Category: Energy

  • America’s federal public lands are truly unique, part of our birthright as citizens. No other country in the world has such a system. 

    More than 640 million acres, including national parks, forests and wildlife refuges, as well as lands open to drilling, mining, logging and a variety of other uses, are managed by the federal government — but owned collectively by all American citizens. Together, these parcels make up more than a quarter of all land in the nation. 

    Congressman John Garamendi, a Democrat representing California, has called them “one of the greatest benefits of being an American.” 

    Canoers in White Mountain National Forest New Hampshire
    Canoers paddle out to fish on Broken Bridge Pond in the White Mountain National Forest in New Hampshire in 2021. Brianna Soukup / Portland Press Herald via Getty Images

    “Even if you don’t own a house or the latest computer on the market, you own Yosemite, Yellowstone, the Grand Canyon, Golden Gate National Recreation Area, and many other natural treasures,” he wrote in 2011.

    Despite broad, bipartisan public support for protecting public lands, these shared landscapes  have come under relentless attack during the first 100 days of President Donald Trump’s second term. The administration and its allies in Congress are working feverishly to tilt the scale away from natural resource protection and toward extraction, threatening a pillar of the nation’s identity and tradition of democratic governance. 

    “There’s no larger concentration of unappropriated wealth on this globe than exists in this country on our public lands,” said Jesse Duebel, executive director of the New Mexico Wildlife Federation, a conservation nonprofit. “The fact that there are interests that would like to monetize that, they’d like to liquidate it and turn it into cash money, is no surprise.”

    Landscape protections and bedrock conservation laws are on the chopping block, as Trump and his team look to boost and fast-track drilling, mining, and logging across the federal estate. The administration and the GOP-controlled Congress are eyeing selling off federal lands, both for housing development and to help offset Trump’s tax and spending cuts. And the newly formed Department of Government Efficiency, or DOGE, led by billionaire Elon Musk, is wreaking havoc within federal land management agencies, pushing out thousands of civil servants. That purge will leave America’s natural heritage more vulnerable to the myriad threats they already face, including growing visitor numbers, climate change, wildfires, and invasive species.

    The Republican campaign to undermine land management agencies and wrest control of public lands from the federal government is nothing new, dating back to the Sagebrush Rebellion movement of the 1970s and 80s, when support for privatizing or transferring federal lands to state control exploded across the West. But the speed and scope of the current attack, along with its disregard for the public’s support for safeguarding public lands, makes it more worrisome than previous iterations, several public land advocates and legal experts told Grist. 

    This is “probably the most significant moment since the Reagan administration in terms of privatization,” said Steven Davis, a political science professor at Edgewood College and the author of the 2018 book In Defense of Public Lands: The Case Against Privatization and Transfer. President Ronald Reagan was a self-proclaimed sagebrush rebel. 

    Park ranger in Everglade National Park Florida
    A National Park Service ranger wears a patch as she conducts a walking tour in Everglades National Park, Florida on April 17. The Trump administration’s DOGE program has fired hundreds of park rangers across the United States. Joe Raedle / Getty Images

    Duebel said the conservation community knew Trump’s return would trigger another drawn out fight for the future of public lands, but nothing could have prepared him for this level of chaos, particularly the effort to rid agencies of thousands of staffers.

    The country is “in a much more pro-public lands position than we’ve been before,” Duebel said. “But I think we’re at greater risk than we’ve ever been before — not because the time is right in the eyes of the American people, but because we have an administration who could give two shits about what the American people want. That’s what’s got me scared.” 

    The Interior Department and the White House did not respond to Grist’s requests for comment.


    In an article posted to the White House website on Earth Day, the Trump administration touted several “key actions” it has taken on the environment, including “protecting public lands” by opening more acres to energy development, “protecting wildlife” by pausing wind energy projects, and safeguarding forests by expanding logging. The accomplishment list received widespread condemnation from environmental, climate, and public land advocacy groups. 

    That same day, a leaked draft strategic plan revealed the Interior Department’s four-year vision for opening new federal lands to drilling and other extractive development, reducing the amount of federal land it manages by selling some for housing development and transferring other acres to state control, rolling back the boundaries of protected national monuments, and weakening bedrock environmental laws like the Endangered Species Act.

    Aerial view of gas and oil drilling pads near DeBeque, Colorado
    An aerial view of gas and oil drilling pads in the Plateau Creek Drainage, near DeBeque, Colorado, where Bureau of Land Management sold leases in 2016 and 2017. Helen H. Richardson / The Denver Post via Getty Images

    Meanwhile, Trump’s DOGE is in the process of cutting thousands of scientists and other staff from the various agencies that manage and protect public lands, including the National Park Service and the Bureau of Land Management, or BLM. Nearly every Republican senator recently went on the record this month in support of selling off federal lands to reduce the federal deficit, voting down a measure that would have blocked such sales. And Utah has promised to continue its legal fight aimed at stripping more than 18 million acres of BLM lands within the state’s border from the federal government. Utah’s lawsuit, which the Supreme Court declined to hear in January, had the support of numerous Republican-led states, including North Dakota while current Interior Secretary Doug Burgum was still governor. 

    To advance its agenda, the Trump administration is citing a series of “emergencies” that close observers say are at best exaggerated, and at worst manufactured. 

    A purported “energy emergency,” which Trump declared in an executive order just hours after being inaugurated, has been the impetus for the administration attempting to throw longstanding federal permitting processes, public comment periods, and environmental safeguards to the wind. The action aims to boost fossil fuel extraction across federal lands and waters — despite domestic oil and gas production being at record highs — while simultaneously working to thwart renewable energy projects. Trump relied on that same “emergency” earlier this month when he ordered federal agencies to prop up America’s dwindling, polluting coal industry, which the president and his cabinet have insisted is “beautiful” and “clean.” In reality, coal is among the most polluting forms of energy.

    “This whole idea of an emergency is ridiculous,” said Mark Squillace, a professor of natural resources law at the University of Colorado, Boulder. “And now this push to reinvigorate the coal industry seems absolutely crazy to me. Why would you try to reinvigorate a moribund industry that has been declining for the last decade or more? Makes no sense, it’s not going to happen.” 

    Coal consumption in the U.S. has declined more than 50 percent since peaking in 2005, according to the U.S. Energy Information Administration, largely due market forces, including the availability of cheaper natural gas and America’s growing renewable energy sector. Meanwhile, Trump’s tariff war threatens to undermine his own push to expand mining and fossil fuel drilling.

    Interior Secretary Doug Burgum, second from left, looks on as President Donald Trump signs executive orders about boosting coal production on April 8.
    Interior Secretary Doug Burgum, second from left, looks on as President Donald Trump signs executive orders about boosting coal production on April 8. Jabin Botsford / The Washington Post via Getty Images

    The threat of extreme wildfire — an actual crisis driven by a complex set of factors, including climate change, its role in intensifying droughts and pest outbreaks, and decades of fire suppression — is being cited to justify slashing environmental reviews to ramp up logging on public lands. Following up on a Trump executive order to increase domestic timber production, Secretary of Agriculture Brooke Rollins signed a memo declaring a forest health “emergency” that would open nearly 60 percent of national forest lands, more than 110 million acres, to aggressive logging. 

    Then there’s America’s “housing affordability crisis,” which the Trump administration, dozens of Republicans, and even a handful of Democrats are pointing to in a growing push to open federal lands to housing development, either by selling land to private interests or transferring control to states. The Trump administration recently established a task force to identify what it calls “underutilized lands.” In an op-ed announcing that effort, Burgum and Scott Turner, secretary of Housing and Urban Development, wrote that “much of” the 500 million acres Interior oversees is “suitable for residential use.” Some of the most high-profile members of the anti-public lands movement, including William Perry Pendley, who served as acting director of the Bureau of Land Management during Trump’s first term, are championing the idea.

    Without guardrails, critics argue the sale of public lands to build housing will lead to sprawl in remote, sensitive landscapes and do little, if anything, to address home affordability, as the issue is driven by several factors, including migration trends, stagnant wages, and higher construction costs. Notably, Trump’s tariff policies are expected to raise the average price of a new home by nearly $11,000

    Chris Hill, CEO of the Conservation Lands Foundation, a Colorado-based nonprofit working to protect BLM-managed lands, said the lack of affordable housing is a serious issue, but “we shouldn’t be fooled that the idea to sell off public lands is a solution.” 

    “The vast majority of public lands are just not suitable for any sort of housing development due to their remote locations, lack of access, and necessary infrastructure,” she said.

    A slot canyon cuts through the western portion of one of the country's newest national monuments, Chuckwalla Mountains, near Chiriaco Summit, California. President Trump rescinded the area's monument status on March 15.
    A slot canyon cuts through the western portion of one of the country’s newest national monuments, Chuckwalla Mountains, near Chiriaco Summit, California. President Trump rescinded the area’s monument status on March 15. David McNew / Getty Images

    David Hayes, who served as deputy Interior secretary during the administrations of Barack Obama and Bill Clinton and as a senior climate adviser to President Joe Biden, told Grist that Trump’s broad use of executive power sets the current privatization push apart from previous efforts. 

    “Not only do you have the rhetoric and the intentionality around managing public lands in an aggressive way, but you have to couple that with what you’re seeing,” he said. “This administration is going farther than any other ever has to push the limits of executive power.” 

    Aaron Weiss, deputy director of the Center for Western Priorities, a Colorado-based conservation group, said Trump and his team are doing everything they can to circumvent normal environmental rules and safeguards in order to advance their agenda, with no regard for the law or public opinion. 

    “Everything is an imagined crisis,” Weiss said. 

    Oil, gas, and coal jobs. Mining jobs. Timber jobs. Farming and ranching. Gas-powered cars and kitchen appliances. Even the water pressure in your shower. Ask the White House and the Republican Party and they’ll tell you Biden waged a war against all of it, and that voters gave Trump a mandate to reverse course.


    During Trump’s first term in office, Interior Secretary Ryan Zinke repeatedly boasted that the administration’s conservation legacy would rival that of his personal hero and America’s conservationist president, Theodore Roosevelt — only to have the late president’s great-grandson, Theodore Roosevelt IV, and the conservation community bemoan his record at the helm of the massive federal agency. 

    Like Zinke, Burgum invoked Roosevelt in pitching himself for the job.

    Interior Secretary Doug Burgum tours a fracking site in Washington County, Pennsylvania on April 3, where he discussed President Trump’s recent executive orders to boost domestic fossil fuel production.
    Interior Secretary Doug Burgum tours a fracking site in Washington County, Pennsylvania on April 3, where he discussed President Trump’s recent executive orders to boost domestic fossil fuel production. Department of the Interior

    “In our time, President Donald Trump’s energy dominance agenda can be America’s big stick that will be leveraged to achieve historic prosperity and world peace,” Burgum said during his confirmation hearing in January, referencing a 1990 letter in which the 26th president said to “speak softly and carry a big stick.”

    The Senate confirmed him to the post in January on a bipartisan 79-18 vote. Some public land advocates initially viewed Burgum, now the chief steward of the federal lands, waters, and wildlife we all own, as a palatable nominee in a sea of problematic potential picks. A billionaire software entrepreneur and former North Dakota governor, Burgum has talked at length about his fondness for Roosevelt’s conservation legacy and the outdoors.

    Whatever honeymoon there was didn’t last long. One-hundred days in, Burgum and the rest of Trump’s team have taken not a stick, but a wrecking ball to America’s public lands, waters, and wildlife. Earlier this month, the new CEO of REI said the outdoor retailer made “a mistake” in endorsing Burgum for the job and that the administration’s actions on public lands “are completely at odds with the longstanding values of REI.”

    At an April 9 all-hands meeting of Interior employees, Burgum showed off pictures of himself touring oil and gas facilities, celebrated “clean coal,” and condemned burdensome government regulation. Burgum has repeatedly described federal lands as “America’s balance sheet” — “assets” that he estimates could be worth $100 trillion but that he argues Americans are getting a “low return” on.

    “On the world’s largest balance sheet last year, the revenue that we pulled in was about $18 billion,” he said at the staffwide meeting, referring to money the government brings from lease fees and royalties from grazing, drilling, and logging on federal lands, as well as national park entrance fees. “Eighteen billion might seem like a big number. It’s not a big number if we’re managing $100 trillion in assets.”

    Boats dock at Antelope Point Marina on Lake Powell near Page, Arizona in 2022. Public lands are the foundation of a $1 trillion outdoor recreation economy in the U.S.
    Boats dock at Antelope Point Marina on Lake Powell near Page, Arizona in 2022. Public lands are the foundation of a $1 trillion outdoor recreation economy in the U.S. David McNew / Getty Images

    In focusing solely on revenues generated from energy and other resource extraction, Burgum disregards that public lands are the foundation of a $1 trillion outdoor recreation economy, nevermind the numerous climate, environmental, cultural, and public health benefits.

    Davis, the author of In Defense of Public Lands: The Case Against Privatization and Transfer, dismissed Burgum’s “balance sheet” argument as “shriveled” and “wrong.”

    “You have to willfully be ignorant and ignore everything of value about those lands except their marketable commodity value to come up with that conclusion,” he said. When you add all their myriad values together, public lands “are the biggest bargain you can possibly imagine.” 

    Davis likes to compare public lands to libraries, schools, or the Department of Defense. 

    “There are certain things we as a society decide are important and we pay for it,” he said. “We call that public goods.”


    The last time conservatives ventured down the public land privatization path, it didn’t go well. 

    Shortly after Trump’s first inauguration in 2017, then-Congressman Jason Chaffetz, a Republican representing Utah, introduced legislation to sell off 3.3 million acres of public land in 10 Western states that he said had “been deemed to serve no purpose for taxpayers.”

    Public backlash was fierce. Chaffetz pulled the bill just two weeks later, citing concerns from his constituents. The episode, while brief, largely forced the anti-federal land movement back into the shadows. The first Trump administration continued to weaken safeguards for 35 million acres of federal lands — more than any other administration in history — and offered up millions more for oil and gas development, but stopped short of trying sell off or transfer large areas of the public domain.

    Demonstrators protest federal workforce layoffs at Muir Woods National Monument in Marin County, California, on March 01.
    Demonstrators protest federal workforce layoffs at Muir Woods National Monument in Marin County, California, on March 1. Santiago Mejia / San Francisco Chronicle via Getty Images

    Yet as the last few months have shown, the anti-public lands movement is alive and well. 

    Public land advocates are hopeful that the current push will flounder. They expect courts to strike down many of Trump’s environmental rollbacks, as they did during his first term. In recent weeks, crowds have rallied at numerous national parks and state capitol buildings to support keeping public lands in public hands. Democratic Senator Martin Heinrich of New Mexico, who voted to confirm Burgum to his post and serves as the ranking Democrat on the Senate Energy and Natural Resources Committee, has taken to social media to warn about the growing Republican effort to undermine, transfer and sell off public lands.

    “I continue to be encouraged that people are going to be loud. They already are,” Deubel said. “We’re mobilizing. We’ve got business and industries. We’ve got Republicans, we’ve got Democrats. We’ve got hunters and we’ve got non-hunters. We’ve got everybody speaking out about this.” 

    In a time of extreme polarization on seemingly every issue, public lands enjoy broad bipartisan support. The 15th annual “Conservation in the West” poll found that 72 percent of voters in eight Western states support public lands conservation over increased energy development — the highest level of support in the poll’s history; 65 percent oppose giving states control over federal public lands, up from 56 percent in 2017; and  89 percent oppose shrinking or removing protections for national monuments, up from 80 percent in 2017. Even in Utah, where leaders have spent millions of taxpayer dollars promoting the state’s anti-federal lands lawsuit, support for protecting public lands remains high. 

    Protesters rally outside Yosemite Valley Welcome Center on March 1 during a national day of action against Trump administration’s mass firing of National Park Service employees.
    Protesters rally outside Yosemite Valley Welcome Center on March 1 during a national day of action against Trump administration’s mass firing of National Park Service employees. Stephen Lam / San Francisco Chronicle via Getty Images

    “Even in all these made up crises, the American public doesn’t want this,” Hill said. “The American people want and love their public lands.” 

    At his recent staffwide meeting, Burgum said Roosevelt’s legacy should guide Interior staff in its mission to manage and protect federal public lands. Those two things, management and protection, “must be held in balance,” Burgum stressed. 

    Yet in social media posts and friendly interviews with conservative media, Burgum has left little doubt about where his priorities lie, repeatedly rolling out what Breitbart dubbed the “four babies” of Trump’s energy dominance agenda: “Drill, Baby, Drill! Map, Baby, Map! Mine, Baby, Mine! Build, Baby, Build!” 

    “Protect, baby, protect,” “conserve, baby, conserve,” and “steward, baby, steward” have yet to make it into Burgum’s lexicon. 

    This story was originally published by Grist with the headline The Trump administration’s push to privatize US public lands on Apr 29, 2025.

    This post was originally published on Grist.

  • Energy storage innovator MGA Thermal has turned its sights to large scale commercial projects after proving up its proprietary technology as a clean steam alternative to gas for industry. The progress and completed demonstration facility are being unveiled Tuesday at MGA Thermal’s 5 MWh Tomago plant near Newcastle, pushing the Main Sequence backed startup almost…

    The post MGA Thermal takes clean steam leap over valley of death appeared first on InnovationAus.com.

    This post was originally published on InnovationAus.com.

  • The United States has never really cared much about tackling climate change, at least at the federal level. Up until the Biden administration’s Inflation Reduction Act, or IRA — which handed out billions of dollars for people to electrify their homes, and pumped billions more into the clean energy economy — neither Congress nor the executive branch advanced truly meaningful climate policy, given the scale of the crisis.

    Yet carbon dioxide emissions in the U.S. have fallen from 6 billion annually in 2000 to less than 5 billion today. For that the country can largely thank its states and cities, which have embarked on ambitious campaigns to, among other things, electrify transportation, set automobile pollution standards, and incentivize the deployment of renewable energy. At the same time, wind and solar are now cheaper to build than new fossil fuel infrastructure, and there’s little Trump can do to stop those market forces from driving down emissions further.

    Accordingly, Trump has set his sights on states during the first 100 days of his administration. He has tried to kill New York City’s congestion pricing, though last week the Department of Justice accidentally filed a document outlining the legal flaws with the administration’s plan. On April 8, he signed an executive order directing Attorney General Pam Bondi to identify and halt any state climate laws that she deems illegal, including California’s pioneering cap-and-trade program. That directive, though, is probably illegal because the Constitution guarantees states broad authority to enact their own laws, legal experts told Grist. “This is the world the Trump administration wants your kids to live in,” California Governor Gavin Newsom said in a statement. “California’s efforts to cut harmful pollution won’t be derailed by a glorified press release masquerading as an executive order.” 

    In a counterintuitive way, the lack of federal climate ambition has made what action has occurred more resilient, because states are doing their own things and collaborating with each other. If the country had established a grand governing body years ago — something like an Environmental Protection Agency but focused exclusively on climate change — the Trump administration could easily dismantle it.

    “States have been saying since the election that they retain the authority and the ability and the ambition to drive down pollution and keep America on track to meet its goals,” said Casey Katims, executive director of the U.S. Climate Alliance, a coalition of 24 governors (just one of them a Republican) focused on climate action. “This order is an indication that the president and this administration know that all of that is true.”

    This is not the climate movement’s first tussle with an administration hostile to action. The U.S. Climate Alliance and America Is All In — a coalition of thousands of political, cultural, and business leaders — both formed after Trump withdrew from the Paris Agreement in 2017. States also now regularly share information with each other, like the best ways to encourage the construction of energy-efficient buildings and to replace gas furnaces with electric heat pumps. They’re also collaborating to modernize their grids to meet the extra demand that comes with widespread electrification.

    “That relationship-building and trust has not only allowed us to be truly a coalition, but it’s allowed us to move faster together on our climate action,” said Amanda Hansen, deputy secretary for climate change at California’s Natural Resources Agency. “The coalitions that came together very quickly in response to the first Trump administration are now significantly larger, more capable, and have really solid foundations for true collaboration.” 

    While California and other states will have to wait and see which climate policies Bondi deems illegal, they’re already fighting on other fronts in court. When the Trump administration froze nearly $3 trillion in federal assistance funds in January, including those provided by the IRA and the bipartisan infrastructure law, 23 attorneys general (including those in Republican-led Vermont and Nevada) sued, and a judge ordered the money released

    Disbursing these sorts of funds isn’t optional — it is required, because Congress passed legislation allocating them. To stop the flow of money, Congress would have to change the laws. “It’s just costing the taxpayers millions of dollars to address these lawsuits for congressionally authorized funds that were critical to addressing the climate crisis,” said Jillian Blanchard, vice president of climate change and environmental justice at Lawyers for Good Government, a coalition of 125,000 attorneys, students, and activists.

    Other organizations and nonprofits are joining in the litigation as well. Lawyers for Good Government worked with the Southern Environmental Law Center, for instance, which is suing the administration to release federal funds meant to invest in, among other things, energy-efficient affordable housing. “This administration appears to be just banking on the fact that they don’t need to follow the law until and unless someone sues them,” Blanchard said. “And that’s really an unfortunate state of affairs for the United States of America.”

    Even as uncertainty looms, progressive states are doubling down on climate policies. For example, Washington state’s legislature recently passed an update to its clean fuel standard that could double emissions cuts from transportation, the state’s biggest source of carbon emissions. “We really need to continue to lead on this front,” said Leah Missik, the acting director for Washington at Climate Solutions. “States have always been the incubators for important climate policy work.” The state’s voters last fall resoundingly rejected an attempt to repeal a landmark law that caps emissions and raises money from polluters to install energy-efficient heat pumps, electrify ferries, and put solar panels on public buildings.

    Ultimately, climate action is increasingly popular among voters. A spokesperson for Governor JB Pritzker of Illinois pointed to polling that shows 65 percent of people in the state are worried about climate change and 70 percent support fully transitioning to clean energy by 2050. “Voters are smart,” the spokesperson said, “and the more the Trump administration tries to kill clean energy policies that are giving us cleaner air, good-paying jobs, and lower energy bills, the more pushback you’re going to see, because those policies are popular for a reason.”

    Kate Yoder contributed reporting for this story.

    This story was originally published by Grist with the headline Why Trump can’t stop states from fighting climate change on Apr 28, 2025.

    This post was originally published on Grist.

  • At every light switch, power socket, and on the road, an unstoppable revolution is already underway.

    Technologies that can power our lives and jobs while doing less harm to the global climate — wind, solar, batteries, etc. — are getting cheaper, more efficient, and more abundant. The pace of progress on price, scale, and performance has been so extraordinary that even the most optimistic forecasts about green tech in the past have turned out to be too pessimistic. Clean energy isn’t just powering our devices, tools, and luxuries — it’s growing the global economy, creating a whole suite of new jobs, and reshaping trade.

    And despite what headlines may say, there’s no sign these trends will reverse. Political and economic turmoil may slow down clean energy, but the sector has built up so much momentum that it’s become nigh unstoppable.

    Take a look at Texas: The largest oil- and gas-producing state in the US is also the largest in wind energy, and it’s installing more solar than any other. Texas utilities have come to realize that investing in clean energy is not just good for the environment; it’s good business. And even without subsidies and preferential treatment, the benefits of clean technologies — in clean air, scalability, distribution, and cost — have become impossible to ignore.

    And there’s only more room to grow. The world is still in the early stages of this revolution as market forces become the driver rather than environmental worries. In some US markets, installing new renewable energy is cheaper than running existing coal plants. Last year, the US produced more electricity from wind and solar power than from coal for the first time.

    If these energy trends persist, the US economy will see its greenhouse gas emissions diminish faster, reducing its contribution to climate change. The US needs to effectively zero out its carbon dioxide emissions by the middle of the century in order to keep the worst damages of climate change in check.

    Now, just a few months into Trump’s second presidency, it’s still an open question just how fragile the country’ s progress on clean energy and climate will be. But the data is clear: There is tremendous potential for economic growth and environmental benefits if the country makes the right moves at this key inflection point.

    Certainly incentives like tax credits, business loans, and research and development funding could accelerate decarbonization. On the other hand, pulling back — as the Trump administration wants to do — would slow down clean energy in the US, though it wouldn’t stop it.

    But the rest of the world isn’t sitting idle, and if the US decides to slow its head start, its competitors may take the lead in a massive, rocketing industry. —Umair Irfan, Vox climate correspondent

    Wind

    President Donald Trump does not like wind energy — apparently, in part, because he thinks turbines are ugly.

    “We’re not going to do the wind thing,” Trump said after his inauguration during a rally. “Big, ugly windmills, they ruin your neighborhood.”

    An illustrated line chart showing an increase in wind capacity

    He’s put some power behind those feelings. Within mere hours of stepping into office,Trump signed an executive order that hamstrung both onshore and offshore wind energy developments, even as he has claimed that the US faces an energy crisis. The order directed federal agencies to temporarily stop issuing approvals for both onshore and offshore wind projects and pause leasing for offshore projects in federal waters. 

    Policies like this will harm the wind industry, analysts say, as will existing and potential future tariffs, which will likely make turbines more expensive. Those policies could also pose a serious threat to offshore developments. But the sector overall simply has too much inertia to be derailed, according to Eric Larson, a senior research engineer at Princeton University who studies clean energy.

    “Because costs have been coming down so dramatically in the last decade, there is a certain momentum there that’s going to carry through,” Larson said.

    Since 2010, US wind capacity has more than tripled, spurred by federal tax incentives. But even without those incentives — which Congress may eventually try to cut — onshore wind turbines are the cheapest source of new energy, according to the research firm Lazard. In 2023, the average cost of new onshore wind projects was two-thirds lower than a typical fossil fuel alternative, per a report by the International Renewable Energy Agency.

    In fact, wind energy might be the best example of how politics have had little bearing on the growth of renewable energy. Texas, which overwhelmingly supported Trump in the recent election, generates more wind energy than any other state, by far. The next three top states for wind energy production — Iowa, Oklahoma, and Kansas — all swung for Trump in the last election, too. These states are particularly windy, but they’ve also adopted policies, including tax incentives, that have helped build out their wind-energy sectors.

    “It’s just a way to make money,” Larson said of wind. “It has nothing to do with the political position on whether climate change is real or not. People continue to get paid to put up wind turbines, and that’s enough for them to do it.”

    In Iowa, for example, wind energy has drawn at least $22 billion in capital investment and has helped lower the cost of electricity. In 2023, wind generated about 60 percent of the state’s energy — more than double any other source, like coal or natural gas.

    The wind sector is not without its challenges. In the last two years the cost of wind energy has gone up, due in part to inflation and permitting delays — which raised the costs of other energy sources, too. Construction of new wind farms had begun slowing even before Trump took office. Dozens of counties across the US, in places like Ohio and Virginia, have also successfully blocked or delayed wind projects, citing a range of concerns like noise and impact on property values. Offshore wind, which is far costlier, faces even more opposition. Opponents similarly worry that they’ll affect coastal property values and harm marine life.

    Yet ultimately these hurdles will only delay what is likely inevitable, analysts say: a future powered in large part by wind. —Benji Jones, Vox environmental correspondent

    Solar

    It’s hard to think of a natural wonder more unstoppable than the sun, and harnessing its energy has proven just as formidable. The United States last year saw a record amount of clean energy power up, with solar leading the way. Over the past decade, solar power capacity in the US has risen eightfold.

    Why? Solar has just gotten way, way, way cheaper, even more than wind.

    The main technology for turning sunlight into electricity, the single-junction photovoltaic panel, has drastically increased the efficiency by which it turns a ray of sunlight into a moving electron. This lets the same-size panel convert more light into electricity. Since the device itself is a printed semiconductor, it has benefited from many of the manufacturing improvements that have come with recent advances in computer chip production.

    Solar has also benefited from economies of scale, particularly as China has invested heavily in its production. This has translated into cheaper solar panels around the world, including the US. And since solar panels are modular, small gains in efficiency and cost reduction quickly add up, boosting the business case.

    There are some clouds on the horizon, however. The single-junction PV panel may be closing in on its practical efficiency limit. Solar energy is variable, and some power grid operators have struggled to manage the spike in solar production midday and sudden drop-off in the evening, creating the infamous “duck curve” graph of energy demand that shows how fast other generators have to ramp up.

    A line chart showing solar capacity growing steeply

    Still, solar energy provides less than 4 percent of electricity in the US, so there is immense room to grow. Overall costs continue to decline, and new technologies are emerging that can get around the constraints imposed by conventional panels. Across the US and around the world, the sun has a long way to rise. —Umair Irfan

    Our energy grid

    While wind and solar energy have soared upward for more than a decade, storing electricity on the grid with batteries is just taking off.

    Grid-scale battery capacity suddenly launched upward around 2020 and has about doubled every year since. That’s good news for intermittent power sources, such as wind and solar: Energy storage is the booster rocket for renewables and one of the key tools for addressing the stubborn duck curve that plagues solar power.

    Batteries for the grid aren’t that far removed from those that power phones and computers, so they’ve benefited from cost and performance improvements in consumer batteries. And they still have room to get cheaper.

    A line chart showing utility scale battery capacity accelerating

    On the power grid, batteries do a number of jobs that help improve efficiency and cut greenhouse gas emissions. The obvious one is compensating for the capriciousness of wind and solar power: As the sun sets and the wind calms, demand rises, and grid operators can tap into their power reserves to keep the lights on. The specific combination of solar-plus-storage is still a small share of utility-scale projects, but it’s gaining ground in the residential market as these systems get cheaper.

    Batteries also help grid operators cope with demand peaks: They can bank power when it’s cheap and sell those electrons when electricity is more expensive. They also maintain grid stability and provide the juice to restart power generators after outages or maintenance. That means there’s a huge demand for grid batteries beyond backing up renewables.

    Right now, the main way the US saves electricity on the grid is pumped hydropower, which currently provides about 96 percent of utility-scale storage. Water is pumped uphill into a reservoir when power is cheap and then runs downhill through turbines when it’s needed. This method tends to lose a lot of energy in the process and is limited to landscapes with the ideal terrain to move water up and down.

    Batteries get around these hurdles with higher efficiencies, scalability, and modularity. And since they stay parked in one place, energy density and portability don’t matter as much on the grid as they would in a car or a phone. That opens up several more options. Car batteries that have lost too much capacity to be worthwhile in a vehicle can get a second life on the power grid. Designs like flow batteries that store energy by the megawatt-hour and molten salt batteries that stash power for months could outperform the reigning lithium-ion battery. —Umair Irfan

    The electric vehicle transition

    Transportation is the single largest contributor to greenhouse gas emissions in the United States. Fossil fuels currently account for nearly 90 percent of the energy consumption in the transportation sector, which makes it an obvious target for decarbonization. And while it will take some time to figure out how to electrify planes, trains, and container ships, the growth of EVs, including passenger cars and trucks, has reached a tipping point.

    Chart showing an increase in cars with alternative fuels

    The price of a new EV is nearly equivalent to a new gas-powered car, when you include state and federal subsidies. And the US charging infrastructure is getting better by the day: With over 200,000 chargers currently online, the number is growing. Even though the Trump administration has effectively waged war on the EV transition by pulling funding for charging infrastructure expansion and threatening to end subsidies for new EV purchases, at best those moves may slow a largely unstoppable EV transition in the long term. The automotive industry is all in on the electric transition. Buoyed by strong and growing EV sales trends in China and increasing EV offerings, global demand is growing.

    There are signs, however, that the number of people buying EVs in the US and Europe is slowing, even as subsidies remain available. Experts say this is likely due, in part, to more consumer choice, as the number of EV offerings, including off-road trucks and minivans, continues to grow. But even here we see encouraging signs: As more EVs have come to market, more plug-in hybrid models have also appeared. And plug-in hybrids tend to be slightly cheaper and help people deal with range anxiety, the umbrella term for the fear of not being able to find a charger, while still reducing emissions.

    “The early adopters who are just all in on that EV tech, they’ve adopted it,” Nicole Wakelin, editor at large of CarBuzz, told Vox in January. “So now it’s up to everybody else to dip their toes in that water.”

    Around the world, cheap EVs are surging in popularity. Prices of EV batteries, the most expensive component of the vehicle, are dropping globally even as their capacity grows. That trend is leading to more and more inexpensive EV models hitting the market. China, once again, is leading the charge here. The cheapest model from Chinese front-runner BYD now costs less than $10,000, and by 2027, Volkswagen promises it will sell a cheap EV in Europe for about $20,000. Meanwhile, in the US, the average price for a used EV in mid-2024 was $33,000, compared to $27,000 for an internal combustion engine vehicle. Those Chinese EVs aren’t currently available in the US.

    It remains to be seen how far Trump will go to keep America hooked on fossil fuels. It’s clear, however, that more and more people want EVs and are buying them, charging them, and quite frankly, loving them. —Adam Clark Estes, Vox senior technology correspondent

    Jobs

    For any of these clean energy sectors to reach their highest potential, there’s an essential requirement they all share: a robust, skilled workforce. The good news for the clean energy industry is that data show the jobs are rolling in.

    The 2024 Clean Jobs America report by E2, a national group focused on climate solutions across industries, paints a positive picture for clean jobs. Renewable energy jobs increased by 14 percent from 2020 to 2023 — a surge boosted by the Inflation Reduction Act’s (IRA) climate-focused policies. Jobs in the solar sector have grown by 15 percent in that same period, with 12 percent growth for wind and 11 percent growth for geothermal. In just 2023 alone, 150,000 jobs in the clean energy industry were added. All together, clean energy outpaced economy-wide employment growth for the last five years.

    And while the Trump administration has targeted the wind industry, rolled back some climate-friendly policies, and griped about solar, the administration’s policies have yet to put a dent on positive job growth in clean jobs.

    “I expect [the administration] will go after some provisions, but there is quite a bit in the IRA that will be very difficult to repeal since large-scale clean energy investments have been made, and a majority of those in red states whose politicians will not want to give them up,” one former US official told Heatmap News. Republican districts have benefited far more than progressive ones from clean tech manufacturing investments to the tune of over $161 billion, Bloomberg reported. Going after clean jobs would mean stalling economic growth in communities that helped deliver Trump a second term — a move that most would call politically unwise.

    The clean industry is growing beyond the United States. Globally, clean energy sectors added over 4.7 million jobs to a total of 35 million from 2019 to 2022 — exceeding the amount of fossil fuel jobs internationally.

    While the data bodes well for the industry, there are concerns from workers, unions, and communities that the transition from fossil fuels to clean energy may leave many skilled employees behind. One paper from the National Bureau of Economic Research found that fewer than 1 percent of fossil fuel workers have transitioned to green jobs, citing a lack of translatable skills — operating an oil derrick isn’t as applicable to installing solar panels, for example. Another paper from Nature found that while some fossil fuel workers might have the right skills for clean energy jobs, the location of green jobs often aren’t where fossil fuel workers are based.

    Several policy routes can be taken to create a more equitable transition for these workers, such as funding early retirement programs for fossil fuel workers who lose their jobs or heavily investing in fossil fuel communities where there is potential for creating renewable energy hubs.

    Clean energy jobs are growing, and it doesn’t have to be at the cost of the 1.7 million workers in the US with fossil fuel occupations. —Sam Delgado

    Geothermal

    While President Trump has largely been hostile to renewable energy, there’s one clean energy source that the administration actually supports: geothermal.

    Geothermal has long lived in the shadows of other renewables — especially as wind and solar have surged. But geothermal’s potential may be greater than any of those, and ironically, being in Trump’s good graces may give this sector the final boost it needs.

    If you know President Trump’s motto of “drill, baby, drill,” this might not come as a surprise. Geothermal energy is tapped by drilling into the ground and extracting heat from the earth, and it uses similar technology to the oil and gas industry. US Secretary of Energy Chris Wright has long praised geothermal, and the fracking company he oversaw prior to joining the Trump administration invested in Fervo Energy, a company that specializes in geothermal technologies.

    Despite the fact that the first geothermal plant was built in 1904 in Italy, the energy source is still in its infancy. In 2023, geothermal energy produced less than half a percent of total US utility-scale electricity generation, far behind other renewables like solar and wind.

    Historically, developing geothermal energy has been constrained by geography and relatively few have been built. Most geothermal production happens in the western United States because of the region’s access to underground hot water that can drive turbines isn’t too far from the surface. California dominates the geothermal landscape, with 67 percent of US geothermal electricity generation coming from the state — the outcome of state policy priorities and the right geologic conditions. The regional specificity has been a big barrier to geothermal taking off more broadly.

    Then there’s the issue of cost. Compared to solar and wind development and operations, building geothermal plants and drilling is much more expensive. And it currently costs more per megawatt hour than solar and wind.

    But these geographic and financial barriers could be broken down. Geothermal companies have been exploring enhanced geothermal, a method that could make it possible to drill for geothermal energy everywhere. Coupling enhanced geothermal with drilling technology and techniques from the oil and gas industry can also help with efficiency and bring down costs — a parallel to how advances in fracking in the early 2000s helped supercharge the US oil and gas industry.

    What geothermal lacks in current scale, it makes up for in future potential. Because it’s not intermittent and doesn’t rely on specific weather conditions (the way that solar, wind, and hydropower do) geothermal has a capacity advantage over other renewables. In 2023, geothermal had a capacity factor, or how often an energy source is running at maximum power, of 69 percent, compared to 33 percent and 23 percent for wind and solar, respectively — meaning it’s more capable of producing reliable power.

    That advantage could be critical for US decarbonization goals. According to the Department of Energy (DOE), enhanced geothermal has the potential to power more than 65 million homes and businesses in the US.

    Right now, stakeholders from energy policymakers to climate scientists to geothermal company executives, are determined to turn potential into reality.

    In March 2024, the DOE released a lengthy report on the necessary steps to unlocking enhanced geothermal’s full potential on a commercial scale. In October of last year, the federal government approved a massive geothermal project in Utah that plans to provide power for more than 2 million homes and aims to be operational by 2026. The company behind the project and one of the leading enhanced geothermal startups, Fervo Energy, secured $255 million in funding from investors just before the year came to a close.

    Geothermal also has bipartisan support (and is perhaps one of the few issues that the Biden and Trump administration would share similar views on). And because it’s borrowing technology from the gas and oil industry, it can tap into former fossil fuel workers to staff these plants.

    But it’s key to note that getting to take off will be really, really expensive — the DOE projects that it will take $20 billion to $25 billion to get geothermal ready for a commercial breakout by 2030. Geothermal’s breakthrough isn’t assured, but it’s on the cusp of takeoff. If the necessary financial investments are made, and companies can show that advances in technology can be scaled up beyond the western US, it could usher in the age of a geothermal energy revolution. —Sam Delgado, former Future Perfect fellow

    This story was originally published by Grist with the headline 10 charts prove that clean energy is winning — even in the Trump era on Apr 27, 2025.


    This content originally appeared on Grist and was authored by Umair Irfan.

    This post was originally published on Radio Free.

  • Raymond Ward wants to see solar panels draped over every balcony in the United States and doesn’t understand why that isn’t happening.

    The technology couldn’t be easier to use — simply hang one or two panels over a railing and plug them into an outlet. The devices provide up to 800 watts, enough to charge a laptop or power a small fridge. They’re popular in Germany, where everyone from renters to climate activists to gadget enthusiasts hail them as a cheap and easy way to generate electricity. Germans had registered more than 780,000 of the devices with the country’s utility regulator as of December. They’ve installed millions more without telling the government.

    Here in the U.S., though, there is no market for balcony solar. Ward, a Republican state representative in Utah who learned about the tech last year, wants that to change. The way he sees it, this is an obvious solution to surging power demand. “You look over there and say, ‘Well, that’s working,’” he told Grist. “So what is it that stops us from having it here?” 

    His colleagues agree. Last month, the Legislature unanimously passed a bill he sponsored to boost the tech, and Republican Governor Spencer Cox signed it. H.B. 340 exempts portable solar devices from state regulations that require owners of rooftop solar arrays and other power-generating systems to sign an interconnection agreement with their local utility. These deals, and other “soft costs” like permits, can nearly double the price of going solar.

    Utah’s law marks the nation’s first significant step to remove barriers to balcony solar — but bigger obstacles remain. Regulations and standards governing electrical devices haven’t kept pace with development of the technology, and it lacks essential approvals required for adoption — including compliance with the National Electrical Code and a product safety standard from Underwriters Laboratories. Nothing about the bill Ward wrote changes that: Utahans still can’t install balcony solar because none of the systems have been nationally certified.

    These challenges will take time and effort to overcome, but they’re not insurmountable, advocates of the technology said. Even now, a team of entrepreneurs and research scientists, backed by federal funding, are creating these standards. Their work mirrors what happened in Germany nearly a decade ago, when clean energy advocates and companies began lobbying the country’s electrical certification body to amend safety regulations to legalize balcony solar. 


    In 2017, Verband der Elektrotechnik, or VDE, a German certification body that issues product and safety standards for electrical products, released the first guideline that allowed for balcony solar systems. While such systems existed before VDE took this step, the benchmark it established allowed manufacturers to sell them widely, creating a booming industry. 

    “Relentless individuals” were key to making that happen, said Christian Ofenheusle, the founder of EmpowerSource, a Berlin-based company that promotes balcony solar. Members of a German solar industry association spent years advocating for the technology and worked with VDE to carve a path toward standardizing balcony solar systems. The initial standard was followed by revised versions in 2018 and 2019 that further outlined technical requirements. 

    The regulatory structure has continued to evolve. Ofenheusle has worked with other advocates to amend grid safety standards, create simple online registration for plug-in devices, and enshrine renters’ right to balcony solar. Politicians supported such efforts because they see the tech easing the nation’s reliance on Russian natural gas. Cities like Berlin and Munich have provided millions of euros in subsidies to help households buy these systems, and the country is creating a safety standard for batteries that can store the energy for later use.

    Balcony solar systems feature one or two small photovoltaic panels and a microinverter and generate enough power to charge a laptop or power a small fridge. Tobias Schwarz / AFP via Getty

    Meanwhile, the United States has yet to take the first step of creating a safety standard for the technology. U.S. electrical guidelines don’t account for the possibility of plugging a power-generating device into a household outlet. The nation also operates on a different system that precludes simply copying and pasting Germany’s rules. The U.S. grid, for example, operates at 120 volts, while that country’s grid operates at 230 volts.

    Without proper standards, a balcony solar system could pose several hazards. 

    One concern is a phenomenon called breaker masking. Within a home, a single circuit can provide power to several outlets. Each circuit is equipped with a circuit breaker, a safety device within the electrical panel that shuts off power if that circuit is overloaded, which happens when too many appliances try to draw too much electricity at the same time. That prevents overheating or a fire. When a balcony solar device sends power into a circuit while other appliances are drawing power from the circuit, the breaker can’t detect that added power supply. If the circuit becomes overloaded — imagine turning on your TV while a space heater is running and you’re charging your laptop, all in the same room — the circuit breaker might fail to activate. 

    This was a concern in Germany, so it developed standards that limit balcony solar units to just 800 watts, about half the amount used by a hairdryer. That threshold is considered low enough that even in the country’s oldest homes, the wiring can withstand the heating that occurs in even the worst of worst-case scenarios, said Sebastian Müller, chair of the German Balcony Solar Association, a consumer education and advocacy group. As a result, Ofenheusle said there haven’t been any cases of breaker masking causing harm. In fact, with millions of the devices installed nationwide, Germany has yet to see any safety issues beyond a few cases where someone tampered with the devices to add a car battery or other unsuitable hardware, he said.

    Another issue in the U.S. is the lack of a compatible safety device called a ground fault circuit interrupter, or a GFCI. They are typically built into outlets installed near water sources, like a sink, washing machine, or bathtub. They’re designed to minimize the risk of electric shock by cutting off power when, for example, a hairdryer falls into a sink. Yet there are no certified GFCI outlets in the U.S. designed for use with devices that consume power, like a blender, and those that generate it, like a balcony solar setup. Germany’s equivalent of a GFCI, called a residual current device, can detect bidirectional power flows, said Andreas Schmitz, a mechanical engineer and YouTuber in Germany who makes videos about balcony solar.

    Some people have raised concerns about the shock risk of touching the metal prongs of a plug after unplugging a balcony solar device. German regulators accounted for that by requiring the microinverter — which converts currents from the panel into electricity fed into the home — shut down immediately in an outage or when it is suddenly unplugged. Most of them already have this feature, but any U.S. standard will likely need to formalize that requirement. 


    The lack of an Underwriters Laboratories, or UL, standard is perhaps the biggest obstacle to the adoption of balcony solar. The company certifies the safety of thousands of household electrical products; according to Iowa State University, “every light bulb, lamp, or outlet purchased in the U.S. usually has a UL symbol and says UL Listed.” This assures customers that the product follows nationally recognized guidelines and can be used without the risk of a fire or shock

    While some companies have sold plug-in solar devices in the U.S. without a UL listing, the company’s seal of approval typically is a prerequisite for selling products on the wider market. Consumers might be wary of using something that lacks its approval. Utah’s new balcony solar policy, for example, specifies that the law applies only to UL-listed products. 

    Achim Ginsberg-Klemmt, vice president of engineering at the plug-in solar startup GismoPower, has been working on creating such a standard for more than a year and a half. In 2023, the Department of Energy awarded his company a grant to work with UL to develop a standard. 

    GismoPower sells a mobile carport with a roof of solar panels and an integrated electric vehicle charger. Unlike rooftop solar, the system doesn’t need to be mounted in place but can be rolled onto a driveway and plugged in, generating electricity for the car, house, and the grid. “We’re basically taking rooftop solar to the next level” by making it portable and accessible for renters, Ginsberg-Klemmt said. The product is in use at pilot sites nationwide, though a lack of standardized rules for plug-in solar has forced the company to negotiate interconnection agreements with local utilities — a time-consuming and sometimes costly process. 

    GismoPower’s product avoids one of the biggest technical challenges with balcony solar by plugging into a dedicated 240-volt outlet, the kind typically used for dryers. Such an outlet serves a single appliance and uses a dedicated circuit, sidestepping the risk of overloading. But it runs headlong into the same obstacle of lacking a compatible UL standard. Ginsberg-Klemmt is working with researchers at the Lawrence Berkeley National Laboratory, other entrepreneurs, and engineers at Underwriters Laboratories to develop such a standard, but it hasn’t been easy. “We have found so many roadblocks,” he told Grist. 

    One major sticking point is that any standard must comply with the National Electrical Code, a set of guidelines for electrical wiring in buildings that does not allow for the installation of plug-in energy systems like balcony solar. The rules are issued by the National Fire Protection Association, a nonprofit trade association, and adopted on a state-by-state basis. 

    The code is updated every three years, with the next iteration due later this year for the 2026 edition. Ginsberg-Klemmt and his working group submitted recommendations for amending the code to allow plug-in solar — and every one of them was rejected in October. 

    Jeff Sargent, the National Fire Protection Association’s staff liaison to the National Electrical Code committee, told Grist that this is the first time the organization had received public comments about plug-in solar systems. For now, it cannot consider amendments to allow their use until a compatible ground fault circuit interrupter exists, he said. Once that’s available, he said, the association can ensure that outdoor outlets can be safely used for balcony solar.

    Electrical standards are constantly evolving, and it often takes more than one cycle of code changes to allow for new products, said Sargent. Ginsberg-Klemmt said his group will continue to pursue other avenues to amend the codes. 

    Until that happens, a UL standard for plug-in solar is unlikely to go anywhere. But interest in plug-in energy solutions isn’t going away, and decision-makers will have to adjust to that reality eventually, Ward said. It happened in Germany, where people across the political spectrum have embraced the technology. Ward believes the same thing will happen here. The way he sees it, “It’s just a good thing if you set up a system so people have a way to take care of as much of their own problems as they can.”

    This story was originally published by Grist with the headline Balcony solar took off in Germany. Why not the US? on Apr 25, 2025.

    This post was originally published on Grist.

  • The British government says a new state-owned renewable energy company will not be allowed to source solar panels made with Chinese slave labor.

    The government announced Wednesday that it will introduce an amendment to ensure that the planned company, Great British Energy, will not have slavery in its supply chains.

    China is the dominant global player in the renewable energy market including solar energy. The BBC cited customs data that Britain imports more than 40% of its solar photovoltaics from China.

    A key component is polysilicon sourced from the Xinjiang region in China’s far west, where minority Uyghur Muslims have faced persecution including use of their forced labor.

    In 2021, the U.S. Labor Department listed polysilicon as a product made with forced labor in China in violation of international standards.

    The British government of Prime Minister Keir Starmer had initially rejected an amendment to the Great British Energy Bill to include provisions to prevent purchase of solar panels made with slave labor.

    However, on Wednesday, it changed track.

    “Great British Energy will act to secure supply chains that are free of forced labor, under an amendment brought forward by the government today,” the Department of Energy Security said in a news release.

    It said a new measure in the bill “will enable the company to ensure that forced labor does not take place in its business or its supply chains.”

    The opposition Conservative Party described it as a “humiliating U-turn” for Ed Miliband, the secretary of state for energy and climate change, but it was also supported by some members of the ruling Labour Party.

    Rahima Mahmut, executive director of the activist group Stop Uyghur Genocide, welcomed the amendment, posting on X that it was a “massive step toward justice.”

    Forced labor is on a long list of serious human rights problems that have been documented in Xinjiang and is cited along with the incarceration of an estimated 1.8 million people in detention camps since 2017 and forced birth control by the U.S. government and others as evidence of genocide of the Uyghurs.

    China denies the rights abuses.

    Edited by Mat Pennington.


    This content originally appeared on Radio Free Asia and was authored by Alim Seytoff for RFA Uyghur.

    This post was originally published on Radio Free.

  • In March, in a thunderous op-ed in Power Magazine, a trade publication covering the electricity industry, Republican senators Marsha Blackburn and Bill Hagerty of Tennessee called for President Donald Trump to make some major institutional changes in the Tennessee Valley Authority, America’s biggest public utility.  

    A couple months earlier, TVA’s CEO Jeff Lyash had announced his retirement. When the board of directors, whose seats are appointed by the president, chose Lyash’s successor, they selected someone from among the utilities current staff — Don Moul, who had been the executive vice president and chief operating officer since 2021. Blackburn and Hagerty expressed concern over the utility’s direction and leadership, saying a new direction was needed if it was to move quickly on building nuclear technology and lead “America’s Nuclear Renaissance.”

    “With the right courageous leadership, TVA could lead the way in our nation’s nuclear energy revival, empower us to dominate the 21st century’s global technology competition, and cement President Trump’s legacy as ‘America’s Nuclear President,’” the senators wrote. 

    “As it stands now,” the senators continued, “TVA and its leadership can’t carry the weight of this moment.”

    Blackburn and Hagerty called for Moul’s replacement, intimated a need for reframing the focus of the board, and demanded a stronger focus on development of small modular nuclear reactors, which are purported to be safer, easier to build, and cheaper to run than larger nuclear plants, though only China and Russia have successfully built SMRs to date.

    “If we, as a nation, fail to meet this moment,” they wrote, “American leadership in artificial intelligence, quantum computing, advanced manufacturing, and the ability to win conventional wars will be put at risk. If we choose to lead, a Golden Age lies ahead.”

    About a week after the op-ed was published, President Trump fired two members of the board — including the chair. It appeared as though the senators were getting what they wanted. But the move may end up backfiring.

    Under its prior leadership, the TVA was already moving toward an expansion of nuclear power. During the Biden administration, which touted nuclear as a key ingredient of its decarbonization plans, the TVA marketed itself as a clean energy leader, pointing to its massive fleet of hydroelectric dams and nuclear plants. Lyash was a proponent of nuclear power. He sat on the board of the Nuclear Energy Institute and oversaw plans to build a new small modular reactor in TVA territory. 

    Now, though, according to Simon Mahan, the executive director of the Southern Renewable Energy Association, the recent changes could slow down any movement toward new nuclear plants rather than, as Blackburn and Hagerty hope, speed it up. The TVA’s board is operating without the quorum it needs to make major decisions, including electing a new board chairperson and approving new energy projects — like, for instance, a nuclear plant. 

    “There are some real concerns that TVA’s plan is not matching up with their implementation, and it will be even harder for that to be synced up without a full functioning board,” Mahan said.

    Some observers say that such concerns have to do with an inability to learn from TVA’s own history. 

    “Tennessee has a long and troubled history when it comes to nuclear energy,” said Stephen Smith, director of the Southern Alliance for Clean Energy, which opposes nuclear energy, preferring renewables as a cheaper and more quickly deployable option. 

    In the 1960s, about 30 years after the TVA was founded, it planned to build 17 nuclear power plants. Compared to the private utilities, the TVA seemed like a natural fit for the development of nuclear energy: It was easier for a public utility to take on the risk of the long, expensive construction periods without the need for immediate profit. But during the oil crisis of the 1970s and after the Three Mile Island disaster, the political support for nuclear power dissipated. Only seven of the plants that TVA planned for were completed — three of which are active today. The utility is still paying off billions in debt from the partially completed construction of reactors that simply never came online.

    Nuclear plants are extremely expensive to build, they are risky investments for the private sector, and they require huge trained workforces and the coordination of many players with different interests, including reactor designers, construction firms, utility companies, regulators, and customers. For nuclear advocates, it’s an open question whether the Trump administration’s energy officials recognize the scale of the state-led effort that would be required to achieve their purported ambition for a nuclear revival — so far, there are few indications that they do. Aside from the personnel troubles at the TVA, firings at the Department of Energy’s Loan Programs Office and President Trump’s newly announced tariffs could also hobble an expansion of nuclear plants in Tennessee and throughout the country.

    Despite the growing bipartisan political consensus in favor of nuclear energy, only two new U.S. plants have been built in the last three decades — two Westinghouse AP1000 reactors at Plant Vogtle in Georgia, which were completed last year, after long delays and at a cost so enormous they contributed to the bankruptcy of their designer. A $9 billion project in South Carolina to build a pair of the same reactors was abandoned in 2017 before its completion. Multiple project executives were convicted of fraud and sent to prison.

    The completion of the Vogtle expansion project cemented a belief among some nuclear advocates that the primary obstacle to a nuclear build-out was perhaps no longer the environmental regulations many had long seen as the main roadblock, but rather a problem of the decline of American industrial capacity. Now that Vogtle is completed, though, some in the nuclear industry hope that the ingredients are in place for that project’s knowledge and workforce to kick-start similar projects in other states. 

    The costs, however, may still just be too high. “I see a lot of people who want to somehow find a way to get around the cost problem,” said John Parsons, an economist at MIT who studies investment in energy markets. But he suggested that pinning hopes for a nuclear revival on individual states’ willingness to shoulder the burden and risks of paying for another reactor ignores the necessity of state-driven funding and coordination of the kind that TVA could be particularly well positioned to administer — if it’s returned to its roots as a national incubator for energy innovation.

    TVA spokesperson Scott Brooks told Grist that the agency’s plans for a new small modular reactor are moving forward. The utility plans to apply for additional Department of Energy funding for the project, supplemented with private funding. 

    Among the main vehicles that the Biden administration used to defray costs for nuclear investment — notably including billions in loan guarantees for the new reactors at Plant Vogtle — was the Loan Programs Office, or LPO; under Trump, staffing at that office is being decimated. The news outlet Heatmap reported that about half of the LPO’s staff have requested to take a buyout in anticipation of future layoffs orchestrated by Elon Musk’s initiative called the Department of Government Efficiency.

    Added to the high costs of nuclear development are the economic uncertainties caused by President Trump’s tariffs, which are likely not only to drive up costs for imported materials like steel, but also to dissuade private-sector investment. 

    “We might be moving into an environment where people are shy about investing in major infrastructure projects because there’s so much uncertainty now about what the inputs are going to be for such a project,” said Emmet Penney, an energy researcher at the Foundation for American Innovation, a right-leaning think tank. 

    “In that case, the fact that the LPO can get long-term, low-interest loans for these projects is going to be vital to getting people comfortable getting to the table and agreeing to build these projects,” Penney continued. “If there isn’t that guarantee, we could see even private capital dry up for both traditional nuclear and for small modular reactors.”

    According to Brooks, the TVA spokesperson, President Trump’s tariffs will not have much of an effect on the utility’s current operations. The majority of TVA’s economic activity, Brooks said, “is domestic — most based within the Tennessee Valley.” He preferred not to speculate on the tariff situation a decade from now, when the first of TVA’s new SMRs is set to be complete. 

    But developing nuclear power plants does tend to require an international supply chain. Even if the TVA is all set for now, much of the nuclear supply chain is deeply tied in with international markets. A 2022 DOE report shows connections between the U.S. nuclear industry and manufacturers in countries like Japan, China, France, and Germany. There is also a continual need for critical minerals, most of which are mined outside the United States — China once again being among the dominant suppliers. Uranium and a large number of critical minerals may be exempted from Trump’s tariffs currently, but other materials, such as basic construction components like steel, are not. 

    State Representative Aftyn Behn, a Democrat, supports diversifying the utility’s energy portfolio, but, looking toward the future, is more concerned about transparency and accountability.

    “There’s some bipartisan interest in ‘advanced nuclear,’” Behn told Grist. But, she continued, “the Republican supermajority isn’t interested in a good-faith energy debate. They’re interested in handing TVA over to big utilities and fossil fuel donors, locking us into expensive, inflexible systems with no public oversight.”

    This story was originally published by Grist with the headline The Trump administration says it wants a ‘nuclear renaissance.’ These actions suggest otherwise. on Apr 24, 2025.

    This post was originally published on Grist.

  • A forthcoming Supreme Court decision is poised to weaken a bedrock law that requires federal agencies to study the potential environmental impacts of major projects.

    The case, Seven County Infrastructure Coalition v. Eagle County, Colorado, concerns a proposed 88-mile railroad that would link an oil-producing region of Utah to tracks that reach refineries in the Gulf Coast. Environmental groups and a Colorado county argued that the federal Surface Transportation Board failed to adequately consider climate, pollution, and other effects as required under the National Environmental Protection Act, or NEPA, in approving the project. In 2023, the District of Columbia Circuit Court of Appeals ruled in favor of the challengers. The groups behind the railway project, including several Utah counties, appealed the case to the highest court, which is expected to hand down a decision within the next few months. 

    Court observers told Grist the Supreme Court will likely rule in favor of the railway developers, with consequences far beyond Utah. The court could limit the scope of environmental harms federal agencies have to consider under NEPA, including climate impacts. Depending on how the justices rule, the decision could also bolster — or constrain — parallel moves by the Trump administration to roll back decades-old regulations governing how NEPA is implemented.

    “All of these rollbacks and attacks on NEPA are going to harm communities, especially those that are dealing with the worst effects of climate change and industrial pollution,” said Wendy Park, senior attorney at the nonprofit Center for Biological Diversity, a party in the Supreme Court case. 

    Since 1970, NEPA has required federal agencies to take a “hard look” at the environmental effects of proposed major projects or actions. Oil and gas pipelines, dams, mines, highways, and other infrastructure projects must undergo an environmental study before they can get federal permits, for example. Agencies consider measures to reduce potential impacts during their review and can even reject a proposal if the harms outweigh the benefits. 

    NEPA ensures that environmental concerns are “part of the agenda” for all federal agencies — even ones that don’t otherwise focus on the environment, said Dan Farber, a law professor at the University of California Berkeley. It’s also a crucial tool for communities to understand how a project will affect them and provide input during the decision-making process, according to Park. 

    Two black cylindrical rail cars are hitched to each other, with a third in the background and an empty railroad track in the foreground
    Oil tanker railway cars in Albany, New York, in 2014.
    John Carl D’Annibale / Albany Times Union via Getty Images

    In 2021, the Surface Transportation Board, a small federal agency that oversees railways, approved a line that would connect the Uinta Basin to the national rail network. The basin, which contains large deposits of crude oil, spans about 12,000 square miles across northeastern Utah and northwestern Colorado and is currently accessible only by truck. The proposed track would allow companies to transport crude oil to existing refineries along the Gulf Coast, quadrupling waxy crude oil production in the basin. According to the agency’s environmental review, under a high oil production scenario, burning those fuels “could represent up to approximately 0.8 percent of nationwide emissions and 0.1 percent of global emissions” — about 30 million tons of carbon dioxide a year.

    Environmental groups and a Colorado county challenged the board’s approval at the D.C. Circuit Court. The groups argued that the agency had failed to consider key impacts in its NEPA review, including the effects of increased oil refining on communities already burdened by pollution along the Gulf Coast of Louisiana and Texas, and the potential for more oil spills and wildfires along the broader rail network. In August 2023, the D.C. Circuit largely agreed, finding “numerous NEPA violations” in the agency’s environmental review.

    In their appeal to the Supreme Court, the developers of the railway initially argued that an agency shouldn’t have to consider any environmental effects of a project that would fall under the responsibility of a different agency. In this case, for example, the Surface Transportation Board wouldn’t have to consider air pollution impacts of oil refining on Gulf Coast communities because the Environmental Protection Agency, not the Surface Transportation Board, regulates air pollution. 

    By oral arguments in December, however, the railway backers had walked away from this drastic interpretation, which contradicts decades of NEPA precedent. It’s standard practice for one agency’s environmental review to study impacts that fall under the responsibility of other agencies, said Deborah Sivas, a law professor at Stanford University. The railway proponents instead proposed that agencies shouldn’t have to consider impacts that fall outside of their authority and are remote in time and space.” That would include the effects on Gulf Coast communities residing thousands of miles away — as well as climate impacts like greenhouse gas emissions.

    Park, from the Center for Biological Diversity, argued that overlooking those impacts would undermine the intent of NEPA, which is to inform the public of likely harms. “The entire purpose of this project is to ramp up oil production in Utah and to deliver that oil to Gulf Coast refineries,” she said. “To effectively allow the agency to turn a blind eye to that purpose and ignore all of the predictable environmental harms that would result from that ramped-up oil production and downstream refining is antithetical to NEPA’s purpose.” 

    Lawyers for the railway’s developers didn’t respond to Grist’s request for comment. A coalition of Utah counties backing the project has previously underlined the economic potential of the project. “We are optimistic about the Supreme Court’s review and confident in the thorough environmental assessments conducted by the STB,” said Keith Heaton, director of the Seven County Infrastructure Coalition, said in a statement after the Supreme Court agreed to hear the case. “This project is vital for the economic growth and connectivity of the Uinta Basin region, and we are committed to seeing it through.”

    The Supreme Court has historically always ruled in favor of the government in NEPA cases, and legal experts told Grist the decision will likely support the railway developers in some manner. But during oral arguments, several justices seemed skeptical of positions presented by railway supporters. Chief Justice John Roberts noted that imposing such severe limits on NEPA review could open agencies up to legal risk. 

    A close-up of a white man's face. He is smiling tightly, has gray hair, and is wearing a red tie
    Supreme Court Chief Justice John Roberts poses for an official portrait in 2022. Alex Wong / Getty Images

    The court could reach some kind of middle ground in its decision — not going as far as the D.C. Circuit to affirm the legitimacy of considering a wide range of climate and other risks, but also not excluding as many impacts as the railway developers had hoped, said Farber. 

    Any decision will ultimately serve as an important guide for agencies as the Trump administration introduces even more uncertainty in the federal permitting process. In February, the administration issued an interim rule to rescind regulations issued by the White House Council on Environmental Quality, which oversees NEPA implementation across the federal government. The council’s rules have guided agencies in applying the law for nearly five decades. Now, Trump officials have left it up to each individual agency to develop its own regulations by next February

    In developing those standards, agencies will likely look to the Supreme Court’s decision, legal experts said. “What the Supreme Court rules here could be a very important guide as to how agencies implement NEPA and how they fashion their regulations interpreting NEPA,” said Park. If the court rules that agencies don’t need to consider climate impacts in NEPA reviews, for example, that could make it easier for Trump appointees to ignore greenhouse gas emissions, said Sivas. The White House has already instructed agencies not to include environmental justice impacts in their assessments.

    On the other hand, a more nuanced opinion by the Supreme Court could end up undercutting efforts by the Trump administration to limit the scope of environmental reviews, said Farber. If justices end up affirming the need to consider certain impacts of the Utah railway project, for example, that could limit how much agencies under Trump can legally avoid evaluating particular effects. Agencies need to design regulations that will withstand challenges in lower courts — which will inevitably rely on the Supreme Court’s ruling when deciding on NEPA challenges moving forward.

    In the meantime, however, legal experts say that Trump’s decision to have each agency create its own NEPA regulations will create even more chaos and uncertainty, even as the administration seeks to “expedite and simplify the permitting process” through sweeping reforms. 

    “I think that’s going to just slow down the process more and cause more confusion, and not really serve their own goals,” said Farber.

    This story was originally published by Grist with the headline A forthcoming Supreme Court decision could limit agencies’ duty to consider environmental harms on Apr 24, 2025.

    This post was originally published on Grist.

  • Just before the November 2024 election, the International Energy Agency (IEA) released its flagship annual report on global energy markets – and the agency’s forecast suggested a new era was dawning.

    Over 150 years of growth in demand for fossil fuels has nearly reached its end, the IEA’s forecasts showed for a second year in a row. Fossil fuel demand will peak by the end of this decade, the organization affirmed, concluding that clean energy like wind, solar, and storage look increasingly capable of driving fossil fuels out of global energy markets – and soon.

    The post AI Energy Demand Can Keep Fossil Fuels Alive appeared first on PopularResistance.Org.

    This post was originally published on PopularResistance.Org.

  • Sociologist Arlie Hochschild has spent years talking with people living in rural parts of the country who have been hit hard by the loss of manufacturing jobs and shuttered coal mines. They’re the very people President Donald Trump argues will benefit most from his sweeping wave of tariffs and recent executive orders aimed at reviving coal mining in the US. But Hochschild is skeptical that Trump’s policies will actually benefit those in rural America. But Hochschild argues that Trump’s policies will only fill an emotional need for those in rural America.

    In her latest book, Stolen Pride, Hochschild visited Pikeville, Kentucky, a small city in Appalachia where coal jobs were leaving, opioids were arriving, and a white supremacist march was being planned. The more she talked to people, the more she saw how Trump played on their shame and pride about their downward mobility and ultimately used that to his political advantage.
    On this week’s episode of More To The Story, host Al Letson talks with Hochschild about the long slide of downward mobility in rural America and why she thinks Trump’s policies ultimately won’t benefit his most core supporters.

    Producer: Josh Sanburn | Editor: Kara McGuirk-Allison | Theme music: Fernando Arruda and Jim Briggs | Digital producer: Nikki Frick | Interim executive producers: Brett Myers and Taki Telonidis | Host: Al Letson
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    Read: Farmers in Trump Country Banked on Clean Energy Grants. Then Things Changed. (Mother Jones)

    Read: Trump’s Trade War Is Here and Promises to Get Ugly (Mother Jones)

    Listen: The Many Contradictions of a Trump Victory (Reveal)

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    This post was originally published on Reveal.

  • Last year, the Boston Community Solar Cooperative announced plans for its first community solar project: 81 kilowatts of panels atop an affordable housing complex in a low-income, historically Black Boston neighborhood. The success of the project depends, in large part, on tax credits the Inflation Reduction Act established in 2022. Because the solar panels will sit on a subsidized apartment building in a low-income community, up to 50 percent of the project’s cost could ultimately be recouped through tax credits. But, in all likelihood, once the project’s completed, the Boston Community Solar Cooperative won’t actually receive those credits — and that’s by design.

    Instead, the cooperative intends to sell its tax credits as soon as it can, said Gregory King, the organization’s president. This will bring in more cash early on, reduce the amount of debt required, and improve the financial outlook of the project. 

    In the past, a scheme like this would have required whoever purchased the credits to retain an ownership stake in the project for at least five years — an unthinkable prospect for a cooperative that aims to provide its member-owners, primarily Black and brown residents of disinvested areas of Boston, with a modest passive income from the energy generated by the panels. But the Inflation Reduction Act, or IRA, not only revamped old tax credits and introduced fresh ones, it also made these credits transferable. In other words, anyone developing a clean energy project who didn’t have enough tax liability to take full advantage of the tax credits could sell them to a company that did, without ceding ownership.

    This change has enabled countless clean energy projects to get off the ground. Wind farms, geothermal plants, large-scale battery facilities, electric vehicle charging banks, manufacturing projects, and even mining operations for critical minerals have all taken advantage of the tax credits markets that emerged and matured in just a year and a half after transferability went into effect. Crux Climate, one of the companies that built a platform to facilitate tax credit transfers, estimates that $24 billion worth of IRA-related credits were exchanged in 2024 alone.

    A person wearing jeans and a tool belt carries a solar panel across a roof, with a deep blue sky behind them
    A worker carries a solar panel for rooftop installation in Las Vegas in 2023. David Becker for the Washington Post via Getty Images

    “Before the IRA passed, it was very difficult for a lot of renewable energy developers to take full advantage of the tax credits,” said Charles Harper, a senior policy lead with the climate advocacy nonprofit Evergreen Action.

    This is because tax credits work as a form of discount on a business or individual’s annual tax bill, allowing them to cut a chunk out of what they owe the government based on the dollar value of the credit. This can save a lot of money — if you owe enough taxes in the first place. “Tax credits are only good if you have enough tax liability that you owe the government to remove,” Harper said.

    The IRA made it easier for project developers without major tax liabilities, like the Boston Community Solar Cooperative, to sell their credits at a discount before breaking ground on a solar or wind project. This allows the developers to bring in much-needed cash to pay for equipment and labor. Meanwhile, buyers — which can include banks, companies, and even some high net-worth individuals — get an additional write-off on their own hefty tax statements.

    It was technically possible to shift tax credits from one entity to another before the IRA, but the process was complicated and onerous, meaning very few players had the appetite to sell or buy credits. “The largest banks make up the overwhelming share of that market,” said Alfred Johnson, CEO of Crux Climate. This limited how many developers could actually sell their tax credits and often made the deals inaccessible to small developers and community-based projects.

    “Transferability was a godsend in many ways, because it simplified the process,” said Derek Silverman, co-founder of Basis Climate, another site for trading tax credits. 

    Before a clean energy developer can list a credit for sale on an exchange like Crux Climate, they must first get their credits pre-approved by the Treasury Department. To do so, they need to submit paperwork showing that they control the site where the project will be developed and that they have a contract with a customer who will purchase the electricity once it’s flowing.

    The process isn’t frictionless, but it’s no longer as difficult as it was before the IRA. Now, instead of navigating complex legal agreements to move tax credits from developer to investor, “it’s like going and buying a Walmart gift card for 85 cents on the dollar,” said Jon Abe, CEO of the clean energy investment firm Sunwealth, “but with a lot more paperwork.”

    That 85-cents-on-the-dollar discount is what attracts buyers to these markets. On Crux Climate’s platform, the actual per-dollar markdown shifts based on the size of the transaction, from 89 cents or less for the smallest deals to 95 cents for the largest. 

    But even if the developers of smaller projects sell their tax credits for a deeper discount, it can still make a pronounced impact. Based on King’s estimates, Boston Community Solar Cooperative could bring in around $150,000 from its tax credit sales. And last year, Basis Climate helped the solar service provider Navajo Power Home sell credits for $355,000 to support a project that is bringing solar and battery systems to Navajo Nation and providing electricity to more than 100 homes that would otherwise have to rely on diesel generators.

    “Solar is pretty capital-intensive. So to the degree that you could use someone else’s money and not have to take on debt to bring that capital to your project,” King said, “you’re much more likely to have projects that pencil,” or make financial sense.

    A white man in a blue suit wearing glasses holds out his right arm while speaking into a microphone. He is standing in a hallway, with several people crowded around him.
    Speaker of the House Mike Johnson speaks to reporters after the House passed a Republican blueprint for budget reconciliation in early April.
    Andrew Harnik / Getty Images

    In addition to making material improvements in disadvantaged communities, the transferable tax credits have spurred private investments that create jobs and expand domestic manufacturing, all while helping big businesses lighten their tax load. Yet these tax credits are under threat as congressional Republicans work through budget reconciliation, a special legislative process that allows Congress to fast-track spending legislation and bypass the Senate filibuster. (The IRA itself was adopted through budget reconciliation.) 

    Right now, the main priority for Republicans in this process is extending tax cuts worth $4.5 trillion over a decade that would primarily benefit the wealthy, and reducing federal spending by at least $1.5 trillion to make up some of the difference. It’s not yet clear what might get cut, but the IRA tax credits are being considered. In February, House Speaker Mike Johnson told reporters that his approach to repealing the IRA would “be somewhere between a scalpel and a sledgehammer.”

    But an estimated 85 percent of IRA-related investments have flowed into Republican districts, inspiring four Senate Republicans to come out in favor of the tax credits this month. This came after nearly two dozen House Republicans co-signed a letter in March in defense of the law’s tax provisions. “If at least a handful of those 21 House members are serious about protecting investment and jobs in their districts that the [IRA tax credits] are providing,” said Harper, “then that would be huge.”

    This story was originally published by Grist with the headline A simple tweak to tax law has helped bring solar power to the communities that need it most on Apr 22, 2025.

    This post was originally published on Grist.

  • New York City’s second largest utility is being sued in federal court for the alleged inappropriate handling of at least 77 tons of radioactive waste at a 120-acre site located in Brooklyn, the city’s most populous borough.

    The radioactive waste, as well as other hazardous coal waste, is a leftover of a bygone era, more than a century ago, when the parcel was the location of Equity Works, a manufactured gas plant (MGP) that derived gas from heating coal, and then piped it across the city to power lighting, cooking, and heating.

    Cooper Tank & Welding, which purchased the site from London-based National Grid in 1987, is seeking “no less than $2,000,000” in damages, charging in its lawsuit that the multinational electric and gas utility’s “negligent operating and waste management practices resulted in contamination” from “concentrated radioactive materials,” as well as “coal tar and other hazardous substances.”

    The post How 77 Tons Of Radioactive Waste Ended Up In Brooklyn appeared first on PopularResistance.Org.

    This post was originally published on PopularResistance.Org.

  • The Centennial State may become first in the nation to require retailers to warn consumers that burning fossil fuels “releases air pollutants and greenhouse gases, known by the state of Colorado to be linked to significant health impacts and global heating.”

    The warning is the linchpin of a bill — HB25-1277 — that narrowly passed the state House on April 2 and is scheduled to be heard in the Senate’s Transportation & Energy Committee this week. Its Democratic sponsors say the bill will raise awareness among consumers that combusting gas in their vehicles creates pollutants that harm their health and trap heat in the atmosphere, leading to more intense and extreme weather, wildfires and drought.

    The groundbreaking measure would require retailers to place warning labels printed in black ink on a white background in English and Spanish in no smaller than 16-point type on fuel pumps and “in a conspicuous location” near displays offering petroleum-based goods for sale. 

    Proponents compare the stickers to warnings labels on cigarettes that scientific evidence found motivated consumers to reconsider the health impacts of smoking.

    The labeling bill is backed by environmental groups, including 350 Colorado and the Sierra Club, and opposed by gas stations, chambers of commerce and energy trade associations. About 136 lobbyist registrations were filed with the secretary of state in the position of support, opposition, or monitoring — a benchmark of the measure’s divisiveness.

    “The bill, as you’ve heard, seeks to drive systemic change and to help us meet our greenhouse gas emission goals,” state Rep. Junie Joseph (D-Boulder), a sponsor, testified at a House Energy & Environment Committee hearing on March 6. “Colorado is actively working to reduce emissions to comply with the Clean Air Act and state climate targets.”

    Colorado is on track to meet greenhouse gas emissions reductions of 26 percent by 2025 and 50 percent by 2030, over 2005 levels — albeit a year late for each period mandated under state law, according to a November report compiled by the Colorado Department of Public Health and Environment and the Colorado Energy Office.

    Yet the state is woefully behind in its compliance with federal air quality standards. Emissions from energy industry operations and gas-powered vehicles are the main drivers of the nine-county metropolitan Denver region’s failure to clean up its air over the last two decades. The state’s largest cities rank among the 25 worst in the nation for lung-damaging ozone pollution.

    Several days before the labeling bill passed the House, the state’s health department said it planned to ask the U.S. Environmental Protection Agency to downgrade its air quality for the second time in a year. The request is intended to give regulators more time to draw up a plan to reduce pollutants that cause a toxic haze that blurs the Rocky Mountains from May to September.

    Colorado repeatedly touts its “nation-leading” greenhouse gas emissions reduction laws targeting oil and gas production, as well as requirements that utilities transition from fossil fuels to renewable energy.

    Yet to make long-term progress toward a state mandate to cut emissions 100 percent by 2050, officials need residents to drive less and carpool and take public transit more. The bill’s sponsors cited a first-in-the-nation labeling law in the city of Cambridge, Massachusetts, as proof such initiatives work.

    The Cambridge City Council enacted its greenhouse gas label law in 2020. City inspectors affix about 116 bright yellow stickers that read: “Warning. Burning Gasoline, Diesel and Ethanol has major consequences on human health and on the environment including contributing to climate change” in pump bays at 19 gas stations annually, along with inspection stickers, Jeremy Warnick, a city spokesman, wrote in an email.

    Early research into the impacts of Cambridge’s labeling law suggest that peer pressure that results from one person seeing a label on a gas pump and telling friends about it at a party can indeed motivate people to reconsider their transportation choices. A measure instituted in Sweden in 2021 that requires labels depicting each fuel grade’s impact on the climate to be installed on gas pumps produced similar results.

    The warning stickers communicate to people as they’re pumping gas that others in their community acknowledge petroleum products create emissions that are warming the planet, said Gregg Sparkman, an assistant professor of psychology and neuroscience at Boston College.

    Sparkman’s research found Americans function in a state of “pluralistic ignorance,” essentially “walking around thinking others don’t care about climate change.” 

    A study he co-authored in Nature in 2022 found that most Americans “underestimate the prevalence of support for climate change mitigation policies.” While 66 percent to 80 percent of people approve of such measures, Americans estimate the prevalence to be between 37 percent and 43 percent, on average, data showed. Warning labels can cut through this apathy, he said.  

    “These signs chip away at the mirage — they become one of hopefully many signals that an increasing number of Americans regard this as an emergency that requires urgent action out of government, citizens and everybody,” he said.       

    In Colorado, gas station owners, as well as representatives of retail trade organizations and the American Petroleum Institute, among others, testified against the labeling bill at the three-hour March 6 House energy committee hearing, calling the legislation an “unfunded mandate” that would “shame consumers” and target retailers with “exorbitant fines.” Some warned it would make gas prices rise.

    The law would require convenience stores to design, buy and affix the labels and to keep them in good condition. If a consumer reported a defaced decal to the state Attorney General’s Office, a store owner could face a $20,000 penalty per violation — standard for violations under the Consumer Protection Act. An amendment added on the House floor would provide retailers with 45 days to fix a problem with a label.  

    “The gas pump itself is already cluttered with words, numbers, prices, colors, buttons and payment mechanisms,” Angie Howes, a lobbyist representing Kum & Go, which owns Maverik convenience stores, testified at the committee hearing. “The message will likely be lost in the noise and we question the impact of such a label toward the proponents’ goals.”

    Republican and Democratic committee members alike expressed concern about the fines, asking bill sponsors to consider reducing them.

    The Colorado Department of Public Health and Environment, or CDPHE, also opposed the measure, citing the state’s efforts to make it easier and cheaper for Coloradoans to reduce their energy use by taking advantage of electric vehicle and heat pump subsidies, among other voluntary measures.

    Colorado is already first in the nation in market share of new EVs, Lindsay Ellis, the agency’s director of legislative affairs, testified.

    “This bill presupposes that awareness alone is an effective strategy for changing behavior and does so at the liability and expense of small businesses like gas stations,” she said. “We should continue to focus on solutions with measurable emissions reductions to improve air quality.”

    Gov. Jared Polis also appears dubious of the measure’s ability to effect long-term change. When contacted by Capital & Main for comment, spokesperson Eric Maruyama cited legislative and administrative strategies that have “cut hundreds of millions of metric tons of cumulative greenhouse gas emissions since 2010.”

    “Like CDPHE, Governor Polis is committed to protecting Colorado’s clean air and reducing pollution through proven strategies that are good for the environment, good for consumers, and that empower Colorado businesses and individuals to take meaningful action that improves public health,” Maruyama wrote in an email. “Governor Polis is skeptical of labeling requirements and will review any legislation that reaches his desk.”

    Doctors and scientists who testified at the House energy committee hearing on March 6 disagreed.

    “I take care of children living in some of the most polluted zip codes in the country, and I can tell you firsthand that burning fossil fuels is making them sick,” Dr. Clare Burchenal, a Denver pediatrician, told the committee. 

    “Warning labels can connect the abstract threat of a climate emergency with fossil fuel use in the here and now — my patients and their families have a right to know how the products they’re using are impacting their health.”

    Copyright 2025 Capital & Main

    This story was originally published by Grist with the headline In Colorado, gas for cars could soon come with a warning label on Apr 19, 2025.

    This post was originally published on Grist.

  • Last week, Missouri governor Mike Kehoe signed into law a bill that packaged together dozens of reforms to utility regulations. Among them was a provision called “construction work in progress,” or CWIP, which allows power companies to bill their customers for the costs of building power plants during their construction phase, rather than after they are completed and generating electricity. The law repeals an earlier ban on CWIP passed via a ballot referendum that Missouri voters, concerned about the then-mounting costs of nuclear plants, initiated in 1976.

    In states with traditional, vertically integrated energy markets, the utility companies that distribute electricity to homes and businesses also build the power plants that supply them. Their profit models are based on collecting a return on their capital investments at a fixed rate set by state commissions, paid for through customers’ electricity bills. 

    Where CWIP comes in is in answering the question of when this money should be collected: during construction, or only after the project is “used and useful.”

    Missouri’s new law appears to be part of a wave of similar policies passed or introduced in several state legislatures. Last month, the neighboring state of Arkansas passed a law that included a CWIP policy. Last year, Mississippi’s legislature passed a law that included CWIP-like provisions (though it didn’t use that name for the policy). Another law passed last year in Kansas allowed CWIP cost recovery for gas plants. And a bill currently moving through the North Carolina legislature expands the use of CWIP for new nuclear and natural gas plants.

    The Missouri bill’s sponsors, Senator Mike Cierpiot and Representative Josh Hurlbert, justified the CWIP provisions in interviews with The Beacon, a Kansas City nonprofit outlet, on the basis that it didn’t apply to nuclear plants, but only to gas generation — and therefore would be less risky. Hurlbert said CWIP “is not going to be used on anything nuclear like we’ve seen with some projects in Georgia and South Carolina,” even though the language of the bill leaves room for the possibility of a nuclear plant being financed by CWIP under certain conditions.

    Cierpiot told The Beacon that a clawback provision in the bill, under which cancellation of a plant forces the companies to pay back customers with interest, disincentivized CWIP’s use for nuclear energy. “That’s fine for gas turbines, because gas turbines don’t get canceled,” he said. “But for a nuclear plant, if they spend four or five billion dollars on a nuclear plant and then they cancel it, all that money is coming back to the consumers. I think that means no company is going to take that risk with the clawbacks we have.”

    The argument is sometimes made in favor of CWIP that, if all goes well, charging ratepayers for the cost of building a power plant during its construction saves them money in the long run, because it avoids a scenario in which customers have to pay loan interest if the rate increases are deferred until project completion. Opponents of CWIP policies counter that even if the financing structure reduces costs in the scenario when all goes well, it simultaneously gives power companies enough guaranteed capital to make riskier choices about planning and spending. Under CWIP agreements, customers not only pay for the costs of construction, but also insure utility companies against the risk of delays or cancellations.

    CWIP laws first emerged in the 1970s, during a period in which utility companies made the case to legislatures that they needed an alternative model of financing in order to contend with then-rising costs of power-plant construction and predicted growth in power demand, said Ari Peskoe, an expert in electricity law at Harvard Law School. “And then it turned out that the demand just didn’t materialize, for a number of reasons. Electricity demand was increasing like 8 to 10 percent a year, and then it went down to like 3 percent a year.”

    This put states where nuclear projects broke ground and then were abandoned in the position of having to answer the difficult question of whether to charge ratepayers for the incomplete work. Those states where CWIP laws had been passed, however, were in a different position: “If you already had CWIP, if you had already been collecting a significant amount of these costs, it changes the calculus, because now ratepayers aren’t going to get that money back. They’ve already paid the billion dollars,” Peskoe said.

    A subsequent wave of CWIP policies occurred in the early 2000s. A 2017 investigation by The Post and Courier found that CWIP and similar policies passed in 11 states “ignited a bonfire of risky spending” and financed three of the last decade’s most spectacular energy boondoggles: the Kemper Project, a failed $7.5 billion “clean coal” facility in Mississippi; the V.C. Summer expansion project, a failed $9 billion nuclear plant in South Carolina; and Units 3 and 4 at Plant Vogtle — a pair of nuclear reactors in Georgia which did actually get built, but seven years past their deadline and $17 billion over their original budget.

    When a CWIP-financed project goes south, ratepayers have little practical guarantee that they can get their money back, said Daniel Tait, a researcher at the Energy and Policy Institute. “In the case of Mississippi, with Kemper, they did end up taking that money back and charging shareholders, only after lawsuits basically documenting fraud. V.C. Summer did not; even though people went to jail for fraud, customers are still paying for that to this day in South Carolina,” Tait said.

    Amid the current crop of CWIP bills, all in Republican-dominated legislatures, one state provides something of a cautionary tale: A bill in the Ohio legislature aims to reverse a prior CWIP policy. The bill comes in the wake of a massive utility bribery scandal that landed the former speaker of the Ohio House of Representatives in prison.

    Audits of the bribes paid to politicians in that scandal found that the power company FirstEnergy “capitalized a portion of this money as construction work in progress, even though it had nothing to do with building things,” said Dave Anderson, a researcher at the Energy and Policy Institute. “And it’s kind of still sitting on their books, waiting to be potentially collected from rate payers.”

    Some of the recent CWIP bills are more protective of ratepayers than others, and they apply to different generation methods. But despite their differences, all of the bills come at a time when America’s electricity demand is projected to grow dramatically over the next few years because of the expansion of AI. Many states are competing to lure data centers with tax breaks (and with policies like CWIP), while others have so many data centers already planning to break ground that they are desperately augmenting their states’ power grids to accommodate the demand that utilities say is coming.

    Crucially, though, there is significant uncertainty around the amount of load growth that will actually materialize from AI. Power companies have limited insight into how much more electricity generation they will actually need to build for, and if they overshoot or undershoot, someone will be stuck with the bill. Who pays for the risk of such a costly error is a consequential question.

    “If you have a bunch of prospective load growth, there’s risk on two fronts: One, that it shows up and you’re using mechanisms like CWIP that essentially use captive ratepayers as the piggy bank for the benefit of others that are not paying their fair share,” said Tait, citing the example of a Meta data center in Louisiana whose costs advocates have raised concerns are being passed on to Entergy ratepayers. “The second is, what happens if the load doesn’t show up, the customers have already paid for it, and there’s no way out?”

    CWIP policies could also lock in plans that some environmental advocates say might not be the best way to meet growth in electricity demand. “From an environmental standpoint, we want to have flexibility,” said Joshua Basseches, a professor at Tulane University who studies state-level energy and climate policy. “We don’t want just gas plants; we want to have microgrids and demand response and batteries and all this other stuff. But once you pass CWIP and then you start collecting for a plant that isn’t yet operative, it sort of forecloses other possibilities to meet that load in other ways.”

    Those other possibilities would also be less profitable for power companies than the mere construction of capital-intensive power plants of the sort that are incentivized by CWIP policies. And to many observers, these industry-friendly bills are no surprise in light of those companies’ vast political and lobbying power in their respective states. Missouri’s governor has received some $400,000 in campaign donations from utility companies, according to an Energy and Policy Institute analysis. And the legislator who sponsored North Carolina’s CWIP bill, which passed the state senate shortly before his retirement, is a former executive at Duke Energy.

    This story was originally published by Grist with the headline The obscure policy that financed many of the last decade’s riskiest energy investments is back on Apr 16, 2025.

    This post was originally published on Grist.

  • Amid trade war talk of expanding Canadian energy infrastructure, a new report reveals that direct Canadian subsidies to the fossil fuel and petrochemical sectors reached nearly $30 billion in 2024.

    For comparison’s sake, Canada spent between $38 billion and $39 billion on defense in 2024.

    “Oil and gas companies – emboldened by their influence over President Trump – are exploiting the current economic uncertainty to call on governments to double down on fossil fuels,” Julia Levin, associate director of national climate with nonprofit group Environmental Defence, which put out the report, said in a statement.

    The post Canada Fossil Fuel Subsidies Hit $30 Billion Amid Pipeline Push appeared first on PopularResistance.Org.

    This post was originally published on PopularResistance.Org.

  • A first-of-its-kind pilot to electrify homes on Cape Cod and Martha’s Vineyard is set to finish construction in the coming weeks — and it could offer a blueprint for decarbonizing low- and moderate-income households in Massachusetts and beyond.

    The Cape and Vineyard Electrification Offering is designed to be a turnkey program that makes it financially feasible and logistically approachable for households of all income levels to adopt solar panels, heat pumps, and batteries, and to realize the amplified benefits of using the resources together. These technologies slash emissions, reduce utility bills, and increase a home’s resilience during power outages, but are often only adopted by wealthier households due to their upfront cost.

    “We are going to be advancing this as a model that should be emulated by other states across the country that are trying to achieve decarbonization goals,” said Todd Olinsky-Paul, senior project director for the Clean Energy Group, a nonprofit that produced a new report about the program.

    In total, the program is providing free or heavily subsidized solar panels and heat pumps to 55 participating households, 12 of which also received batteries at no cost. Work should be completed on the final participating home this month.

    “This is the first and only instance where solar and battery storage are being presented in combination with electrification and traditional efficiency,” Olinsky-Paul said. ​“Instead of having several siloed programs, it’s all being presented to the customer in a package, which makes everything work together better.”

    It’s a strategy that program planners hope can help address the disproportionate energy burden felt by lower-income residents of the region, where households making less than one-third of the area median income spent an average of 27 percent of their income on energy as of 2023, according to data from the U.S. Department of Energy. (The updated figure is unavailable because the federal tool that provided this data is no longer live.)

    The initiative is a project of the Cape Light Compact, a unique regional organization that negotiates electric supply prices and administers energy-efficiency programming for the 21 towns on Cape Cod and Martha’s Vineyard. The compact first proposed the pilot in 2018, but regulators rejected the idea. The organization submitted a revised version in 2020 and 2021, but it wasn’t until 2023 that the state finally gave the program the green light.

    An energy-efficiency contractor partners with each program participant to assess their home, then coordinates the necessary work, including any preparations that need to be completed before solar panels, heat pumps, or batteries can be put in. The batteries installed through the program are enrolled in ConnectedSolutions, a state program that pays battery owners who send power to the grid when needed. Because the pilot footed the bill for the batteries, these payments will go to the Cape Light Compact, rather than residents, to help defray the cost of the program.

    Bringing the program to life was not always a smooth process. The original proposal called for 100 homes to participate in the pilot, but the final number fell well short of that target. Some homeowners who originally expressed interest were put off by the requirement to remove all fossil fuel systems from their homes, particularly if they had recently invested in new gas or propane heating, said Stephen McCloskey, an analyst with the Cape Light Compact and the program manager for the pilot.

    In some cases, homeowners balked at upfront costs. Moderate-income households that did not live in deed-restricted affordable housing had to pay 20 percent of the cost for heat pumps and any cost over $15,000 for solar panels. If a roof was too shady for solar, homeowners were responsible for removing trees and branches.

    “At the end of the day, each customer and their decision-making process is different,” McCloskey said.

    The original plan called for installing batteries in 25 participants’ homes, but unexpected limitations lowered that number, McCloskey said. Houses without basements, for example, couldn’t receive batteries. In some cases, the combined capacity of solar panels and a battery would have exceeded the local utility’s threshold for connecting a system to the grid.

    The compact also had not fully accounted for the array of barriers that needed to be addressed before weatherization could be done. Some homes had mold or needed electrical upgrades. Others required roof work before solar panels could be installed.

    These challenges are not dealbreakers but lessons learned for utilities or organizations that attempt to emulate the program in the future, McCloskey said. And Olinsky-Paul sees great potential for similar plans to be pursued nationwide. Nearly half of U.S. states have adopted 100 percent clean energy targets, he said, and distributed-energy programs like the Cape and Vineyard’s can make those goals more achievable by reducing the cost and strain electrification can create for the grid.

    “If you’re going to do decarbonization, you have to do electrification,” Olinsky-Paul said. ​“And so there is going to be a huge need for some way of doing this without inadvertently causing massive new fossil fuel use” to generate more power.

    The Cape Light Compact intends to release a full report on the deployment of the pilot in August, but feedback so far has been very positive from participants who appreciate the turnkey approach to comprehensive electrification, McCloskey said.

    “There are definitely things that whoever is facilitating that program would need to look at, to game plan for,” he said. ​“But this is a great model.”

    This story was originally published by Grist with the headline Massachusetts home-electrification pilot could offer a national model on Apr 12, 2025.

    This post was originally published on Grist.

  • The summer of 2021 was brutal for residents of the Pacific Northwest. Cities across the region from Portland, Oregon to Quillayute, Washington broke temperature records by several degrees. In Washington, as the searing heat wave settled over the state, 125 people died from heat-related illnesses such as strokes and heart attacks, making it the deadliest weather event in the state’s history. 

    As officials recognized the heat wave’s disproportionate effect on low-income and unhoused people unable to access air conditioning, they made a crucial change to the state’s energy assistance program. Since the early 1980s, states, tribes, and territories have received funds each year to help low-income people pay their electricity bills and install energy efficiency upgrades through the Low Income Home Energy Assistance Program, or LIHEAP. Congress appropriates funds for the program, and the U.S. Department of Health and Human Services, or HHS, doles it out to states in late fall. Until the summer of 2021, the initiative primarily provided heating assistance during Washington’s cold winter months. But that year, officials expanded the program to cover cooling expenses. 

    Last year, Congress appropriated $4.1 billion for the effort, and HHS disbursed 90 percent of the funds. But the program is now in jeopardy. 

    Earlier this month, HHS, led by Secretary Robert F. Kennedy, Jr., laid off 10,000 employees, including the roughly dozen or so people tasked with running LIHEAP. The agency was supposed to send out an additional $378 million this year, but those funds are now stuck in federal coffers without the staff needed to move the money out. 

    LIHEAP helps roughly 6 million people survive freezing winters and blistering summers, many of whom face greater risks now that the year’s warm season has already brought unusually high temperatures. Residents of Phoenix are expected to have their first 100 degree high any day now.

    “We’re seeing the warm-weather states really coming up short with the funding necessary to assist people in the summer with extreme heat,” said one of the HHS employees who worked on the LIHEAP program and was recently laid off. Losing the people that ran the program is “absolutely devastating,” they said, because agency staff helped states and tribes understand the flexibilities in the program to serve people effectively, assistance that became extremely important with increasingly erratic weather patterns across the country.

    In typical years, once Congress appropriates LIHEAP funds, HHS distributes the money in the fall, in time for the colder months. States and other entities then make critical decisions about how much they spend during the winter and how much they save for the summer. 

    The need for LIHEAP funds has always been greater than what has been available. Only about one in five households that meet the program’s eligibility requirements receive funds. As a result, states often run out of money by the summer. At least a quarter of LIHEAP grant recipients run out of money at some point during the year, the former employee said. 

    “That remaining 10 percent would be really important to establish cooling assistance during the hot summer months, which is increasingly important,” said Katrina Metzler, executive director of the National Energy and Utility Affordability Coalition, a group of nonprofits and utilities that advances the needs of low-income people. “If LIHEAP were to disappear, people would die in their homes. That’s the most critical issue. It saves people.”

    In addition to Washington, many other states have expanded their programs to provide both heating and cooling programs. Arizona, Texas, and Oregon now offer year-round cooling assistance.

    HHS staff plays a crucial role in running LIHEAP. They assess how much each state, tribe, and territory will receive. They set rules for how the money could be used. They audit local programs to ensure funds are being spent as intended. All that may now be lost. 

    But, according to Metzler, there are some steps that HHS could take to ensure that the program continues to be administered as Congress intended. First, and most obvious, the agency could reinstate those who were fired. Short of that, the agency could move the program to another department within HHS or contract out the responsibilities. 

    But ultimately, Metzler continued, LIHEAP funds need to be distributed so those in need can access it. “Replacing the federal Low Income Home Energy Assistance Program is a nearly impossible task,” she said. States “can’t have enough bake sales to replace” it. 

    This story was originally published by Grist with the headline ‘People would die’: As summer approaches, Trump is jeopardizing funding for AC on Apr 11, 2025.

    This post was originally published on Grist.

  • US electric utilities are fielding massive requests for new power capacity as Big Tech scours the country for viable locations for new data centres to keep up with the compute demands of AI. A survey of 13 major US electric utility earnings transcripts found nearly half have received inquiries from data centre companies for volumes…

    The post US grapples with power demands of Big Tech data centres appeared first on InnovationAus.com.

    This post was originally published on InnovationAus.com.

  • On March 6, at the start of the still-simmering trade war between the U.S. and Canada, hydropower generator Hydro‑Québec quietly stopped exporting electricity to New England.

    At a time of year when Canadian hydropower typically supplies up to a tenth of New England’s power, the region has instead gone almost a month with virtually no cross-border flow of electrons.

    Hydro‑Québec leaders say low prices in the New England market — not politics — are behind the decision to suspend sales. The disruption hasn’t affected power costs or reliability in the region yet, but some experts say it could if the cutoff extends into the summer cooling season. The situation also highlights a potential risk to state clean energy plans that count on Canadian hydropower to help offset fossil fuels.

    “This shows the potential for the region to be vulnerable to manipulations of the supply,” said Phelps Turner, director of clean grid for the Conservation Law Foundation.

    Hydro‑Québec’s main transmission line into New England, known as the Phase II line, stopped exporting any meaningful amount of power two days after President Donald Trump’s tariff on Canadian imports went into effect. Last March, by comparison, anywhere from a few hundred megawatts to more than 1,200 MW flowed along the line at any given time, making up between 5 percent and 10 percent of the region’s electricity use on average, Turner estimated.

    A bar chart showing declining imports of energy from Quebec to New England

    The longer that New England needs to replace the absent hydropower, the more often it will call on natural gas or oil power plants to fill the gap with dirtier and more expensive electricity, particularly as demand increases in the summer and again next winter.

    “Electrically, this is pretty much the most boring time of year, and certainly a much easier time of year to have a source go away or be on pause here,” said Dan Dolan, president of the New England Power Generators Association. ​“There is going to be both a cost and environmental consequence if we see this be a really durable situation.”

    The future of Canadian energy in New England

    In an email from a company spokesperson, Hydro‑Québec attributed its lack of exports to market conditions, saying milder spring weather has lowered demand and thus prices. Others have theorized the move is also a show of power aimed at the Trump administration.

    Hydro‑Québec has been sending signals for a while that it might be moving away from delivering power to New England at its historic levels. Last year, 5,560 gigawatt-hours of power traveled into the region over the Phase II line, less than half the amount exported in 2022. And in the last two forward capacity auctions run by grid operator ISO New England, Hydro‑Québec did not take on any obligation to provide power for 20 of the 24 months covered.

    This pullback is likely due, at least in part, to ongoing abnormally dry and drought conditions in much of Quebec, which mean less water flow to power the company’s generators. Hydro-Québec, therefore, faces choices about what to do with the power it can generate, whether that means holding out for higher prices on the New England market or selling it domestically to meet the province’s own growing demand as it too electrifies in pursuit of climate goals.

    “Hydro-Québec is proactively managing its energy reserves in the context of low runoff and, as such, will continue to limit its exports as it did in 2024,” said company spokesperson Lynn St-Laurent.

    The lack of exports from Hydro-Québec coupled with the specter of fluctuating tariffs and counter-tariffs brings into focus the need for the New England grid to develop more stateside power resources and expand the infrastructure required to get energy where it’s needed, experts said.

    “We’re going to need all the supply we can find, and part of that is going to come from Canadian hydro,” said Jeremy McDiarmid, managing director and general counsel at clean energy industry association Advanced Energy United. ​“We also need to be building things: We need to build transmission lines. We need to build new generation.”

    Some are also concerned that ISO New England is not properly accounting for the declines in Canadian hydro supply. The grid operator’s planning process still uses the assumption that neighboring regions — mostly Quebec, Dolan said — will be willing and able to send 2,000 MW into New England at moments of exceptionally high demand, an expectation Dolan said ​“doesn’t strike me as responsible or appropriate reliability planning,” given the trend in the Canadian firm’s exports.

    The situation has also raised questions about the New England Clean Energy Connect transmission line, a 145-mile project designed to import 1,200 MW of Hydro-Québec power into New England as part of a 20-year power purchase agreement with Massachusetts utilities. The line is expected to be operational starting in 2026, and a Hydro-Québec spokesperson said the company plans to deliver the power promised.

    Recent circumstances, however, have those in the industry combing over the contracts to determine how solid Hydro-Québec’s commitment to deliver that power actually is and how tariffs might affect the terms of the deal. One promising sign, they said: The company is still sending electricity into the U.S. over a second, smaller transmission line that ends in Vermont, which has an agreement to buy power from Hydro-Québec until 2038.

    “That does seem to suggest that [Hydro-Québec] is performing under existing contracts,” Turner said. ​“But every contract in every situation is different.”

    In the meantime, the region will just have to wait and see what Hydro-Québec does next, without much information to go on.

    “It’s hard to say what’s motivating the decision” to cut power flow, Turner said. ​“We just know it’s happening, but we don’t know why it’s happening.”

    This story was originally published by Grist with the headline In New England, Canadian hydropower has slowed to an ominous trickle on Apr 6, 2025.

    This post was originally published on Grist.

  • Households across the UK are bracing for a series of bill increases that have come into effect today, marking the beginning of an economically taxing period dubbed “Awful April.” This surge in costs is hitting  those on the lowest incomes hardest, with their finances stretched woefully thin. This is to the point where nearly half their income will go on just six bills – and that doesn’t even include rent.

    Awful April – well, for poor people, anyway

    Citizens Advice has issued a stark warning, stating that even prior to these changes, individuals and families with the lowest incomes were already spending around 41% of their earnings on essential bills including water, energy, broadband, and car insurance.

    In contrast, those in the middle-income bracket were spending only 11%, and the wealthiest households a mere 5%. Clare Moriarty, chief executive of Citizens Advice, elaborated on the dire situation, saying:

    After years of cost-of-living pressures, households across the country are about to feel the extra shock of rising essential bills. But for those on the lowest incomes, these unavoidable costs are already eating away at their finances, leaving their budgets stretched beyond breaking point.

    Moriarty also highlighted the need for action:

    Social tariffs could be an effective safety net and put money back in people’s pockets, but the Government and providers must work together to make sure nobody struggling to make ends meet misses out.

    Local councils, particularly those in England, are expected to impose maximum hikes to council tax, reaching an average increase of 4.99%—a move that could further burden families already facing these rising costs.

    High-profile councils like Birmingham, Newham, and Trafford are among those that have received special permission to increase their rates even higher, further signalling the alleviate pressures on their budgeting.

    The hikes are here

    Starting from today, households will see a noticeable hike in several key areas:

    Energy Costs: The energy price cap, regulated by Ofgem, has increased, which translates to an added £9.25 monthly, or £111 annually, for the average household relying on direct debit payments. The cost of gas has surged from 6.34 pence per kilowatt-hour to 6.99 pence, while electricity has jumped from 24.86 pence to 27.03 pence per kilowatt-hour. With energy bills already reaching an average of £1,738, these increases will contribute significantly to the financial strain many families face.

    Water Bills: In what has been described as “extortionate” by concerned advocacy groups, households across England and Wales can expect their water bills to increase by an average of £86 in just the next year—a staggering rise of 20%. Companies like Southern Water and Severn Trent will see increases soaring upwards of 47%, pushing many families deeper into financial difficulty.

    Council Tax: The anticipated surge in council tax will leave millions of households grappling with an increase. The projected new annual figure for a typical Band D property is set to reach £2,280. All councils across Merseyside, for instance, are imposing the maximum allowed increase. Families are encouraged to investigate any available support options from their local councils to help mitigate this financial hit.

    Mobile and Broadband: Added to the financial burden, broadband and mobile contracts are also seeing price hikes, with average increases of £21.99 and £15.90 respectively. Households that are locked into inflation-link contracts could be particularly affected, witnessing bills rise significantly without warning. There are suggestions that consumers should actively check their contracts to explore potential savings through switching providers.

    TV Licence Fee: In today’s increases, the standard price of a TV licence has risen by £5 to £174.50, further impacting household budgets. It remains crucial for eligible claimants, particularly those over the age of 75, to remember that they can still apply for exemptions under specific conditions, ensuring they do not miss out on necessary financial support.

    Car Tax: Lastly, an increase in car tax adds to the woes. New standard rate taxes for cars registered post-April 2017 will go up by £5, while owners of electric vehicles will no longer enjoy exemption from car tax. This is a notable shift, especially for those who switched to electric cars with the promise of being free from tax burdens.

    Awful April: making ends meet?

    Of course, on top of all of this is the fact that social housing rents also go up by more than inflation every April. This is thanks to the previous Conservative government dropping a freeze on how much housing associations could increase rents by.

    So, as households brace themselves for the financial repercussions of these new rates, the undercurrent of frustration and helplessness among benefit claimants, disabled people, and jobseekers persists.

    With the ongoing pressures imposed by significant increases across essential services, the reality presents a challenging landscape for those already struggling to make ends meet.

    Featured image via the Canary

    By The Canary

    This post was originally published on Canary.

  • The U.S. Department of Agriculture announced late Tuesday it will release previously authorized grant funds to farmers and small rural business owners to build renewable energy projects—but only if they rewrite applications to comply with President Donald Trump’s energy priorities.

    The move has left some farmers perplexed—and doubtful that they’ll ever get the grant money they were promised, given the Trump administration’s emphasis on fossil fuels and hostility toward renewable energy. Some of the roughly 6,000 grant applicants have already completed the solar, wind or other energy projects and are awaiting promised repayment from the government.

    The post Farmers In Trump Country Were Counting On Clean Energy Grants appeared first on PopularResistance.Org.

    This post was originally published on PopularResistance.Org.

  • While the exploitation of Canada’s natural resources and economic control exerted by the U.S. are well known, the subtler ways America maintains its grip, through cultural influence, economic pressure, and the poaching of talent, reveal a deeper, systemic colonization. The United States has systematically prevented Canada from developing industrial independence, ensuring it remains a supplier of raw materials rather than a competitor on the global stage. The economic imbalance has been in place for decades, yet many Canadians falsely believe that Donald Trump was the catalyst for U.S. exploitation.

    The post Canada’s Sovereignty Was Under Threat Long Before Trump appeared first on PopularResistance.Org.

    This post was originally published on PopularResistance.Org.

  • If the only things certain in life are death and taxes, you might say corporate lobbyists spend much of their time trying to avoid at least one of the two. Few industries understand this better than oil and gas, which has benefited for at least a century from some tax rules that save them billions of dollars in payments annually.

    The world’s nations have agreed to phase out fossil fuel subsidies globally. The Biden administration pledged to axe them domestically. Still, they persist.

    Now, with Republicans in Congress and the Trump administration determined to enact $4.5 trillion in tax cuts and desperately looking for revenue and spending cuts to pay for them, some environmental advocacy groups are highlighting the tax benefits that flow to one of the world’s most profitable industries, which the Biden administration estimated at $110 billion over the decade ending in 2034.

    The oil and gas industry, meanwhile, is playing both offense and defense, trying to maintain the benefits it has while working to enact at least one new one, which would shield some oil companies from a tax enacted as part of the Inflation Reduction Act of 2022.

    One of the biggest sources of new revenue from the IRA was a corporate alternative minimum tax, which was meant to prevent companies that reported large profits to investors from using loopholes to pay little to no taxes.

    The minimum tax applies to all industries. For oil and gas, it has hit some of the large independent drillers in particular (as opposed to the “integrated” majors like ExxonMobil and Chevron). The money involved is significant: According to a new analysis by United to End Polluter Handouts, a coalition of environmental and progressive groups, at least three companies—EOG Resources, APA Corp. and Ovintiv—reported paying nearly $200 million collectively to the Treasury under the minimum tax since it was enacted in 2022. 

    U.S. Sen. James Lankford (R-Okla.) has introduced a bill that would change the calculus by allowing oil companies to deduct some of their largest expenses against the minimum tax.

    Lankford’s bill is included as a priority in the policy blueprint of the American Exploration & Production Council, which represents large independent oil and gas companies. 

    Lukas Shankar-Ross, an author of the new minimum-tax analysis and deputy director of the climate and energy justice program at Friends of the Earth, pointed out that the Lankford bill would either deepen deficits or force more cuts to programs like Medicaid or other assistance for low-income Americans.

    “I think it is as shameful a thing for me to imagine as is possible now,” Shankar-Ross said.

    The oil and gas sector is the top industry contributor to Lankford’s campaigns in recent years, giving more than $546,000 since 2019, according to OpenSecrets

    A spokesperson for Lankford said, “Promoting American energy independence is a reversal of the Biden Administration’s policies. Strong domestic energy production makes us less reliant on adversaries, and empowering oil and gas producers makes the United States stronger. Nobody is looking at cutting Medicaid benefits in order to pay for tax cuts, but fraud, waste, and abuse in the program should be examined.”

    When it comes to the largest oil and gas companies, however, their focus might be elsewhere. When the American Petroleum Institute issued its five-point policy roadmap for the Trump administration and Congress in November, it highlighted a need to maintain what it called “crucial international tax provisions.”

    Just one of those provisions, the so-called dual capacity taxpayer rule, is expected to save oil and gas companies $71.5 billion over a decade, according to Biden administration estimates.

    Broadly speaking, federal tax law allows corporations to credit taxes they pay to foreign governments on overseas income against their U.S. tax bills, to avoid being taxed twice. The dual capacity taxpayer rule allows oil companies wide latitude in defining what exactly constitutes a tax payment, with the result being that they can count royalties and other payments as taxes, said Zorka Milin, policy director at the Financial Accountability & Corporate Transparency Coalition, which works to combat harmful impacts of illicit finance.

    In fact, in some cases U.S. oil and gas companies might pay more in taxes and other payments to foreign governments than they do to the United States.

    Exxon paid billions in overseas royalties alone in 2023, including $1.8 billion to the United Arab Emirates, $1 billion to the Canadian province Alberta and $761 million to Nigeria. Chevron paid about $2 billion in royalties to foreign governments. 

    Milin said it is unclear how much of these royalty payments Exxon, Chevron and other oil companies might have claimed as credits against their U.S. taxes, but it could run into the billions of dollars annually.

    “They make huge payments to governments around the world, including to some in some pretty shady places, and what is adding insult to injury is a lot of those payments are used to offset payments they pay here in the U.S.,” Milin said. “That’s one way in which our tax code is subsidizing these companies to go abroad and drill, baby, drill, but not domestically.”

    Exxon, Chevron and the American Petroleum Institute did not respond to requests for comment.

    Alex Muresianu, a senior policy analyst at the Tax Foundation, which supports pro-growth tax policies, said many of the oil industry-specific tax rules do not qualify as subsidies. Several of the rules, such as one that allows oil companies to deduct their drilling costs upfront, rather than over a well’s productive life, put the industry on an equal footing with other sectors, he argued. Oil companies often have high costs upfront that generate returns over many years, which can put them at a tax disadvantage with other industries, Muresianu said.

    When it comes to royalties, these payments to mineral owners are generally tax deductible. But the dual capacity taxpayer rule offers a far better deal by turning them into a credit, an important distinction. Say Company A earned $100 million in profits, paid $5 million in royalties and paid the full 21 percent corporate income tax. Taking the royalty payments as a credit rather than a deduction would save it nearly $4 million. (Remember, U.S. tax laws are complex, so limitations might apply.)

    Milin argued that Congress ought to look at the foreign tax breaks, especially as they are searching for more revenue, because these benefits effectively subsidize oil companies to drill overseas.

    “When we have a more explicitly America First international economic policy on trade, on other issues, I think they are likely to look at the ways in which the tax code as it stands is inconsistent with that,” Milin said.

    This story was originally published by Grist with the headline Congress is searching for trillions of dollars in cuts. Will the oil industry’s tax breaks skate by? on Mar 30, 2025.

    This post was originally published on Grist.

  • Jackson Voss loves his alma mater, Louisiana State University. He appreciates that his undergraduate education was paid for by a program dreamed up by an oil magnate and that he received additional scholarships from ExxonMobil and Shell.

    But the socially conscious Louisiana native was also aware of what the support of those companies seemed to buy — silence.

    Voss, who graduated from LSU in Baton Rouge 11 years ago with a degree in political science, says when he attended school there, he didn’t hear discussions of how climate change made Hurricane Katrina worse; why petrochemical plants along the Mississippi River sickened residents of the mostly Black communities around those facilities; or about the devastating and permanent impact of the BP oil spill that happened during Voss’ time at LSU.

    Voss, now director of climate policy for the New Orleans-based consumer advocacy group, the Alliance for Affordable Energy, says he didn’t hear climate change or “Cancer Alley” openly discussed until he went to the University of Michigan, 1,100 miles away, for graduate school.

    “It was not a place that was really discussing these issues in the way that should have been discussed at the time,” he said of LSU, where oil wells dotted the campus at least into the 1970s. Any such discussions weren’t taken seriously, he said, and even fellow students were often defensive of the industry. 

    “The discussions that did happen had to focus on, kind of finding a way to talk about climate without talking about climate,” Voss said, “and it was especially important not to talk about the role that oil and gas played in worsening climate change.”

    Louisiana State University graduate Jackson Voss attended the Baton Rouge-based school as an undergraduate about a decade ago. Pam Radtke / Floodlight

    Whether through funding of research projects, the creation of new academic programs focused on energy or, more subtly, through support of everything from opera to football, the oil and gas industry has been shaping discourse at LSU — and universities around the world — for decades.

    LSU administrators insist they have safeguards against undue influence by fossil fuel companies, which have given tens of millions of dollars to the university in just the past three years. But a joint investigation by Floodlight, WWNO/WRKF and the Louisiana Illuminator found the funding allows the industry to place a thumb on the scale of what gets studied at the state’s flagship university — and what is left out.

    Research by Floodlight shows between 2010 and 2020, petrochemical companies gave LSU at least $44 million through their charitable foundations, making it one of the top recipients of fossil fuel funding among U.S. universities, based on research from the nonprofit Data for Progress.

    LSU received more from petrochemical companies than the Massachusetts Institute of Technology, Harvard and Texas A&M — and 20 times more than Voss’s other alma mater, the University of Michigan. The Data for Progress research showed over that decade, the 27 schools they examined received almost $700 million total.

    Increasingly, researchers are questioning the longstanding ties between fossil fuels and universities at a time when scientists and governments across the globe overwhelmingly agree that sharply reducing the use of fossil fuels and increasing reliance on renewable energy are crucial to stalling or reversing climate change.

    Last year, a joint report from Congress found “the oil and gas industry cultivates partnerships with academic institutions as a way to influence climate research.” And a first-of-its-kind study released by researchers last year found the fossil fuel industry’s approach is similar to how the tobacco, pharmaceutical and other industries co-opted academics. 

    “It’s a situation exactly parallel to public health research being funded by the tobacco industry. It’s a conflict of interest — the size of an oil tanker,” said Geoffrey Supran, associate professor of environmental science and policy who studies fossil fuel disinformation at the University of Miami and is director of its Climate Accountability Lab. He says LSU and other schools like it have become “an echo chamber for pro-fossil-fuel narratives.”

    LSU and its president, William Tate IV, have doubled down on the university’s ties with the fossil fuel industry in recent years, despite its shrinking importance to the Louisiana economy. Since 2020, Tate has solicited and received more than $30 million from fossil fuel companies, including a record $27.5 million from Shell.

    During LSU’s Giving Day campaign on Wednesday, Shell plopped down another $1.5 million for LSU libraries and the College of Science.

    “It’s time for a partnership in significant fashion to link the work at LSU in our energy areas, including alternative energy, and creating ways to keep that industry vibrant here in this state and for our country,” Tate told reporters in 2022, about a year after he was named to head the school. 

    LSU insists there are firewalls in place to prevent oil and gas companies from unduly influencing research and study. But public records and interviews indicate that fossil fuel funding can have a subtle and even direct impact on research and critical discourse. 

    “Universities are at risk of being pawns in a climate propaganda scheme devised and implemented by fossil fuel interests for decades,” Supran said. 

    ‘Tip of the iceberg’

    It’s impossible to pin down how much money fossil fuel interests — or any industry — gives to universities such as LSU. Although it is a public institution, much of the money for scholarships, workforce development and buildings goes through LSU’s foundation — a nonprofit separate from the university. The foundation, in accordance with philanthropic standards, does not disclose its donors unless they agree to be identified.

    In its research, Data for Progress used public announcements from universities and companies, along with tax filings from fossil fuel companies’ foundations, to determine how much the universities received from those companies.

    “It’s most likely the tip of the iceberg,” said Jake Lowe, executive director of Campus Climate Network, which under its previous name, Fossil Free Research, worked with Data for Progress to create its 2023 report. 

    A bald man in sunglasses and a black jacket stands in an industrial facility outdoors talking to a man in a red jumpsuit
    Louisiana State University President William Tate IV visits Shell’s facility in Convent, La., in 2023 to talk about his plan to focus on five areas at the university, including energy. Louisiana State University

    For example, the report includes millions of dollars the ExxonMobil Foundation gives for scholarships — but not the money going directly from the company to a school or its foundation.

    “If the ExxonMobil corporation has a research contract with LSU, you’re not going to see that in the tax documents or annual reports,” Lowe said.

    Floodlight, with the help of a Data for Progress researcher, used the same method to look at how much petrochemical money went to LSU. The analysis included examining public announcements from the companies and tax filings, called 990s, of the foundations for Shell, ExxonMobil, Chevron, ConocoPhillips, Entergy, Koch Inc., Southwest Electric Power Corp., Schlumberger (now known as SLB), Dow and Taylor Oil.

    From 2010 to 2020, Taylor Oil’s foundation gave the most to LSU, almost $21 million.  

    The second highest amount was from ExxonMobil, which gave more than $10 million — the majority of which came from a matching gift program in which the company gave $3 for every dollar donated by an employee or retiree to a college or university.

    A plaque that reads Exxon Quadrangle
    Louisiana State University’s “Quad” is the heart of the campus and was named after ExxonMobil in 1999. Piper Hutchinson / Louisiana Illuminator

    But then, in 2022, Shell dwarfed the amount given over the previous decade with a single $27.5 million donation to LSU. The majority, $25 million, was for a new Institute for Energy Innovation to focus on “scholarship and solution delivery” on “hydrogen and carbon capture … the coast; and low-carbon fuels.”

    Donations buy influence 

    LSU doesn’t hide that the institute’s mission was shaped in partnership with the industry. In the early days, a former Shell executive, Rhoman Hardy, served as the research center’s interim director. The company also has three of the institute’s seven board seats; industry groups hold another two.

    Last year, the nonprofit New Orleans news outlet The Lens discovered LSU created a system: If a fossil fuel company gives $50,000 or more to the institute, it gets the right to participate in a specific research project, to use the intellectual property from that project and “robust review and discussion of the specific study and project output.”

    For a $1.25 million donation, a company also receives “voting rights for selected institute activities, including research.” A contribution of $5 million or more earns a donor a seat on the institute’s board.

    LSU president William Tate IV poses with LSU mascot Mike the Tiger. Louisiana State University

    When reached for comment about the institute, its donations and its potential influence, Shell responded, “We’re proud to partner with LSU to contribute to the growing compendium of peer-reviewed climate science and advance the effort to identify multiple pathways and build the ecosystems that can lead to more energy with fewer emissions.”

    In 2023, ExxonMobil gave $2 million to LSU and became a “strategic” partner. With the donation, ExxonMobil will work with the institute to study batteries, solar power, carbon capture and “advanced” plastics recycling. ExxonMobil did not respond to a request for comment about the donation or about the money it has previously given to LSU.

    At a Louisiana Board of Regents’ Energy Transition Research Symposium at LSU later that year, ExxonMobil gave a presentation on advanced plastics recycling, a controversial technology that opponents say amounts to greenwashing the problem of plastic waste by burning it rather than reusing it.

    “It is clear based on the board and research focus areas of the new Institute for Energy Innovation that it is focused squarely on innovations using fossil fuels,” said Logan Atkinson Burke, Voss’ boss at the Alliance for Affordable Energy, an energy consumer advocacy group.

    Environmentalists say technologies being studied by the institute, including carbon capture, hydrogen and low-carbon fuels, are “false solutions” that will do little to address the climate crisis.

    ‘Subconscious’ bias? 

    The institute’s current director, Brad Ives, and LSU’s vice president for research and economic development, Robert Twilley, say they have put safeguards in place to prevent industry influence.

    And Twilley says this type of research — working hand in hand with industries on the ground — is core to the mission of LSU as a land grant university, a program Abraham Lincoln established in 1862 that used federal land sales to fund universities focused on practical subjects including architecture, engineering and agriculture.

    “It’s how we as an institution manage it and the safeguards and being very conscious of our ethics, being very conscious of what projects we work on,” Twilley said.

    He points to federal guidelines, the scientific method and peer review as some of the safeguards that keep the university’s research independent from industry influence. The institute sends its research proposals to an anonymous third-party panel of scientists to be ranked, Twilley says. Those rankings help decide what research it funds.

    Louisiana State University’s Petroleum Engineering Research & Technology Transfer, or PERTT, Laboratory, is an industrial-scale facility for training and research on borehole technology. According to LSU, it is the only such facility in North America. Louisiana State University

    Ives says funders aren’t allowed contact with researchers either.

    “What we’re doing is making sure that the researchers have total academic freedom to let the research take them where it goes,” Ives said. “We know we can sleep at night because we are not doing anything that’s wrong.”

    But Supran, who once worked on projects funded by oil and gas, says it’s not always as simple as a researcher purposefully skewing results. Scientists are only human, making these relationships inherently fraught.

    “We’re all subject to biases,” he said. “Things like reciprocation. You know that if I give you a pen, you have some small subconscious desire to reciprocate it in some sense down the line.”

    For example, one study showed how reviews of the health effects of secondhand smoke funded by the tobacco industry were almost 90 times more likely to conclude that it was not harmful compared to reviews funded by other sources.

    There’s evidence that the lines between funding and academic independence are sometimes blurred at LSU. Several influential reports and studies from LSU’s Center for Energy Studies have drawn scrutiny over the years for being misleading. In one case, a utility-funded report led to the dismantling of Louisiana’s successful rooftop solar program. In another, a report helped curb efforts to sue oil and gas companies for decades of environmental damage, claiming the lawsuits cost the state more than it would gain.

    A more recent example was found in public records reviewed by WWNO, including a contract between the Center for Energy Studies and the Bracewell law firm, representing Gulf Coast Sequestration. That company wants to store millions of tons of carbon dioxide underground in southwest Louisiana. It asked the center to use the project as a case study for the economic impact of a carbon capture industry on the Gulf Coast.

    Climate advocates Corinne Salter and Jill Tupitza, who started a group and podcast called Climate Pelicans, and Cheyenne Autin discuss divestment in fossil fuels in November 2023 at Louisiana State University’s Baton Rouge campus. Tarun Kakarala / The Reveille

    The contract suggests that some of the report’s conclusions were reached even before the study began. The researchers said they planned to “underscore the transformative nature of CCS (carbon capture and sequestration) on the Louisiana economy.”

    LSU’s final report ultimately listed all of the financial reasons the Gulf Coast should welcome the projects like this one — while barely mentioning the economic risks, such as the cost and financial viability of  carbon capture facilities.

    WWNO showed the report to several researchers familiar with sponsored research. All of them shared concerns over the prescriptive nature of the research proposal or the terms of the contract itself.

    LSU allows research sponsors to give feedback on drafts before they’re published. Sponsors are also allowed to stay anonymous — meaning, the public doesn’t know who funds the research.

    “It gets a D grade and it’s not quite an F,” Supran said, noting that in this case, the funder was disclosed. “ The fact that this report just touts the economic benefits of this specific company funding the report — it kind of makes you wonder if it’s worth the paper it’s written on.”

    The report’s authors declined to comment. Twilley defended the contract, saying its terms are standard throughout the university and that researchers are allowed to propose hypotheses. 

    The contract is not illegal nor does it constitute research misconduct such as using fake data or plagiarizing. But according to one elected official, reports like these, which carry the credibility of a university without the scrutiny of peer review, could influence public policy.

    “The research plays a significant role in determining whether or not we’re on the right or wrong course,” said Davante Lewis, a public service commissioner in Louisiana. His commission regulates services in Louisiana including the electric utilities.

    Lewis said he counts on such academic reports to provide a fair and comprehensive picture of an issue. But, as more industry money enters research, he said he was concerned, noting, “Oftentimes we have seen where money drives facts, not facts drive money.”

    Burnishing their reputations

    Besides funding LSU’s energy institute, oil and gas interests also pays for things everyone likes, such as health programs, tutoring and even halftime kicking contests with football fans.

    Supran says he and other researchers have a working theory that while oil and gas companies pour big money into big research institutions such as MIT and Stanford to give them credibility, they spend money at regional universities in states including Louisiana and Texas to build a compliant population.

    “It doesn’t take a genius to imagine that that money may be used to burnish the reputation locally of those companies and foster a vibrant recruitment pool,” Supran said.

    A man in a suit and tie sits at a table
    Geoffrey Supran, an associate professor at the University of Miami, tells members of the U.S. Senate Budget Committee at a May 1, 2024 hearing that his research has found “widespread infiltration of fossil fuel interests into higher education.” U.S. Senate Budget Committee

    Voss says the oil and gas industry’s support of benefits for the state are “one of the few things that it actually has right.” On the flip side, he added, “I think it protects the industry from criticism, because it makes people feel like they’re a part of the community.”

    But the heavy presence of oil and gas on campus can have a chilling effect on people and groups who don’t support those industries.

    Jill Tupitza, now a marine scientist in California, was a graduate student at LSU when she and fellow graduate student Corinne Salter started Climate Pelicans, an advocacy organization that worked to get LSU to stop investing in fossil fuels.

    When they started questioning the ties between LSU and fossil fuels, they were met with resistance.

    “Immediately, doors were shut,” Tupitza said.

    One administrator told her, “‘I can’t tell you what to do, I can’t punish you for going further. But I would strongly recommend that you stop asking questions about this,’” she recalled. “So that, obviously, that made us double down.”

    The group led marches and a petition drive urging climate divestment. They started a podcast that explored topics including environmental justice and false climate solutions.

    Tupitza said the LSU Foundation stonewalled the group’s requests for information about how much money it had invested in fossil fuels and refused requests to attend meetings about the foundation’s $700 million endowment. Later, the foundation told Tupitza that less than 4% of its holdings were invested in fossil fuels

    And then, while Tupitza and fellow graduate students were writing “Divest from Fossil Fuels,” in pink chalk in front of the foundation building, they were arrested on graffiti charges. 

    Those charges were eventually dropped. School rules prohibit writing on the sidewalks with chalk, but it is not an arrestable offense. Tupitza described her arrest as “a huge scare tactic.”. 

    Supran says LSU isn’t unique in its hesitation to cut ties with the oil and gas industry. 

    “I think it’s fair to say that for the most part, there has not been careful deliberation about the costs and the benefits of these ties, but rather a head down, and aggressive, solicitation of as much funding as they can receive from anyone.”

    Voss predicts that if conditions worsen in an industry known for its booms and busts, its support for LSU will disappear. And as climate change worsens, it will make it harder for businesses and people to stay in Louisiana, which is already near the top of U.S. states when it comes to population loss. 

    “In many ways, higher education is sitting upon a house of cards, and relying upon oil and gas is incredibly risky — as it always has been.”

    Instead, he said, “I think that LSU could and should be a really critical voice in climate change and environmental justice in Louisiana. I do worry that in failing to do so and by being so heavily tied up in oil and gas interests, it actually puts the university in a worse position.”

    This is Part 2 of a two-part investigative series exploring the relationship between the fossil fuel industry and Louisiana State University. This story was reported by a partnership with WWNO/WRKF, the Louisiana Illuminator and Floodlight.

    This story was originally published by Grist with the headline Oil and gas money shapes research, creates ‘echo chamber’ in higher education on Mar 29, 2025.

    This post was originally published on Grist.

  • In recent years, there has been a growing interest in Renewable Energy Communities (REC), legal entities that collectively manage energy, promoting economic, social, and environmental benefits for their community. This model of citizen management over an essential resource has been widely accepted — so could a similar principle be applied to money?

    Ekhilur, a nonprofit citizen cooperative, is pioneering an innovative approach to strengthening the local economy. Instead of creating a new currency, it operates its own payment system — regulated by the Bank of Spain — to maximize the circulation of the existing euro within the community for as long as possible.

    The post Beyond Community Currencies: Strengthening Your Local Economy appeared first on PopularResistance.Org.

    This post was originally published on PopularResistance.Org.

  • On a clear day overlooking the inner harbour of Prince Rupert, a northwest British Columbia town home to Canada’s third largest port, chances are you’ll see a spurt of water coming from the surface of the ocean.

    “I’ve lived here my whole life and every once in a while, you might get a glimpse of a humpback, but there have been so many humpback whales lately in the harbour, I’ve never witnessed that in my life. It’s a sign that our waters are healthy and abundant,” says Arnie Nagy, a member of the Haida Nation.

    Traditionally, Nagy is known as Tlaatsgaa Chiin Kiljuu, or Strong Salmon Voice, because of his years fighting to ensure the survival of the fishing industry and wild salmon on B.C.’s North Coast as a member of the United Fishermen and Allied Workers’ Union.
    “I’ve lived here my whole life and every once in a while, you might get a glimpse of a humpback, but there have been so many humpback whales lately in the harbour, I’ve never witnessed that in my life. It’s a sign that our waters are healthy and abundant,” says Arnie Nagy, a member of the Haida Nation.

    The post Some First Nations Ready ‘To Rise’ If Poilievre Lifts Oil Tanker Ban appeared first on PopularResistance.Org.

    This post was originally published on PopularResistance.Org.

  • The world is grappling with an energy crisis — not one of scarcity, but one created by overwhelming demand. More energy-hungry data centers and AI algorithms are coming online. Developing countries are using more energy to support their people and industries. And as the world electrifies — replacing gas cars with electric vehicles, for instance — it will use ever more power. So the electrical grid doesn’t just need renewables (and batteries to store their energy) to reduce greenhouse gas emissions, but also to meet growing demand.

    A new analysis from the Paris-based International Energy Agency puts some hard numbers to the challenge, finding that in 2024, electricity consumption jumped by 4.3 percent worldwide, almost double the annual average over the last decade. Power use in buildings accounted for nearly 60 percent of the growth last year, with other drivers including the ballooning of energy-intensive industries and the electrification of transportation. 

    “What is certain is that electricity use is growing rapidly, pulling overall energy demand along with it to such an extent that it is enough to reverse years of declining energy consumption in advanced economies,” said Fatih Birol, the IEA’s executive director, in a press release announcing the findings. “The result is that demand for all major fuels and energy technologies increased in 2024, with renewables covering the largest share of the growth, followed by natural gas.”

    The good news is that the installation of renewables like wind and solar hit a record in 2024 for the 22nd consecutive year, according to the analysis, while 33 percent more nuclear capacity came online compared to 2023. Renewables and nuclear power combined for 80 percent of the increase in worldwide electricity generation. Together, the two sources handled 40 percent of overall generation for the first time, which meant energy-related carbon dioxide emissions rose by just 0.8 percent last year, compared with 1.2 percent in 2023. 

    At the same time, the global economy grew by more than 3 percent in 2024. Carbon dioxide emissions, in other words, didn’t keep up with economic growth, so CO2 emissions and economic growth are increasingly “decoupled,” the report notes. Beneath the headline numbers, however, the story varies region to region. While countries like the U.S. can easily deploy more renewables to reduce their emissions and still maintain economic growth — renewables actually encourage that growth — in 2024 the bulk of the rise in emissions came from developing economies. “We can have more energy and less emissions — we need to have more energy and less emissions,” said R. Max Holmes, president and CEO of the Woodwell Climate Research Center, who wasn’t involved in the analysis. “There are encouraging signs in this report that that decoupling is starting to take place.”

    Still, no matter the country, renewables aren’t growing fast enough to displace fossil fuels: Oil demand rose by 0.8 percent in 2024 and coal by 1 percent. Natural gas demand went up 2.7 percent, far above the annual growth rate of 1 percent between 2019 and 2023. That was thanks to the growth of heavy industries along with brutal heat waves, especially in China and India. The hotter the world gets, the more people switch on their air conditioners, creating demand that power plants have to meet by burning fossil fuels, leading to even more warming and more AC use.

    Even so, the report reveals that the world is making some progress in weaning itself off fossil fuels. In 2024, EVs accounted for a fifth of all car sales around the world. In the U.S., sales of electric heat pumps — which move heat from outdoor air into a home — jumped 15 percent last year, and now outsell gas furnaces by 30 percent. All told, since 2019, the deployment of solar and wind energy, nuclear power, EVs, and heat pumps now prevents the release of 2.6 billion metric tons of CO2 each year. “That’s about half the U.S. economy’s worth of emissions, and that’s just five solutions in five years,” said Jonathan Foley, executive director of Project Drawdown, a Minnesota-based climate nonprofit that wasn’t involved in the report. “We’re still far behind. All the bad news is still true — climate change is still happening, it’s bad, it’s ugly, we’re not doing enough. But I’m seeing an inflection point here.”
    The big question in the U.S. is whether the new Trump administration, which has been aggressivelydismantlingclimateprogress in its first two months in office, can kneecap this shift to clean-energy. Experts say that there are fundamental market forces beyond the control of the federal government, namely that renewables are now cheaper to deploy than more fossil-fuel infrastructure. “The world is transitioning away from fossil fuels and toward renewable and non-greenhouse-gas-emitting energy sources, period,” Holmes said. “It is going to happen. What the Trump administration right now is doing can slow that transition, but it certainly can’t stop that transition.”

    This story was originally published by Grist with the headline Renewables surged in 2024 — but so did fossil fuels on Mar 27, 2025.

    This post was originally published on Grist.

  • In the decade since the world pledged to combat climate change under the Paris Agreement, global energy systems have undergone a revolution. The United States experienced a sixfold increase in solar power, and wind power more than doubled. And there are now more than 40 million electric vehicles on roads worldwide.

    But ending our dependence on fossil fuels and adopting this new, greener technology requires a whole lot of metal.

    It takes lithium and cobalt to build the batteries that power electric vehicles and e-bikes, nickel and rare earth elements to construct solar panels and wind turbines, and copper to build the wires that move renewable energy from the sunny and windy places it’s generated to the cities and factories where it’s most needed.

    The faster we move away from fossil fuels, the more desperately we will need these metals and other so-called critical minerals. In an ambitious energy transition, global demand for them will quadruple by 2040, according to the International Energy Agency. That means digging vast new open-pit mines, building powerful new refineries to distill raw ore, and opening new factories to manufacture batteries and turbines.

    Just as the 20th century was defined by the geography of oil, the 21st century could be defined by the new geography of metal — in particular by snarled industrial supply lines that often flow from the developing world to the developed world and back again.

    On his first day in office, U.S. President Donald Trump signed two separate executive orders that mentioned so-called critical minerals, saying the country was mining them at a pace “far too inadequate to meet our nation’s needs.” He has since tried to fast-track permitting for domestic mining projects, while at the same time looking abroad for more supply — including in Greenland, which he has said should be under U.S. control, and in Ukraine, where he has attempted to secure mineral access in exchange for protection against Russia.

    Though Trump is taking every step he can to stymie the development of renewable energy, his fixation on these resources reflects an undeniable reality: The world’s growing need for critical minerals has huge implications for geopolitics, as well as climate and environmental policy.

    Below, Grist demystifies critical minerals and the race to extract them. We outline the ways the world currently mines, refines, and deploys a few key metals that are essential for renewable energy and electric vehicles. Bringing order to the world’s mineral chaos will be no easy task, but the fight against climate change depends on getting it right.

    The minerals

    A renewable energy product, like an electric-vehicle battery or solar panel, contains dozens of minerals. Many of them aren’t difficult to find: Copper, for instance, which is a primary component in transmission wires, has been mass-produced around the world for more than 100 years. But many others needed for the technology are far more difficult to access, and governments and companies around the world are now rushing to shore up their supplies. Here’s the state of play for four of the minerals that are most critical to the energy transition: lithium, cobalt, and nickel, which are key components of energy-storing batteries, and rare earth elements, which help power wind turbines.

    Hover over the gold circles below to see which minerals power modern society. 
    Magnetic rare earth elements — a class of elements that are essential components in electric motors — include neodymium, praseodymium, dysprosium, and terbium.

    LITHIUM

    Lithium is essential to clean technology because it can contain huge amounts of energy, making it the ideal basis for the batteries that juice up EVs and store the power produced by solar and wind. While the element is somewhat common around the world, it’s only economical to mine it in a few places where deposits are large and easy to access. Australia is by far the world’s largest producer of lithium, accounting for around 50 percent of global supply. In 2021, the nation’s massive Greenbushes mine produced around one-fifth of the world’s raw lithium. Miners have been digging it in former tin quarries on the country’s southwest coast since the 1980s, well before it was a keystone of the energy transition, when the metal was mostly used for nuclear technology and to make items like heat-resistant glass. The country now sees lithium as a key substitute for threatened exports like coal.

    Bolivia, Argentina, and Chile, make up the so-called “Lithium Triangle.” These three South American countries produce a relatively small amount of the mineral now, but together they hold well over half of the world’s proven lithium reserves. Unlike the hard rock resources in Australia, the deposits in Bolivia sit in the massive Uyuni salt flat, an ecological marvel that is also home to the Aymara, an Indigenous people. The left-wing government of Evo Morales has vowed that the state will lead lithium production and redistribute the benefits — his plan is called “¡100 percent Estatal!” — but residents in Uyuni have protested the idea, saying they’re concerned about the environmental impacts of mining on the playa.

    The United States’ ambitions to create its own lithium supply chain rest to a large extent on a remote desert in northern Nevada. The area, known as Thacker Pass, is home to one of the world’s largest known lithium deposits, estimated to contain more than 40 million recoverable tons of the metal. A company called Lithium Americas is now constructing what will be the nation’s largest lithium mine there. The project received support from both the Biden and first Trump administrations, as well as more than $600 million in financial commitments from General Motors, which has sole rights to the first mineral product from the mine. It too generated protests and lawsuits from Indigenous tribes as well as local ranchers — efforts that were ultimately unsuccessful. 

    COBALT

    The Democratic Republic of the Congo, or DRC, dominates world production of cobalt, another critical ingredient of lithium-ion batteries. The DRC makes up 80 percent of global cobalt output, but China either owns or is a major stakeholder in the vast majority of the country’s mineral infrastructure, which has grown rapidly in recent years. Mining operations have forced thousands of people out of their homes, polluted the air with toxic cobalt dust, and dumped poisonous tailings into rivers and streams. The mines rely extensively on human trafficking and child labor, according to human rights groups.

    A key dilemma is that no other country contains comparable reserves of cobalt. The DRC contains more than half of the world’s untapped land supply of the mineral, twice as much as Australia, which is next highest on the list. The other countries with known deposits, like Russia and Canada, only have enough proven supply to provide around one year of world cobalt production at current rates. Assuming that there are no major discoveries in other countries over the next few years, the path to a successful energy transition will likely run through the DRC.

    International waters, however, are another thing. The Clarion-Clipperton Zone, a wide stretch of the Pacific Ocean between Hawaiʻi and Mexico, contains what are perhaps the world’s most robust reserves of cobalt. The region’s seabed, more than 10,000 feet below the surface, contains an estimated 50 million tons of cobalt, at least several times more than what can be found in the DRC. But even if the depth wasn’t a factor, dozens of countries have called for a ban on deep-sea mining, and members of the International Seabed Authority last year voted in a leader who was critical of the practice.

    NICKEL

    Nickel is the Swiss army knife of energy transition minerals: It’s used not only in EV batteries but also in solar panels, wind turbines, and even in the production of green hydrogen. Thankfully, supplies of the metal are far more distributed around the world than is the case for lithium and cobalt. All kinds of countries, from Russia to Australia to Brazil to Indonesia, boast huge nickel resources — and even some small island states like the French overseas territory of New Caledonia have gobs of the metal as well. Because nickel has long been used in stainless steel and other alloys, there are far more mature and production-ready mines than there are for cobalt.

    Indonesia, the world’s fourth-most populous country, currently accounts for half of global nickel production. The country has been mining the metal since it was a Dutch colony at the turn of the 20th century. Here, as in other countries, the global nature of the supply chain has proven politically contentious: The country depends on China to refine its raw nickel ore and invest in its mining infrastructure. In an effort to reduce this dependence, Indonesia imposed a ban on the export of raw nickel ore in 2020, forcing producers to invest in smelting resources in the country.

    Brazil is home to among the largest untapped nickel deposits in the world, but political turmoil has made the future of this resource uncertain. Much like the United States, the country has swung between left-wing and right-wing leaders with radically different environmental policies. The current president, Luiz Inácio Lula da Silva, has positioned himself as a defender of the Amazon rainforest and an environmental champion, unlike his conservative predecessor — but he seems to be warming to the industrial giant Vale, which hopes to invest billions of dollars in expanded copper and nickel mining.

    RARE EARTHS

    So-called rare earth elements are essential for modern wind power. They are major components of the ultra-powerful and long-lasting magnets through which turbines generate energy. While the substances aren’t quite as rare as we thought when we gave them that name, well over half of global production is concentrated in China, which has a stranglehold over the rare earth supply chain. The country has been mining the elements for decades, including in massive open-pit mines in inland areas such as the autonomous region of Inner Mongolia. In Jiangxi province, which had a rare earth boom in the 1990s during the first tech boom, mining operations denuded forests and left behind contaminated wastewater pits.

    China is far from the only country with a significant share of rare earth metals, but the other countries that have huge stores of the minerals have yet to extract much of them. Take Vietnam, for instance: The country has 22 million tons of rare earths underground, about 20 percent of the world’s known supply and enough to build millions of wind turbines, but it produced a relatively microscopic 600 tons in 2023 — the very same year it entered into an agreement with the U.S. to develop the sector. With corruption scandals implicating top executives at domestic mining authorities, Vietnam is not poised to emerge as a serious alternative to Chinese rare earth supply in the near future.

    President Donald Trump appears to be serious about trying to seize Greenland from Denmark. The apparent aim of Trump’s recent diplomatic onslaught over the far northern territory is to secure a strategic military outpost in the Arctic, but the purchase would also have the added effect of giving the United States access to one of the world’s largest untapped reserves of rare earth metals. The European Union and China have also eyed these reserves.

    Annual global mineral production

    Today 2050 (estimated)
    Li
    Lithium
    180,000 metric tons
    Rare Earths
    72,000 metric tons
    Co
    Cobalt
    230,000 metric tons
    Ni
    Nickel
    3,600,000 metric tons

    Because of inconsistencies in our datasets, a number of data sources were used for this series.

    Data for current production of lithium, cobalt, and nickel comes from USGS Mineral Commodity Summaries 2024. All 2050 projections come from IEA 2024 Global Critical Minerals Outlook. This report only includes data on the small subset of magnetic rare earth elements used in clean energy: neodymium, praseodymium, dysprosium, and terbium. For this reason, data for current production of rare earth elements is sourced from IEA, and only includes those four magnetic rare earth elements.

    The supply chain 

    The bare rock that miners scrape out of the earth in a place like Australia or Indonesia is just at the beginning of its useful life — and it’s a long way from helping to spin a wind turbine or start up an EV. Once a chunk of something like lithium ore leaves the ground, it must undergo a complex refining process to become an adequate conductor of electricity, and then it must travel to a factory where workers can integrate it into a battery pack. These refining and manufacturing processes almost never happen where miners pull the minerals out of the ground, which creates something like a global game of hot potato.

    Minerals: Where are they now?

    Annual Production Reserves
    Loading world map data…

    Because of inconsistencies in our datasets, a number of data sources were used for this series.

    Data for the map comes from USGS Mineral Commodity Summaries 2024. For proprietary reasons, current lithium production data was withheld from that dataset. Because of this, current U.S. lithium production came from The Energy Institute’s 2024 Statistical Review of World Energy. That U.S. figure (600 metric tons) was added to lithium’s global total.

    REFINING

    In their raw, rocky form, minerals like lithium and nickel are useless for the energy transition. In order to become component parts for EV batteries and wind turbines, these metals must be refined down to purer substances, often through energy-intensive smelting processes. This is the source of the world’s largest energy transition bottleneck: Virtually all mined metal, whether it comes out of the ground in Indonesia or Canada, must travel to China in order to be refined. The country controls 90 percent of the world’s rare earth refining capacity, around two-thirds of its lithium and cobalt refining capacity, and around a third of its nickel refining capacity. 

    Why is China such a refining behemoth? It’s simple: It has a massive head start. The Chinese state recognized early that critical minerals would be key to a future where fossil fuels were on the wane, and it has poured billions of dollars over the past few decades into the construction of new refineries, setting aside environmental concerns that led to the offshoring of some industrial plants from the United States. The country also invested in the upstream production of these minerals in other developing countries through its $1 trillion Belt and Road initiative, enabling it to achieve vertical integration through the supply chain for certain minerals.

    As its foreign relations with China deteriorate, the United States has made halting attempts to build its own lithium refinery fleet, but it’s a slow grind. Thanks to the protectionist nature of U.S. climate policies — the Inflation Reduction Act restricts EV subsidies to cars made with battery material produced and refined in the United States — the entire U.S. energy transition is somewhat dependent on this halting progress. However, there are some large projects in the pipeline, such as Stardust Power, a 50,000-ton lithium refinery being built in Oklahoma. The state has also secured refinery projects for cobalt, nickel, and rare earth metals, but these projects require significant state and federal subsidies to get off the ground: Stardust is eligible for federal and state subsidies totalling around $257 million, almost a quarter of its $1 billion overall cost. Whether these subsidies will be enough for the U.S. to refine all the lithium it needs is very much an open question.

    MANUFACTURING

    The most promising effort to make the United States competitive in the minerals supply chain may not be a mine, or a refinery, or a factory — but a recycling plant. The startup Ascend Elements opened its first large facility for the recycling of lithium-ion batteries in Covington, Georgia, in 2023. Each year the facility crushes up battery packs containing the equivalent of the lithium in 70,000 spent EVs, and it uses a liquid solution to turn the ground-up dust into new cathode material. If the approach can scale up substantially, it could reduce U.S. reliance on the labyrinthine mining supply chain.

    While refining is China’s biggest advantage, the country is also a major player in the manufacturing of batteries, cars, and wind turbines — the final destination industries for all the raw metals we’re mining around the world. Tariffs have prevented the country’s main car makes from going mainstream in the United States, but the affordable BYD (BuildYourDreams) brand now makes up around 15 percent of the global EV market — and just overtook Tesla as the world’s most popular electric car. On wind energy, the country is even more dominant: It produces 60 percent of the world’s wind turbines.

    The fact that one of Tesla’s largest factories is located in Germany, thousands of miles away from lithium mines and lithium refineries, is a stark demonstration of a key irony in global development: Wealthy countries like the United States and Germany have done their best to retain well-compensated heavy manufacturing jobs, but they now rely on the developing world for the minerals that supply their manufacturing sectors.

    Read the full mining issue

    This story was originally published by Grist with the headline A guide to the 4 minerals shaping the world’s energy future on Mar 26, 2025.

    This post was originally published on Grist.

  • In the main square of Peine, a village of low houses and dirt streets in Chile’s northern Atacama Desert, there is barely any movement. It’s midday and the sun beats down from a cloudless sky. At this hour, the streets remain largely empty. Every now and then, a truck interrupts the silence of its steep and cracked streets. But it’s not always this quiet. Although this small town has just over 300 residents, its population can quadruple after 6 p.m. when workers from across the country return from mining lithium — the mineral that has turned this remote village into a crucial link in the global energy transition.

    Peine sits on the edge of the nearly 1,200-square-mile Atacama Salt Flat, or Salar de Atacama. Sitting beneath its surface, dissolved in underground saline waters called brine, is one of the largest, most concentrated reserves of lithium in the world.

    The mineral is used in everything from air-conditioning, computers, ceramics, and mood-stabilizing medication to, most recently, electric vehicle batteries and renewable energy storage. As countries and industries around the globe race to adopt more climate-friendly technology, demand for lithium has spiked. The Atacama Salt Flat is an epicenter of this growth. The region contains an estimated 8.3 million tons of lithium and now supplies 30 percent of global demand annually. Chile has a national plan to increase production even more.

    But this boom has reshaped the fragile Atacama ecosystem as well as the life of the 18 Indigenous settlements — which are home to the Lickanantay, or the Atacameño people — that surround the salt flat.

    Trucks, heavy machinery, and pipelines now crisscross the desert landscape, transporting lithium-laden brine extracted from underground wells to a network of evaporation ponds. Under the blazing Atacama sun, water evaporates from the mixture, leaving behind piles of salt and lithium.

    After evaporation, the lithium chloride from the Salar de Atacama is loaded on to trucks and carried across the desert, kicking up dust along the route to the Chilean coast. In the town of Antofagasta, the material is delivered to a chemical plant to be refined into lithium carbonate and lithium hydroxide. It is then bagged, sent 40 miles north to the Port of Angamos in Mejillones, and shipped off to destinations such as China, Korea, Japan, and the United States.

    Peine — once a town of “peaceful and healthy living,” according to Sergio Cubillos, president of the community — has become a thoroughfare for contractors’ trucks and buses in the evening. Residents, newly concerned for their safety, have installed bars on their windows and gates around their patios. “There are truck thefts, and there’s drug and alcohol use. People tend to keep to themselves more,” Cubillos said. Black flags on the facades of some homes in Peine reflect the residents’ discontent.

    In several communities surrounding the Atacama Salt Flat, black flags on building facades reflect residents’ discontent with the future of lithium extraction. Muriel Alarcon / Grist

    According to the president of the Peine Community, Sergio Cubillos, this locality has become a transit route for trucks and contractor buses. In several communities surrounding the Atacama Salt Flat, black flags on building facades reflect residents’ discontent with the future of lithium extraction. Muriel Alarcon / Grist

    According to the president of the Peine Community, Sergio Cubillos, this locality has become a transit route for trucks and contractor buses. Muriel Alarcon / Grist

    Then there is the critical problem of water. Mining in northern Chile “uses volumes of water comparable to the flows of the Loa River,” the longest waterway in the country and the main water source for the region, said Christian Herrera, an expert in hydrogeology in arid areas at the Catholic University of the North in Chile. One recent study found that the Atacama region where lithium-rich brine is pumped is sinking at a rate of up to 0.8 inches per year. It is also where groundwater levels have decreased the most. 

    The surrounding towns have seen their already scarce drinking supplies decline as the lithium mines boom. Toconao, a community east of the salt flat, and some towns surrounding San Pedro de Atacama have reported experiencing water shortages. Every night, households in Peine have their water cut off to refill the tanks that supply the city. 

    Cubillos understands that lithium is essential for a world without fossil fuels, but he wants to see more regulation. “[I hope] the time never comes when someone says: ‘You know what? You’ll have to leave because there is no more water, no more land left,’” he said.


    The Lickanantay have inhabited the world’s driest nonpolar desert for millennia. They lived as hunters, herders, and farmers. In Kunza, the native language of the Atacameños, the land, or Mother Earth, is called Patta Hoiri and water, puri

    Among the most common fauna of the desert are llamas, which coexist with the Lickanantay, or Atacameño people, who have inhabited the world’s driest nonpolar desert for millennia. Muriel Alarcon / Grist

    The region also happens to be rich in minerals: Volcanic and magmatic activity millions of years ago deposited them, and the Atacama’s exceptionally arid climate preserved them. As one biologist put it, the Atacama Desert is a “geological photograph.”

    Mining companies first flocked to the region in the early 20th century in search of copper. Soon, mining camps and entire towns rose up around extraction sites. The industry pumped money into the rural economy: Mining helped build the chapel of the San Roque Church in Peine, the local school, and a soccer field. It has also been a critical source of formal employment for residents. 

    But the recent demand for lithium has far outpaced the region’s previous extraction rates, leaving local residents grappling with the environmental and societal impact of a rapidly growing industry — with little oversight from the nation’s regulators.

    The country of Chile owns the mining rights to the Atacama Salt Flat. The Chilean Economic Development Agency, or Corfo, manages the agreements and leases with private companies operating and producing lithium in the region: Albemarle and SQM, which has among its shareholders the Chinese company Tianqi Lithium and the Ponce Lerou family, the latter which has ties to former Chilean dictator Augusto Pinochet. A new public-private partnership between SQM and Codelco, the state-owned copper company, will also operate in the Atacama Salt Flat from 2025 to 2060, with Codelco holding a 50 percent stake plus one share.

    According to the Chilean Copper Commission, which is responsible for generating statistics and reports on mining in Chile, global lithium demand is expected to reach 3.8 million metric tons of lithium carbonate equivalent (a standardized measurement of lithium) by 2035 — up from just 310,000 metric tons in 2020. That represents a twelvefold jump.

    In 2023, Chilean President Gabriel Boric introduced the National Lithium Strategy to tap into this surging market. The plan seeks to increase lithium production in the country by 70 percent by 2030 and to restore Chile as the world’s leading producer of the mineral, a position it held until 2017 when it was outpaced by Australia. 

    “No one denies that there has been so-called ‘development,’” said Cubillos, referring to how mining has long contributed to the local Atacama economy. “But the main complaint here is the lack of government support.”

    Unlike Australia, where lithium is mined from hard rock using complex and costly chemicals, in Chile the process involves brine extraction, “aided by the exceptional arid and sunny climate,” explained Hugo Romero, an expert in geography and climatology at the University of Chile.

    a machine digs alongside a watery salt flat
    Mining trucks load lithium sulfate, as seen in Chile’s Atacama Salt Flat on July 29, 2024.
    Aguayo Araos / Anadolu via Getty Images

    These conditions are what make the Atacama Salt Flat ideal for low-cost extraction, economically speaking, “because the inputs are almost entirely natural,” he said. But he cautions that the water extracted with the brine evaporates and is lost to the atmosphere, disrupting the socio-ecological and hydro-social balance of the area. Simply put, lithium mining “is drying out the desert,” said Mauricio Lorca, who researches lithium and its impact on Indigenous communities at the University of Talca. 

    Three decades ago, an influx of mining companies prompted local Indigenous leaders like Cubillos, to organize under the Council of Atacameño Peoples, or CPA in Spanish, representing the 18 communities surrounding the salt flat. The CPA has become the key negotiator with mining companies and employs legal advisers to defend its territory.

    Some agreements, however, have sparked tensions. A decade ago, CPA signed an unprecedented cooperation, sustainability, and mutual benefit agreement, under which Albemarle committed to delivering 3.5 percent of its annual sales to the Atacameño people. While some believe the communities should economically benefit from the mining happening in the region, others “want to return to their previous, peaceful way of life,” Cubillos explained. Lorca, from the University of Talca, observes that “these transactional, albeit redistributive, relationships are transforming the interethnic relations of Indigenous communities into economic ones.”

    Alexis Romero, a prominent figure and former president of the Council of Atacameño Peoples, has become a central figure in the debate. From the community of Solor, located in the northern part of the salt flat, he emphasized that the CPA has resolved “not to be partners or part of lithium production, to promote territorial unity, and to occupy every decision-making space concerning lithium” — though it has not dissuaded individuals from working in the mines. 

    A man poses for a portrait while standing outside a sand-colored building
    Alexis Romero has become a prominent figure in the Council of Atacameño Peoples, an organization that defends the interests of the communities living around the Atacama Salt Flat. Council of Atacameño Peoples,

    The CPA is also demanding guaranteed access to water. They are asking state entities, such as the Ministry of Science and the General Directorate of Water, which manages and regulates Chile’s water resources, for studies on the impact of the projected extraction on their land through 2060. As Romero put it, “Our ancestral ways of life are now at serious risk of disappearing precisely because of the lack of water.”

    In 2017, the CPA convened environmental representatives from all 18 communities to form a volunteer group focused on studying water availability in the desert. By 2019, this group had formalized, trained field technicians, recruited Atacameños and non-Atacameño water experts, and transformed into the CPA’s environmental unit. “The dream [was] that the communities could have their own data to debate with companies and the state,” explained Francisco Mondaca, an environmental engineer from Toconao who leads the initiative.

    For Mondaca, who as a child helped his grandmother plant crops in the Atacama, a fair and sustainable transition to clean energy must be responsible and respect the fragility of this environment. “Otherwise, the much heralded energy transition will mean the extermination of an ancient nature and culture,” he said.

    “Not all of us are against mining, but we do want to know the state of health of our basin,” said Edwin Erazo, a pharmacist from the community of Cúcuter, who is part of the CPA’s environmental unit. “We don’t want to be a sacrifice zone.”


    The CPA does not act alone in defending the salt flat and its waters; Atacameños activists have teamed up with researchers and scientists to advocate for the region’s cultural, environmental, and biological significance.

    Back in the early 2000s, Sonia Ramos, a Lickanantay healer from Chuquicamata, watched as her community lost access to its water due to the construction of a reservoir that charged farmers unaffordable prices. Confronted with this crisis, she felt compelled to act.

    “From that point on, I realized that without this kind of stance and critical thinking, the next generation could be forced to migrate,” said Ramos from her home in San Pedro de Atacama, outside of the salt flat. Over time, her resistance made her a national figure in water defense.

    In 2009, she walked 978 miles — almost the equivalent of walking from New York to Miami — to Chile’s capital city, Santiago, demanding the permanent cancellation of permits for a geothermal plant operating at the El Tatio geysers. The site is the largest geyser field in the Southern Hemisphere, known for its steam columns and fumaroles, and holds Indigenous significance as a ceremonial site. 

    “I thought it would set an example for my people, but I was wrong,” she said. She hoped her actions and the movement she led would change her community’s priorities around natural resources. But soon after her march, the CPA signed its cost-sharing agreement with mining companies. “Our people have had no other opportunities. The state has never viewed our land through any lens other than extraction,” she explained. “Here, it’s the transnationals who govern.” 

    Sonia Ramos, a Lickanantay healer born in Chuquicamata, has risen as a defender of water in the Atacama Desert. Council of Atacameño Peoples,

    She founded Ayllus sin Fronteras, an organization “uniting people in harmony between ancestral and non-ancestral ways” to preserve Atacameño cultural heritage and promote the idea that the Atacama Salt Flat is more than just a resource reserve — it is the grandfather heart (abuelo corazón) of Lickanantay culture. “It irrigates the entire greater Atacama with its underground rivers,” Ramos said. Her organization has put together various resistance strategies against natural resource extraction, ranging from summer schools and research projects with local and international universities that integrate science and ancestral knowledge to signature-collecting campaigns and public demonstrations. 

    Often invited to speak at forums, Ramos, whose father worked for the mining industry, has been connecting with researchers to study alternatives to natural resource extraction. “The desert holds great answers for humanity,” she said. “The groundwater holds the memory of all planetary processes.”

    Her leadership has drawn researchers like Manuel Tironi, a sociologist at the Institute for Sustainable Development at the Catholic University of Chile, who has collaborated with Ramos on studies about how extractive industries disrupt the water balance and biodiversity, as well as the cultural and spiritual integrity of the Lickanantay world. 

    Ramos has also collaborated with Chilean biologist Cristina Dorador, an associate professor at the University of Antofagasta and principal researcher at the Center for Biotechnology and Bioengineering. Dorador’s research studies the biodiversity of Chile’s salt flats and their microbial richness. Her team’s recent findings warn that increased lithium extraction has led to declining flamingo populations, particularly among endemic species.

    In 2020, during her participation in Chile’s Constitutional Convention, which aimed to draft a new constitution for the country, Dorador tried amending the draft constitution article that classifies salt flats as “mines” under Chilean law. “Salt flats aren’t mines; they’re ecosystems,” she said. While her edited text made it into the draft, the proposed new constitution was ultimately rejected by an overwhelming majority of the Chilean population.

    Despite the setback, Dorador has continued to advocate for the region’s vital ecological role. “I knew it was urgent to study the salt flats, at least to preserve a record of what they once were,” she said. She eventually left her lab and switched full-time to fighting to preserve Chile’s salt flats. 

    Trucks lumber alongside a large swath of land covered in white crystals and piles
    Trucks drive alongside lithium mining pits in the Atacama Salt Flat, Chile, on July 29, 2024.
    Lucas Aguayo Araos / Anadolu via Getty Images

    Mining continues to ramp up under Chile’s National Lithium Strategy, with companies exploring previously untouched parts of the Atacama and other salt flats in the country. 

    The SQM and Codelco partnership is promoting the “Salar Futuro” project, which commits to “building a governance model to foster a sustained relationship with the communities around the salt flat” and to implementing new extraction methods that achieve “a more efficient and sustainable production, that is, producing more lithium with less brine and no use of continental water.” In a statement for Grist, SQM and Codelco assured that among other things, this partnership “protects the local ecosystems of the salt flat and the surrounding communities.”

    But even as the government has made funds available for studying these ecosystems, concerns remain about how mining expansion will impact the region. Dorador and her colleagues secured one of these grants and, over the next three years, will study the potential of salt flat microorganisms for everything from storing greenhouse gas emissions to benefiting human health, including as a source of antibiotics, anticancer compounds, and bacteria that break down plastics. “There’s almost no information about these basins; this is a chance to generate knowledge to appreciate ecosystems without exploiting them, as spaces for study,” she said.


    In the past, Atacameños practiced the ritual of walking to the salt flat to gather flamingo eggs. The tradition, carried out collectively, provided food for families and facilitated trade with neighboring agricultural communities. To preserve the species, local customs dictated that some eggs should always be left in the nests. Flamingo feathers played a role in traditional ceremonies, including Talatur, a ritual still practiced today, “so that we don’t lose the water,” according to Cubillos. During the ceremony, participants clear irrigation channels and chant to the water in Kunza.

    Today, this ecosystem has disappeared, the landscape is desiccated, and the flamingos no longer arrive.

    The severe water shortage led Peine to file a lawsuit against Minera Escondida, a leading copper extraction company, in 2022. Later, the Consejo de Defensa del Estado, or State Defense Council — tasked in Chile with representing and safeguarding the public interest in environmental litigation — joined the case, adding Albemarle and the mining company Zaldívar. The companies were accused of continuously extracting water resources from the Monturaqui-Negrillar-Tilopozo Aquifer, a key source of groundwater in the Atacama Desert, vital for recharging ecosystems like Las Vegas de Tilopozo, a sacred space for the Atacameño people. A scientific study in which Mondaca’s environmental unit participated was presented as evidence in the lawsuit.

    In December, the First Environmental Court of Antofagasta approved a settlement agreement between Peine, the State Defense Council, and the mining companies over responsibility for the environmental damage to the aquifer and Las Vegas de Tilopozo, which had profoundly affected the way of life and customs of the Indigenous community. Under the agreement, the mining companies must take measures to restore the aquifer and Las Vegas de Tilopozo, as well as compensate the residents of Peine for social, economic, and environmental damages.

    “It’s not right for the world to benefit from these resources while we’re the ones paying the price,” Cubillos said. He added: “We want Peine to exist for future generations.”

    Read the full mining issue

    This story was originally published by Grist with the headline Chile’s lithium boom promises jobs and money — but threatens a critical water source on Mar 26, 2025.

    This post was originally published on Grist.

  • Greenland’s massive cap of ice, containing enough fresh water to raise sea levels by 23 feet, is in serious trouble. Between 2002 and 2023, Greenland lost 270 billion tons of frozen water each year as winter snowfall failed to compensate for ever-fiercer summer temperatures. That’s a significant contributor of sea level rise globally, which is now at a quarter of an inch a year.

    But underneath all that melting ice is something the whole world wants: the rare earth elements that make modern society — and the clean energy revolution — possible. That could soon turn Greenland, which has a population size similar to that of Casper, Wyoming, into a mining mecca. 

    Greenland’s dominant industry has long been fishing, but its government is now looking to diversify its economy. While the island has opened up a handful of mines, like for gold and rubies, its built and natural environment makes drilling a nightmare — freezing conditions on remote sites without railways or highways for access. The country’s rich reserves of rare earths and geopolitical conflict, however, are making the island look increasingly enticing to mining companies, Arctic conditions be damned.

    Meltwater drips from glacier ice in Disco Bay, Greenland, revealing bare earth beneath. Science Photo Library / Getty Images

    When President Donald Trump talks about the United States acquiring Greenland, it’s partly for its strategic trade and military location in the Arctic, but also for its mineral resources. According to one Greenland official, the island “possesses 39 of the 50 minerals that the United States has classified as critical to national security and economic stability.” While the island, an autonomous territory of Denmark, has made clear it is not for sale, its government is signaling it is open to business, particularly in the minerals sector. Earlier this month, Greenland’s elections saw the ascendance of the pro-business Demokraatit Party, which has promised to accelerate the development of the country’s minerals and other resources. At the same time, the party’s leadership is pushing back hard against Trump’s rhetoric.

    Rare earth elements are fundamental to daily life: These words you are reading on a screen are made of the ones and zeroes of binary code. But they’re also made of rare earth elements, such as the terbium in LED screens, praseodymium in batteries, and neodymium in a phone’s vibration unit. Depending on where you live, the electricity powering this screen may have even come from the dysprosium in wind turbines. 

    These minerals helped build the modern world — and will be in increasing demand going forward. “They sit at the heart of pretty much every electric vehicle, cruise missile, advanced magnet,” said Adam Lajeunesse, a public policy expert at Canada’s St. Francis Xavier University. “All of these different minerals are absolutely required to build almost everything that we do in our high-tech environment.”

    Greenland’s vanishing ice

    Sea ice extent, 1979 vs 2023

    Arctic sea route
    1979
    2023

    To the increasing alarm of Western powers, China now has a stranglehold on the market for rare earth elements, responsible for 70 percent of production globally. As the renewables revolution unfolds, and as more EVs hit the road, the world will demand ever more of these metals: Between 2020 and 2022, the total value of rare earths used in the energy transition each year quadrupled. That is projected to go up another tenfold by 2035. According to the European Commission’s Joint Research Centre, by 2030, Greenland could provide nearly 10,000 tons of rare earth oxides to the global economy. 

    One way to meet that demand, and for the world to diversify control over the rare earths market and speed up clean energy adoption, is to mine in Greenland. (In other words, the way to avoid future ice melt may, ironically, mean capitalizing on the riches revealed by climate-driven ice loss.) On the land currently exposed along the island’s edges, mining companies are starting to drill, and the U.S. doesn’t want to be left out of the action. 

    But anyone gung-ho on immediately turning Greenland into a rare earths bonanza is in for a rude awakening. More so than elsewhere on the planet, mining the island is an extremely complicated, and lengthy, proposition — logistically, geopolitically, and economically. And most importantly for the people of Greenland, mining of any kind comes with inevitable environmental consequences, like pollution and disruptions to wildlife.

    A plane with the word 'TRUMP' on it sitting at an icy airport with village and water in the background
    An aircraft carrying President Trump’s son, businessman Donald Trump Jr., arrives in Nuuk, Greenland, on January 7.
    Emil Stach / Ritzau Scanpix / AFP / Denmark OUT via Getty Images

    The Trump administration’s aggressive language has spooked Indigenous Greenlanders in particular, who make up 90 percent of the population and have endured a long history of brutal colonization, from deadly waves of disease and displacement to forced sterilization. “It’s been a shock for Greenland,” said Aqqaluk Lynge, former president of the Inuit Circumpolar Council and co-founder of Greenland’s Inuit Ataqatigiit political party. “They are looking at us as people that you just can throw out.”

    Lacking the resources to directly invest in mining for rare earths, the Greenland government is approving licenses for exploration. “We have all the critical minerals. Everyone wants them,” said Jørgen T. Hammeken-Holm, permanent secretary for mineral resources in the Greenland government. “The geology is so exciting, but there are a lot of ‘buts.’”


    TThe funny thing about rare earth elements is that they’re not particularly rare. Planet Earth is loaded with them — only in an annoyingly distributed manner. Miners have to process a lot of rock to pluck out small amounts of praseodymium, neodymium, and the 15 other rare earth elements. That makes the minerals very difficult and dirty to mine and then refine: For every ton of rare earths dug up, 2,000 tons of toxic waste are generated.

    China’s government cornered the market on rare earths by both subsidizing the industry and streamlining regulations. “If you can purchase something from a Chinese company which does not have the same labor regulations, human rights considerations, environmental considerations as you would in Australia or California, you’ll buy it more cheaply on the Chinese market,” Lajeunesse said. Many critical minerals that are mined elsewhere in the world still go back to China, because the country has spent decades building up its refining capacity.

    The race is on

    Count of active rare earth exploration licenses in Greenland by country

    China has used the rare earths market as an economic and political weapon. In 2010, the so-called Rare Earths Trade Dispute broke out, when China refused to ship the minerals to Japan — a country famous for its manufacturing of technologies. (However, some researchers question whether this was a deliberate embargo or a Chinese effort to reduce rare earth exports generally.) More subtly, China can manipulate the market on rare earths by, say, increasing production to drive down prices. This makes it less economically feasible for other mining outfits to get into the game, given the cost and difficulty of extracting the minerals, solidifying China’s grip on rare earths. 

    “They control every stage — the mining of it, and then the intermediate processing, and then the more sophisticated final product processing,” said Heather Exner-Pirot, director of energy, natural resources, and environment at the Macdonald-Laurier Institute, a think tank in Canada. “So they can intervene in the market at all these levels.”

    This is a precarious monopoly for Western economies and governments to navigate. Military aircraft and drones use permanent magnets made of terbium and dysprosium. Medical imaging equipment also relies on rare earths, as do flatscreens and electric motors. It’s not just the energy transition that needs a steady supply of these minerals, but modern life itself.

    Meltwater flows from the Russell Glacier near Kangerlussuaq, Greenland
    Meltwater flows from the Russell Glacier near Kangerlussuaq, Greenland. Juan Maria Coy Vergara / Getty Images

    As a result, all eyes are turning toward Greenland’s rich deposits of rare earths. The island contains 18 percent of the global reserves for neodymium, praseodymium, dysprosium, and terbium, according to the European Commission’s Joint Research Centre. Even a decade ago, scientists reported that the island could meet a quarter of the global demand for rare earths.


    TThe question is whether mining companies can overcome the headaches inherent in extracting rare earths from Greenland’s ice-free yet still frigid edges. An outfit would have to ship in all their equipment and build their own city at a remote mining site at considerable cost. On top of that, it would be difficult to actually hire enough workers from the island’s population of laborers, so a mining company may need to hire internationally and bring them in. Greenland has a population of 57,000, just 65 of whom were involved in mining as of 2020, so the requisite experience just isn’t there. “Labor laws are much more strict than they would be in a Chinese rare earth mine in Mongolia,” Lajeunesse said. “All of those things factor together to make Arctic development very expensive.”

    Still, the geopolitical pressure from China’s domination of the rare earths market has opened Greenland to exploration. No one needs to wait for further deterioration of the island’s ice sheet to get to work, as there’s enough ice-free land along these edges to dig through. Around 40 mining companies have exploration, prospecting, and exploitation licenses in Greenland, with the majority of the firms based in Australia, Canada, and the United Kingdom. “We can give you these minerals,” Hammeken-Holm said, “but you need to come to Greenland and do the exploration.”

    China dominates the rare earths

    Annual processed rare earth production, metric tons

    One of those companies is Critical Metals Corp., which in September drilled 14 holes on the coast of southern Greenland, about 16 miles from the town of Qaqortoq. The New York-based company says it’s found one of the world’s highest concentrations of gallium, which isn’t technically a rare earth element but is still essential in the manufacturing of computer chips.

    Dramatic change on and around the island, though, could make mining for rare earths even more complicated. While the loss of floating ice in the waters around the island makes it easier and safer for ships to navigate, more chunks of glaciers will drop into the ocean as the world warms, which could become especially hazardous for ships, à la the Titanic. 

    Even given the rapid loss of Greenland’s 650,000-square-mile ice sheet, though, it would take a long while to lose it all — it’s 1.4 miles thick on average. The Earth itself is also frozen in parts of the island, known as permafrost, which will thaw in the nearer term as temperatures rise. “That's going to give you certainly instability in terms of building access roads and such,” said Paul Bierman, a geologist at the University of Vermont and author of the book When the Ice Is Gone: What a Greenland Ice Core Reveals About Earth's Tumultuous History and Perilous Future. “The climate is changing, so I think it's going to be a very dynamic environment in which to extract minerals.” 

    Mining pollution, too, is a major concern: The accessible land along the island’s ice-free edges is also where humans live. As mining equipment and ships burn fossil fuels, they produce black carbon. When this settles on ice, it darkens the surface, which then absorbs more sunlight — think of how much hotter you get wearing a black shirt than a white shirt on a summer day. This could further accelerate the melting of Greenland’s precarious ice sheet. A 2022 study also found that three legacy mines in Greenland heavily polluted the local environment with metals, like lead and zinc, due to the lack of environmental studies and regulation prior to the 1970s. But it also found no significant pollution at mines established in the last 20 years. 

    A more immediate problem with mining is the potentially toxic dust generated by so much machinery, said Niels Henrik Hooge, a campaigner at NOAH, the Danish chapter of the environmental organization Friends of the Earth. “That's a concern, because all the mining projects are located in areas where people live, or potentially could live,” Hooge said. “Everything is a bit different in the Arctic, because the environment does not recover very quickly when polluted.”

    The coast is clear

    Greenland's active rare earth licenses

    Rare earth element exploration license
    Mineral deposit

    Lynge says that a win-win for Greenlanders would be to support mining but insist that it’s run on hydropower instead of fossil fuels. The island has huge potential for hydropower, and indeed has been approving more projects and expanding another existing facility. Still, no amount of hydropower can negate the impact of mining on the landscape. “There's no sustainable mining in the world,” Lynge said. “The question is if we can do it a little bit better.”

    Critical Metals Corp., for its part, says that it expects to produce minimal harmful products at its site. Like other mining projects in Greenland, it will need to pass an environmental review. “We expect to provide more updates about our plans to reduce our environmental footprint as we get closer to mining operations,” said Tony Sage, the company’s CEO and executive chairman, in a statement provided to Grist. “With that, we believe it is important to keep in mind that rare earth elements are critical materials for cleaner applications, which will help us build a greener planet in the future.” 

    Still, wherever there’s mining activity, there’s potential for spills. There’s also potential for a lot of noise: Ships in particular fill the ocean around Greenland with a din that can stress and disorient fishes and marine mammals, like narwhals, seals, and whales. For vocalizing species, it can disrupt their communication. 

    There’s a lot at stake here economically and politically, too: Fishing is Greenland’s predominant industry, accounting for 95 percent of the island’s exports. Rare earth mining, then, is the island’s play to diversify its economy, which could help it wean off the subsidies it gets from the Danish government. That, in turn, could help it win independence.

    hands hold glasses in front of a map of Greenland with color-coded mineral deposits
    A geologist points to discoveries of rare minerals and precious metals on a survey map at the University of Greenland during on March 5.
    Odd Andersen / AFP via Getty Images

    Thus far, the mining business has been a bit rocky in Greenland. In 2021, the government banned uranium mining, halting the development of a project by the Australian outfit Greenland Minerals, which would have also produced rare earths at the site. (Greenland Minerals did not respond to multiple requests to comment for this story.) The China-linked company is now suing the Greenland government for $11 billion — potentially spooking other would-be prospectors and the investors already worried about the profitability of mining for rare earths in the far north.

    “When we talk to them, they understand the situation, and they're not afraid,” said Hammeken-Holm. He added that Greenland maintains a dialogue with mining outfits about the challenges, and prospects, of exploration. “It is difficult to get private finance for these projects, but we are not alone,” he said. “That's a worldwide situation.”


    The growing demand and geopolitical fervor around rare earths may well make Greenland irresistible for mining companies, regardless of the logistical challenges. Hammeken-Holm says that a major discovery, like an especially rich deposit of a given rare earth element, might be the extra boost the country needs to transform itself into an indispensable provider of the critical minerals.

    Both Exner-Pirot, of the Macdonald-Laurier Institute, and Lajeunesse, the public policy expert, say that Western powers might get to the point where they intervene aggressively in the market. Like China’s state-sponsored rare earths industry, the U.S., Canada, Australia, or the European Union — which entered into a strategic partnership with Greenland in 2023 to develop critical raw materials — might band together to guarantee a steady flow of the minerals that make modern militaries, consumerism, and the energy transition possible. Subsidies, for instance, would help make the industry more profitable — and palatable for investors. “You'd have to accept that you're purchasing and developing minerals for more than the market price,” Lajeunesse said. “But over the long term, it's about developing a security of supply.”

    Already a land of rapid climatological change, Greenland could soon grow richer — and more powerful on the world stage. Ton by ton, its disappearing ice will reveal more of the mineral solutions to the world’s woes.

    Tom Vaillant contributed research and reporting.

    Read the full mining issue

    This story was originally published by Grist with the headline Beneath Greenland’s ice lies a climate solution — and a new geopolitical battleground on Mar 26, 2025.

    This post was originally published on Grist.