzstan. 

    • Lack of skilled workforce. For example, in Georgia, around 30% of energy sector professionals lack formal training in RE technologies.  

    • Climate and health impacts. For instance, Belarus emits approximately 8 million tonnes of CO2 annually from its energy sector alone, with coal-fired plants being significant contributors. North Macedonia’s reliance on coal contributes to air pollution levels among the highest in Europe.  

    Key strategies identified in the study include: 

    • Cross-border infrastructure projects, such as Trans-Caspian high-voltage direct current lines, are vital for enhancing regional energy trade and digital connectivity; 

    The report identifies three priority action areas: (1) scaling energy efficiency through retrofitting that embraces digital technologies; (2) promoting hybrid energy models that combine gas with hydrogen; and (3) advancing smart grids, standardization, and regional integration. 

    Importantly, the study promotes a human-centered approach to digitalization that  balances innovation with ethical considerations and prioritizes equity, social considerations, and long-term sustainability for a just transition. 

    From research to action 

    The study was showcased during a workshop “Assessing the readiness of the energy sector to implement smart digital energy-efficient technologies in Belarus in view of climate change mitigation” held in Minsk, Belarus, and online on 22 May 2025. The hybrid workshop, organized by UNECE in cooperation with UNDP Belarus and the Department of Energy Efficiency of the State Committee for Standardization of the Republic of Belarus, brought together over 100 participants including government officials, energy sector representatives, and international experts, to explore how smart digital tools can support energy efficiency, clean mobility, and climate action in Belarus.  

    For more information about UNECE work on Energy Efficiency, please visit: https://unece.org/sustainable-energy/energy-efficiency 

     Photo credit: Adobe Stock Images by Sergii.

    MIL OSI United Nations News