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The seminal global climate agreement changed the world, just not in the way we thought it would.

Ten years ago today, the world’s countries adopted the Paris Agreement, the first global treaty to combat climate change. For the first time ever, and after decades of failure, the world’s countries agreed to a single international climate treaty — one that applied to developed and developing countries alike.
Since then, international climate diplomacy has played out on what is, more or less, the Paris Agreement’s calendar. The quasi-quinquennial rhythm of countries setting goals, reviewing them, and then making new ones has held since 2015. A global pandemic has killed millions of people; Russia has invaded Ukraine; coups and revolutions have begun and ended — and the United States has joined and left and rejoined the treaty, then left again — yet its basic framework has remained.
Perhaps you can tell: I am not among those who believe that the treaty has been a failure, although it would be difficult — in this politically arid moment — to call it a complete success. Yet the ensuing decade has seen real progress in limiting global temperature rise. When negotiators gathered to finalize the agreement, it seemed likely that global average temperatures could rise by 4 degrees Celsius by 2100, as compared to their pre-industrial level. Today, a rise from 2.5 to 3 degrees Celsius seems more likely.
And for a document that is often described as non-binding, or even as hortatory, Paris has had a surprisingly material influence on global politics in the ensuing years. During the negotiations, the small-island states — the three dozen or so countries most affected by near-term sea-level rise — successfully got the final text to recognize a “stretch goal” of limiting warming to just 1.5 degrees above pre-industrial levels. They also tasked the United Nations’ advisory scientific body to prepare a special report on the virtues of avoiding 1.5 degrees of warming. When that report was released in 2018, it catalyzed a new wave of global climate action, spawning the European Green Deal — and eventually the U.S. Inflation Reduction Act.
Yet there is at least one way that Paris did not go as imagined.
Cast your mind back to Paris 10 years ago, right as diplomats filed in and began to applaud the final text’s completion. “This is a tremendous victory for all of our citizens — not for any one country or any one bloc, but for everybody here who has worked so hard to bring us across the finish line,” John Kerry, then the U.S. secretary of state, declared to his fellow diplomats.
It was a strange kind of victory. After decades in which western liberals had attempted to secure a globally binding climate treaty — an agreement that would limit each country’s greenhouse gas emissions — the world finally won a non-binding alternative. Under the Paris Agreement, each country would pledge to cut its emissions by as much as it could manage. Countries would then meet regularly to review these pledges, encourage each other to get more ambitious, and gradually ratchet the world into a lower-carbon future.
Kerry was reasonably direct about how such a mechanism would work: capital markets. “We are sending literally a critical message to the global marketplace,” he said. “Many of us here know that it won’t be governments that actually make the decision or find the product, the new technology, the saving grace of this challenge. It will be the genius of the American spirit.”
He was right, in a way: The Paris Agreement did send a signal to the global marketplace— and it did so in part because governments did shape policy and investment outcomes, not because they resisted doing so. But it did not reveal the genius of the American spirit, per se.
In the years running up to and following the Paris Agreement, China rolled out a series of important policies to boost its new energy sectors — a roadmap encouraging “new energy vehicle” sales in 2012, billions of consumer subsidies beginning in 2014, and a domestic content mandate for electric-vehicle batteries in 2015. These programs — along with canny decisions made by Chinese entrepreneurs and engineers, and no small amount of demand pull from companies and policies in the West — have transformed the world’s approach to decarbonization. They have begun to change even what decarbonization means — in the United States, in the western democracies, and around the world.
Ten years ago, Kerry could assume that any eventual solution to climate change would be geopolitically neutral, if not advantageous to the United States. But in 2025, to a degree that commentators still hesitate to describe, the climate story has become the China story. Across a range of sectors, how a country approaches its near-term decarbonization goals depends on how it understands and relates to the Chinese government and Chinese companies.
Consider the power sector, which generates just under a third of all greenhouse gas emissions globally. For many countries, the best way to cut carbon pollution — and to add more power generation to the grid — will be to build new utility-scale solar and battery projects. That will all but require working with Chinese firms, which dominate 80% of the solar supply chain. (They command up to 98% market share for some pieces of equipment, according to the International Energy Agency.)
It is much the same story in the grid-scale battery industry. China produces more than three-quarters of the world’s batteries, and it refines most of the minerals that go into those batteries. Its batteries are at least 20% cheaper than those made in Europe or North America. Most of the world’s top battery firms are Chinese — in part because they have more experience than anyone else; the country’s firms have manufactured 70% of all lithium-ion batteries ever produced. Nearly two dozen countries have bought at least $500 million in Chinese-made batteries this year, according to the think tank Ember.
What if a country wants to build wind turbines, not batteries? Even then, it will have to work to buy non-Chinese products. Although European and American firms have long led among turbine makers, six of the top 10 wind turbine manufacturers are now in mainland China, according to BloombergNEF. And for the first time since analysts’ rankings began in 2013, none of the world’s top three turbine makers are North American or European.
Transportation generates another 13% of global climate emissions. If a country wants to tackle that sector, then it will find itself (again) working with China — which made more than 70% of the world’s EVs in 2024. Thanks to the country’s sprawling battery and electronics-making ecosystem, its home-grown automakers — BYD, Geely, Xiaomi, and others — can produce more affordable, innovative, and desirable EVs at greater scale and at lower cost than automakers anywhere else. “The competitive reality is that the Chinese are the 700-pound gorilla in the EV industry,” Jim Farley, the CEO of Ford, said recently. As the scholar Ilaria Mazzocco put it in a recent report: “Chinese companies are ubiquitous in the value chain for EVs and battery components, meaning that for most countries, climate policy is now at least in part linked to policy toward China, and more specifically trade with China.”
That insight — that climate policy is now linked to policy toward China — will apply more and more, even when countries wish to tackle the remaining third of emissions that come from energy-related sources. Earlier this year, China approved a plan to build roughly 100 low-carbon industrial parks by 2030, where its firms will develop new ways to capture carbon, make steel, and refine chemicals without carbon pollution. (The Trump administration revoked funding for similar low-carbon projects in the U.S. earlier this year.) At the same time, China is building more conventional nuclear reactors than the rest of the world combined, and it may be pulling ahead of the United States in the race to develop commercial fusion.
This wasn’t inevitable. It happened because Chinese politicians, executives, and engineers decided to make it happen — choices owing as much to the government’s focus on energy security as to its concern for the global environmental commons. But it was also the result of American business leaders and politicians squandering this country’s leadership in climate technologies — and especially the result of choices made by Trump administration officials, who at nearly every opportunity have regarded batteries and electric vehicles as a technological sideshow to the more profitable oil and gas sector.
It was the Trump administration, after all, that licensed and then eventually gave U.S.-funded research on flow batteries to a Chinese company in 2017. It was the Trump administration that gutted fuel economy and clean car rules in 2018 and 2019, setting the American car industry back compared to its Chinese and European competitors. And it was the Trump administration and congressional Republicans that killed electric vehicle tax credits earlier this year, further choking off investment.
For progressives, this all might suggest a pleasant parable: China embraced the energy transition, and America didn’t, and now America is paying for it. Nowadays, commentators often invoke China’s clean energy dominance to inspire awe at its accomplishments. And how can you not, in truth, be impressed? China’s industrial miracle — its move to the frontier of global technological development — is the most important story of the past quarter century. The scale of the Chinese consumer market and the success of Chinese industrial policy (or, at least, its success so far) has wrenched world history in new directions. And Chinese companies have done humanity a great service by bringing down the cost of solar panels, batteries, and EVs on the supply side, even if they did so at first with demand-side assistance from policies in California or Europe.
But climate advocates in North America and Europe cannot be completely sanguine about what this development means globally. For environmentalists and other western liberals who have worked in decarbonization for decades, it will in particular require some rhetorical and political adjustment. We cannot pretend that we are playing by the 1990s’ rules, nor that environmental activism is but one part of a post-1970s progressive coalition, which is free to make demands and ignore inconvenient trade-offs. Basic questions of decarbonization policy now have patent geopolitical significance, which environmental groups attempt to side-step at their own peril.
Yet it isn’t only Americans or Europeans who must answer these questions. China’s dominance of decarbonization technology means that for the time being, every country on Earth must address this dynamic. When the scholar Mazzocco looked at how six countries around the world are approaching Chinese EVs, she found an uneven landscape, she told me on a recent podcast. Costa Rica, which has long embraced climate policy, has welcomed Chinese-made EVs; Brazil opened its doors to them but has now begun to close it.
Most major countries have some form of domestic automaking industry; no country will be able to sit back and passively allow Chinese exports to drive their local automakers out of business. At the same time, China’s manufacturing primacy is already making conventional export-driven growth less attractive for countries. And that will only be the beginning of the dilemmas to come. As long as going green requires buying and integrating Chinese technologies into critical infrastructure, environmental policymakers will be wagering decarbonization’s success on some of the world’s highest stakes geopolitical bets.
Environmentalists have long insisted climate change is a national security issue, but are we ready to think and act like it is? Do Western anxieties about a large and globalized war — either a Chinese invasion of Taiwan, a Russian invasion of the EU, or both — reflect a reasonable response to a real and growing menace, or an elite panic driven by our declining economic primacy? If China were to invade Taiwan, what would that mean for climate and energy policy — not only in the West, but around the world? Would American or European environmentalists even get a vote on that question — and if they do, how would they balance emissions reduction against other goals? If the unthinkable happens, we will all be called to account.
A decade ago, I remember watching the live stream of the world’s diplomats applauding their own success in Paris and realizing that I would be seeing that video in documentaries and news reels for the rest of my life. How will I see it then? I wondered. Would it strike me as the naivete of a simpler time, an era when liberal internationalism still seemed possible? Or would it really reflect a turning point, the moment when the world took the climate challenge seriously, pragmatically, and began to decarbonize in earnest? A decade later, I still don’t know. Perhaps the answer is both.
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There‘s a striking amount of agreement across the political system about what the big issues are.
This is an edition of Heatmap Daily, an evening review of the day’s news written by our executive editor. Sign up for it here.
The country's fastest-growing market for data centers is, for now, frozen. Governor Greg Abbott of Texas announced on Monday that the state’s grid authority should not allow any more data centers to hook up until state regulatory agencies complete an audit of existing projects.
As part of this audit, data center developers will have to disclose the following, according to the governor:
“Any data center project that fails to comply” with the audit “must be denied,” Abbott wrote in a letter to the agencies.
Abbott's freeze isn't quite broad enough to be called a full-on moratorium. As The Texas Tribune noted, data centers that aren’t asking to connect to Texas’ power grid can proceed as planned. But the announcement does mean New York is no longer the only state where the governor is trying to slow down data center development. As my colleague Alexander Kaufman wrote today in Heatmap AM, Texas’s governor has more than a little in common with New York’s chief executive, Kathy Hochul — above all, they’re both running for re-election in November.
Now, as far as data center regulation goes, Abbott's disclosure requirements are pretty weak tea. That’s chiefly because they are, well, disclosure requirements — they don't require that any developer actually changes their behavior, just that they publish data saying what they were going to do in the first place.
Yet his announcement put me in mind of something I've been thinking about for a while: There might be more agreement about data center regulation than we think.
Take Michigan, for instance. The progressive Senate candidate in that state, Abdul El-Sayed (who could very likely win the Democratic primary tonight), has become prominent partly by speaking out about data centers. He was early to the topic, publishing mandatory “terms of engagement” for data center developers back in January, and his own rise has tracked the issue’s rising salience in American politics.
Some of El-Sayed’s recent remarks about data centers have an undertone of surprise, as if he is a little astounded by how prominent the issue has become. “There’s literally not a conversation that I have, not a stop that I make, where data centers and AI don’t come up,” he said last month. As he recently marveled on a campaign stop last week: “People really effing hate data centers.”
He hasn't called for a national data center moratorium, though, as his allies and endorsers Senator Bernie Sanders or Representative Alexandria Ocasio-Cortez have. Instead, his blessedly short document says Michiganders should have a few “rights” when a data center wants to build in their community:
He’s also called for an end to tax breaks for data centers.
El-Sayed is on the Democratic Party's left. Earlier today, a candidate seen as in the party’s center — Iowa gubernatorial candidate Rob Sand — released his own data center plan. It demands the following, at somewhat greater length:
Look — it’s pretty similar to El-Sayed’s list! Sand might be a moderate, and El-Sayed might be a progressive, but it’s hard to see too much daylight between their data center policies.
What’s notable about these policies is what’s not in them. Neither El-Sayed nor Sand would require that data centers be powered by clean energy, as, say, the Wisconsin DSA gubernatorial candidate Francesca Hong has proposed. Neither El-Sayed nor Sand moots a statewide moratorium on data centers, either. And while their proposals would have more teeth, in theory, than Abbott’s audit, the three proposals are interested in the same questions — energy use, water use, physical footprint, and tax incentives.
As we’ve frequently noted at Heatmap, the data center backlash is strikingly bipartisan. Americans of many backgrounds, belief systems, and byways of life agree that the data center boom is becoming a problem. I wonder if there’s more agreement about the solution, too, than we might think.
The state’s crystal clear lakes are turning into the Reflecting Pool.
Life is a constant process of dying — even for lakes. For Lake Kanasatka, a 350-acre body of water born when the glaciers raked their retreat into the bedrock of what is now New Hampshire, everything nearly came to an end in 2023.
The first sign that something was wrong appeared in 2009. That November, the state’s Department of Environmental Services noticed a “green scum” in the water near Camp Quinebarge Beach. Over the next few years, the DES continued to dutifully report the emergence of “greenish slime” along the shoreline until, in August 2020, the concentration reached a level that prompted the lake’s first warning of a toxic algae bloom.
In recent years, many lake-loving Americans have added that term — “toxic algae bloom” — to their summer lexicon. It’s also a bit of a misnomer: the culprit, cyanobacteria, are not technically algae but ubiquitous single-celled microorganisms, their photosynthetic chlorophyll and an additional pigment giving them the blue-green appearance suggested by their name. “They’ve been around forever,” Amanda McQuaid, a water quality ecotoxicologist at the University of New Hampshire and director of the school’s citizen-science lake monitoring program, told me. “I personally think they’re probably on Mars. I think they’re everywhere. They’re indestructible.”
Cyanobacteria are present across habitats, from the Sahara dust in Africa to the shelves of our grocery stores to the Lincoln Memorial Reflecting Pool in Washington, D.C. (The Trump Administration can attest firsthand to their indestructibility.) What transforms a healthy concentration of cyanobacteria in a lake into a bloom is access to nutrients — specifically phosphorus, which enters lakes via runoff from fertilized lawns or farms, leaky septic tanks, pet waste, and eroding shorelines. As lakeside living has increased in desirability and housing development has encroached on natural bodies of water, blooms have consequently followed.
Though the Centers for Disease Control and Prevention does not keep an official count of cyanobacterial blooms, a conservative estimate puts the number of advisories issued nationally in the hundreds, and more likely in the thousands, every year. Cyanobacteria are a class of organisms with thousands of species, like plants, but many produce toxins as part of their metabolic processes. These toxins are numerous and include microcystin, which affects the liver and can cause skin irritation and gastrointestinal problems upon contact with swimmers and waders, as well as anatoxin, a neurotoxin that can kill a dog within minutes of it lapping up contaminated lake water on a hot summer day.
Most alarming, though, is that many cyanobacteria also produce the neurotoxin BMAA, which can become airborne and which researchers have connected to neurodegenerative diseases in humans. According to another study by Dartmouth-Hitchcock Medical Center neurologist Elijah Stommel, people living within a half-mile radius of cyanobacterially contaminated lakes had a 2.3-times greater risk of developing the devastating and terminal nervous system disease ALS compared to the rest of the population. In the case of one contaminated lake near Enfield, New Hampshire, the incidence of sporadic ALS was 10 to 25 times above what was to be expected. And in a state like New Hampshire, which was gouged by the glacial retreat at the end of the last ice age, nearly 80% of residents live within half a mile of some body of water.
Scuzzy green water occurs in every state in the country. Nationally, the Environmental Protection Agency detected the telltale microcystin toxin in 39% of U.S. lakes in a 2012 survey; by the EPA’s most recent survey, in 2022, that number had risen to 50%. Still, in places like New Hampshire, cyanobacterial blooms are a relatively new phenomenon, having recently intensified due to increased development and climate change. “People are not used to going to a lake in New Hampshire and not being able to see through the water,” McQuaid said. “So if things are green or scummy or turbid, they’re like, ‘What is happening?’”
Between 2001 and 2008, Andrea LaMoreaux worked for the state’s Department of Environmental Services, running a water-quality testing program. She told me that during that time, she saw only one lake with a cyanobacterial bloom. But by 2015, blooms had become a topic of conversation in the state, and by 2023, just three years after its first toxic algae advisory, Lake Kanasatka was in a full-blown crisis.
“This is a lake that had a reputation for always being pristine — a very quiet lake,” state Representative Rosemarie Rung, who represents nearby Merrimack and owns a seasonal cottage on Kanasatka, told me. But 2023 was markedly different: the bloom was bad enough to dissuade recreation for weeks on end — in the “Live Free or Die” state, the DES doesn’t close beaches, even due to blooms. One woman described the feeling of her lips going numb while kayaking.
Kanasatka had crossed a tipping point. As part of a lake’s natural aging process, organic debris settles on its floor and decomposes, eventually consuming all the oxygen in the water. When that happens, phosphorus normally bound to iron in the sediment is released into the water — where it in turn provides extra nutrients for cyanobacteria. While human-caused inputs like runoff might previously have limited the cyanobacteria, lake anoxia offers them a firehose of nutrients to feast upon.
The tipping point is around 10 parts per billion of phosphorus in the water; in Kanasatka in 2023, there was around 200 parts per billion. “All of a sudden, [Kanasatka residents] woke up one morning and literally almost overnight, it looked like someone had dumped Mountain Dew into the lake,” LaMoreaux, the former DES employee who now serves as the president of NH Lakes, a statewide nonprofit lake conservation and advocacy group, told me.
Left untreated, Kanasatka would have slowly suffocated, with dead cyanobacteria adding to the decomposing organic matter at the bottom of the lake and blocking light to lake plants, making the anoxia worse. But there is one reliable way to treat a cyanobacteria bloom: with alum.
Phosphorus breaks apart from iron in the absence of oxygen, but it binds permanently with aluminum. An alum treatment, then, involves coating the lake bottom with an aluminum-heavy chemical concoction and is one of the only ways out of the slimy green cyanobacterial feedback loop. But so-called “biomanipulation” also has unknown downsides — including potentially spurring cyanobacteria to release more toxins as they rupture — and it isn’t cheap, either, running about $500,000 in the case of Lake Kanasatka. Rung, who helped create a $2 million cyanobacteria mitigation fund to support alum treatments across the state, told me it helped with Kanasatka’s treatment and “another alum treatment for a lake in Littleton, New Hampshire, which also had suffered very severe chronic blooms. But then the money ran out.”
But while Kanasatka today is the state’s poster child for algae blooms — it appears healthy two years out from its treatment, although alum only lasts about two or three decades — it wasn’t a one-off, either. During the COVID-19 pandemic, many people moved to New Hampshire’s lakes to work remotely, fertilizing new lawns and cutting down shoreline brush to better enjoy their views in the process. That’s sped up the encroachment of cyanobacteria across one of the country’s healthiest lake systems.
There is another powerful factor driving the blooms, and it is out of New Hampshirites’ hands alone. Climate change supercharges cyanobacteria blooms, with a strong correlation between hotter, sunnier summers and high concentrations of the warm-water-loving, photosynthetic microorganisms. Even more crucially in a state like New Hampshire, milder winters mean fewer weeks of ice cover on its lakes — cover that essentially acts as a “reset” by depriving cyanobacteria of sunlight. And heavier rains and flooding in New Hampshire, phenomena that greater water retention in a warmer atmosphere makes possible, mean greater runoff into the lakes and a firehose of food for the waiting microorganisms.
Unchecked, cyanobacteria pose a threat not just to human and animal life, but to the lives of recreation-based towns and economies. “I know anecdotally that people who have rented a lake house for a week or so, and there’s been a bloom, have been very, very angry,” Rung, the state representative, said. “They’ve tried to get out of that rental and get their money back, and there has not been guidance on what to do. Pretty much, they’re out of luck.”
But political will and funding challenges are real — Rung tried and failed to create a lake-lovers vanity plate to help pay for future mitigation treatments, and a recent deadline to create a task force to identify other funding sources expired with no progress.
“People don’t even want to say the word climate change in New Hampshire,” Rung told me in frustration. “Even the terminology triggers people, but it can’t be ignored. We’re just a small state. We don’t have a big population. We can’t do anything about it. But yet, we’re suffering the consequences.”
On Texas data centers, Microsoft’s carbon removal, and cross-border aluminum
Current conditions: Dangerous degrees of wildfire smoke swept into the Pacific Northwest, leaving air quality in fire-struck Spokane, Washington, at very unhealthy levels through midweek • Yesterday’s thunderstorms across the Northeast grounded flights and delayed thousands of passengers as key airports in New York City, New Jersey, and New England halted incoming arrivals for hours • Temperatures in Abu Dhabi are soaring to nearly 110 degrees Fahrenheit all week.

Europe’s rivers are running dry amid the prolonged drought and third major heat wave this summer. On Monday, the Rhine River’s water levels dropped to their lowest level in nearly 150 years, beaching cargo barges and jeopardizing output from the various thermal power plants that line the waterway stretching through France, Germany, and Switzerland. The water levels at Kaub, a key crossing for vessels heading to southern Germany and Switzerland, fell to 24 centimeters, the lowest level since records started in 1880, according to a Bloomberg analysis of German federal data compiled by the university ETH Zurich. In Eastern Europe, the Danube’s flow is so depleted that just one reactor at Hungary’s only nuclear station, the four-unit Paks plant, is operating — and only at 50% as cooling water dwindles, NucNet reported.
In Washington State, meanwhile, nearly 65,000 people have now been evacuated from the wildfires that incinerated almost 700 homes in the Spokane area with a “wall of flames.” As of Monday evening, the fire was still 0% contained, according to Fox 13 Seattle, a local broadcaster.
You might not think it, given the partisan politics of our age, but the governors of New York and Texas actually have a lot in common. New York Governor Kathy Hochul is a Democrat, and Texas’ Greg Abbott is a Republican. But they’re both pro-nuclear. They’re both up for reelection this year. And they’re both banning data centers, at least temporarily. Last month, New York became the first state to halt permitting on new, large data centers for a year. Now Texas has put approvals for new data centers on hold until the state’s power regulators and grid managers can audit existing facilities that are seeking to connect to the state’s grid. Until then, E&E News reported, “no more additional data centers can be approved or move forward until that process is over.” In a letter to both the Public Utility Commission of Texas and the Electric Reliability Council of Texas, Abbott wrote: “Any project that fails to comply with the requirements set forth by the PUC and ERCOT, and by state law, must be denied connection to the Texas grid. Simply put, Texans must come first.” On the local level, moratoriums on data centers blossomed in recent months, with more than 530 municipalities having slapped new restrictions on server farms, per a recent Heatmap analysis my colleague Robinson Meyer wrote.
Hochul, as our colleague Matthew Zeitlin wrote later last month, is “walking a fine line” with her moratorium, issued via executive order, especially as her administration seeks to appease renewables boosters who say she isn’t doing enough to speed up deployments of that kind of infrastructure. But blocking disfavored types of infrastructure is nothing new for the Texas GOP. Lieutenant Governor Dan Patrick is among the big names now trying to thwart a $33 billion transmission buildout in the state.
Back in April, Rob broke news that Microsoft was pausing its carbon removal purchases. The break marked a major setback for a nascent industry that had come to rely on the tech giant as its biggest and deepest-pocketed source of demand. While the company never confirmed the pause, it appears to be ending. Last night, my colleague Emily Pontecorvo passed along a big exclusive for this newsletter: Microsoft is set to announce a big carbon removal purchase. CREW Carbon, the Brooklyn-based startup that permanently traps carbon dioxide using a limestone and wastewater mix, inked an offtake agreement with Microsoft for 23,602 “durable, verified” credits. CREW “uses strategically-sourced alkaline minerals, such as calcium carbonate, to optimize key conditions, like pH and alkalinity, in each wastewater treatment plant’s specific process to minimize the carbon footprint of plant operations,” the company said in a press release shared in advance with Emily.
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As my colleague Katie Brigham reported last week, Commonwealth Fusion Systems made waves in the clean energy financing world for yet again raising an eye-popping $1 billion to commercialize fusion energy, notably bringing on institutional investors for the first time. Now another fission startup is bringing in a similar chunk of coin. California-based Valar Atomics just pulled in $1 billion to help bring its next-generation high-temperature gas-cooled microreactors to market. The venture capital giant Sequoia led the round, and added the firm’s Shaun Maguire to its board.
Even with progress on nuclear, the future for gas continues to look rosy. On Monday, Utility Dive reported that American Electric Power now has 13 gigawatts of gas turbine capacity in the pipeline.
Zerluma, a Mexican aluminum recycler, has broken ground on a new $50 million facility in Mission, Texas, the San Antonio Business Journal reported. The deal in the city near Texas’ southern border, marks one of the largest private investments in the city’s history, according to the Rio Grande Valley Business Journal.
The agreement comes as the Trump administration seeks to support the opening of the first new American aluminum smelter in half a century, a project that — as you may recall — has attracted scrutiny from state Republicans in Oklahoma. The effort is facing yet more criticism. The Muscogee Nation’s National Council voted unanimously to approve a resolution opposing aluminum smelters on tribal land following the Trump-backed proposal for a $4 billion plant by Emirates Global Aluminum. Last month, city leaders in Port of Inola approved a 60-day moratorium on smelter-related construction, according to the Tulsa broadcaster News On 6.
The United Kingdom has a coke problem: The snortable white stuff is too good and too cheap. So, what is a criminal enterprise that needs something tradeable of high value to do? Well, increasingly, they’re going for gold. Illegal gold mining has replaced cocaine as organized crime’s most profitable business, according to Mining.com. That has grave implications for human rights — and for communities in places such as the Amazon.