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One of the most vulnerable states in the U.S. wants nothing to do with “climate change.”

The Biden administration loves a hub. There are the hydrogen hubs, the direct air capture hubs, and now there are the tech hubs. Established as a part of the CHIPS and Science Act of 2022, the $10 billion program has so far seeded 12 such hubs across the country. Four of these are focused on clean energy and sustainability, and one is located in the great state of Florida, which recently passed legislation essentially deleting the words “climate change” from state law.
The South Florida ClimateReady Tech Hub did not, in the end, eliminate climate from its name. But while Governor Ron DeSantis might not approve, the federal government didn’t seem to mind, as the Department of Commerce’s Economic Development Administration awarded the hub $19.5 million to “advance its global leadership in sustainable and resilient infrastructure.”
“Regardless of how you feel about the word climate or the words climate change, what I have found in this process is what deeply resonates with folks is that their relationship with water is changing,” Francesca de Quesada Covey, chief of economic innovation and development for Miami-Dade County, told me.
Sea levels around Florida have risen about 8 inches since 1950, and the rate of rise is only accelerating, putting the state’s extensive, low-lying coastlines at high risk for flooding and, eventually, total submersion. The United Nations Intergovernmental Panel on Climate Change estimates that by 2100, average sea levels will have risen between 1.4 and 2.8 feet, with more drastic scenarios possible if little is done to curb emissions.
Covey, who grew up in Miami, said everyone agrees there are simply more puddles and flooded roads to navigate than when she was a kid. “So there is an understanding that regardless of how you think it happened, or why you think it happened, that our everyday life is harder because the environment around us is changing.”
This narrative, she believes, can help form a basis of bipartisan support for Florida’s hub, which she told me has three technical focus areas: limiting coastal hazards due to sea level rise and extreme weather events, implementing energy efficient technologies, and building resilient structures using low-carbon concrete and cement. South Florida, Covey said, is the perfect place to undertake these projects, as the state has been investing in climate adaptation and mitigation since 1992, when Hurricane Andrew touched down in Miami-Dade County, causing $25 billion in damages. Since then, she says the state’s universities have been churning out climate tech intellectual property.
“We’re seeing the IP grow 10% year-over-year over the last few years,” Covey said. Nine colleges and universities are tech hub partners, with the bulk of the funding going to Florida International University, which will receive $10.3 million to help scale up low-carbon concrete tech, establish an infrastructure innovation center, and improve upon industry building codes and standards. Miami Tech Works, which aims to build a pipeline of tech talent in South Florida, is set to receive $6 million for workforce development programs while the Miami-Dade County government will get $3.2 million for governance and oversight. Two private companies working on advanced concrete products, Titan America and Carbon Limit, are also getting a portion of the FIU funding — $740,000 for Carbon Limit and an undisclosed amount for Titan.
Tim Sperry, CEO of Carbon Limit, is used to getting questions about why he based his early-stage startup out of Florida, his home state. “Great that you guys are a climate tech company, but why would you be in South Florida?” Sperry said people wonder. “Florida at all was a bad look for climate tech companies until this hub actually came together,” he told me. Since the hub was initially announced last October, Sperry says he’s seen more money for climate tech flowing into the state.
Carbon Limit has a patented powder additive for concrete mixes, which enhances concrete’s natural ability to absorb CO2 from the atmosphere and sequester it permanently, thereby reducing the carbon intensity of built infrastructure such as buildings and roads. So far the company has worked with the Minnesota Department of Transportation to pave a section of interstate highway, and with Google to pave a portion of its campus. Carbon Limit raised a $1 million pre-seed round two years ago, and its business model revolves around licensing the formula for its additive to concrete producers.
Sperry sees Florida as “ground zero” for climate-related natural disasters, and thus a natural home for this type of technology. When he worked in Miami, he saw people kayaking down the streets during king tides, and found crabs in his office after floods. “They actually raised the road four feet and put pumps and did all this stuff down there. So I think, why shouldn’t it be South Florida?” he asked, “Short of the government stuff …”
Ah yes, the government stuff. While DeSantis hasn’t weighed in publicly on the ClimateReady Tech Hub, Covey said the state’s DeSantis-appointed Chief Resilience Officer, Wesley Brooks, is supportive. Brooks helped craft the “state support” section of the hub’s application, which calls the Office of Resilience “an advocate for the Hub and an ally in providing technical guidance to local governments.”
Climate tech startups can’t eat guidance, however. If the hub is going to accomplish its lofty technical and workforce development goals, it’s going to need a lot more than $19.5 million, and a lack of state-level support could make securing additional funds that much more difficult.
“We requested $70 million,” Covey told me, the maximum amount of federal funding that tech hubs could apply for. Most of the other hubs received between $40 million and $50 million, putting the South Florida hub at the small end of the bunch. Covey said the county didn’t receive feedback as to why. “The way that we’re looking at $19.5 [million] is that this is our first investment tranche. We will be going back to the federal government. We will be going back to private funders. We will be going back to philanthropic funders in order to achieve our metrics,” she told me.
Ultimately, Miami-Dade County wants to leverage the ClimateReady Tech Hub to create 23,000 green jobs with an average base salary of $87,000 over a 10-year period. Thus far, Miami-Dade has raised an additional $500,000 — not nothing, but far from its ultimate goal of raising another $50 million. The increasing probability of a Trump win in November could put future federal funding for the hub at the whims of a notoriously mercurial and climate-adverse cabinet.
But if the tech hub does achieve its goals, Covey estimates the payoff will be huge, adding $41 billion to the region’s GDP. Given all the growth South Florida has seen over the last four years, with entrepreneurs and venture capitalists flooding into the region during the pandemic, Covey thinks the hub’s got a real shot of securing the money it needs. She even told me she views South Florida as “the most competitive place when it comes to climate technology.”
When I noted that the San Francisco Bay Area might beg to differ, Covey emphasized how much it matters that Miami-Dade County is experiencing the impacts of climate change in real time. “The Bay Area doesn’t have those sort of real life testing conditions that we have here. We have $3.5 trillion exposed to climate change right now,” she told me, citing a figure from a National Wildlife Federation report showing that out of all the cities in the world, Miami stands to lose the most from coastal flooding. In other words, in South Florida climate tech isn’t a matter of theoretical tinkering and ideating. As Covey says, “Our economy depends on it.”
Editor’s note: This story has been updated to correct the name of the chief of economic innovation and development for Miami-Dade County and the target average salary for new jobs created by the hub.
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The Secretary of Energy announced the cuts and revisions on Thursday, though it’s unclear how many are new.
The Department of Energy announced on Thursday that it has eliminated nearly $30 billion in loans and conditional commitments for clean energy projects issued by the Biden administration. The agency is also in the process of “restructuring” or “revising” an additional $53 billion worth of loans projects, it said in a press release.
The agency did not include a list of affected projects and did not respond to an emailed request for clarification. However the announcement came in the context of a 2025 year-in-review, meaning these numbers likely include previously-announced cancellations, such as the $4.9 billion loan guarantee for the Grain Belt Express transmission line and the $3 billion partial loan guarantee to solar and storage developer Sunnova, which were terminated last year.
The only further detail included in the press release was that some $9.5 billion in funding for wind and solar projects had been eliminated and was being replaced with investments in natural gas and building up generating capacity in existing nuclear plants “that provide more affordable and reliable energy for the American people.”
A preliminary review of projects that may see their financial backing newly eliminated turned up four separate efforts to shore up Puerto Rico’s perennially battered grid with solar farms and battery storage by AES, Pattern Energy, Convergent Energy and Power, and Inifinigen. Those loan guarantees totalled about $2 billion. Another likely candidate is Sunwealth’s Project Polo, which closed a $289.7 million loan guarantee during the final days of Biden’s tenure to build solar and battery storage systems at commercial and industrial sites throughout the U.S. None of the companies responded to questions about whether their loans had been eliminated.
Moving forward, the Office of Energy Dominance Financing — previously known as the Loan Programs Office — says it has $259 billion in available loan authority, and that it plans to prioritize funding for nuclear, fossil fuel, critical mineral, geothermal energy, grid and transmission, and manufacturing and transportation projects.
Under Trump, the office has closed three loan guarantees totalling $4.1 billion to restart the Three Mile Island nuclear plant, upgrade 5,000 miles of transmission lines, and restart a coal plant in Indiana.
With a China-Canada import deal and Geely showing up at CES, these low-priced models are getting ever-closer to American roads.
Chinese EVs are at the gates.
Low-priced electric vehicles by the likes of Geely, BYD, and Zeekr have already sold enormous numbers in their home country and spearheaded EV growth around the world, from Southeast Asia to Latin America. Now they’re closing in on America’s borders. Canada just agreed to a new trade deal with Beijing that would kill the country’s 100% tariff on Chinese cars and, presumably, allow them to undercut the existing Canadian car market. In Mexico, EV sales surged by 29% in 2025 thanks to the arrival of Chinese models.
Though China’s EVs are still unavailable in the U.S., they feel ever-present already. Auto journalists (myself included) drive these vehicles abroad and rave about how capable they are, especially for the price. Social media influencer hype has fed an appetite for both entry-level and luxury Chinese models — and confused plenty of Americans wondering why they can’t buy them. Headlines speculate about how the Detroit auto giants could ever hope to compete once cheap BYD Dolphins start to populate American roads. Chinese giant Geely, which owns Volvo and Polestar, appeared at CES earlier this month, as if to signal that the arrival of Chinese electric vehicles is imminent.
But is it? The outlook remains rather murky.
The first thing to know is that Chinese cars are not outright banned from coming to America. Instead, it’s a constellation of economic and technological headaches that keeps Beijing at bay. A 100% tariff makes it difficult to compete on cost, even with America’s notoriously expensive EVs. America’s safety and emissions standards are difficult and expensive to meet. Because of national security concerns, connected cars (i.e. those that can hook into the internet) cannot use Chinese-made software, a ban that’s soon to expand to electronic hardware.
Those restrictions aren’t likely to change anytime soon. Sean Duffy, the U.S. transportation secretary, responded to Canada’s removal of its Chinese car tariff by saying our neighbor to the north would “surely regret it.” Members of Congress from both parties are largely opposed to allowing Chinese cars into America under the logic of protectionism for U.S. automakers.
Yet all that might not be enough to prevent the eventual arrival of Geelys and BYDs. The first variable is the unpredictability of President Trump, who has said before that he would like to see Chinese-made cars in America. I don’t expect the United States to eliminate its tariff entirely the way Canada has, but look, you just never know what the heck is going to happen these days.
In the meantime, Chinese automakers are strategizing how they might navigate the rules in place and sell cars here anyway. Crash safety, for example, isn’t the impediment it might appear to be. China’s carmakers have intentionally designed their models in such a way that they could be tweaked, rather than totally redesigned, to meet more stringent rules.
As for the rest, the global reach of these companies could help them get around rules that specifically target China. Geely, which has suggested it will reveal plans for an American invasion within two to three years, builds Volvos in South Carolina and could use those facilities to build Geely-branded EVs in the United States. Company representatives also hand-waved away the problem of Chinese-made software, arguing that as a global brand, it’s already accustomed to meeting the various data privacy regulations of different countries and regions.
In other words, Chinese car companies could skirt some American hurdles by making their cars a little less Chinese. The problem is that doing so might spoil their secret sauce. Part of the magic of Chinese EVs is their responsive, easy-to-understand touchscreen interface that’s obviously superior to what’s offered in otherwise-excellent electric vehicles by Chevy or Hyundai. There’s no guarantee Geely could easily secure a Western-made replacement of the same quality.
The key question, then, is: Will Americans want the versions of Chinese EVs that come to America? We’ve noted recently that drivers are finally showing signs that they are fed up with the cost of new cars spiraling out of control. The kind of cheap Chinese EVs now on sale around the world would be a godsend for money-stressed Americans who are dependent on the automobile. But tariffs and other aforementioned factors mean that the models we get likely won’t be $10,000 basic transportation machines that undercut the entire overpriced American car economy.
Instead, Geelys for America probably will be big, luxurious vehicles whose appeal is fundamentally about feeling techy, futuristic, and cool, much the way Tesla first won over U.S. drivers. To that end, the brand brought a couple of fancy plug-in hybrid SUVs to CES to show Americans what we’re missing. Five years hence, we might not be missing them at all.
Current conditions: The winter storm barreling from Texas to Delaware could drop up to 2 feet of snow on Appalachia • Severe floods in Mozambique’s province of Gaza have displaced nearly 330,000 people • Parts of northern Minnesota and North Dakota are facing wind chills of -55 degrees Fahrenheit.
President Donald Trump announced a “framework of a future deal” on Greenland on Wednesday and abandoned plans to slap new tariffs on key European Union allies. He offered sparse details of the agreement, though he hinted that at least one provision would allow for the establishment of a missile-defense system in Greenland akin to Israel’s Iron Dome, which Trump has called “The Golden Dome.” On the Arctic island in question, meanwhile, Greenlanders have been preparing for the worst. The newspaper Sermitsiaq reported that generators and water cans have sold out as panic buyers stocked up in anticipation of a possible American invasion.

Geothermal startups had a big day on Wednesday. Zanskar, a company that’s using artificial intelligence to find untapped conventional geothermal resources, raised $115 million in a Series C round. The Salt Lake City-based company — which experts in Heatmap's Insider Survey identified as one of the most promising climate tech startups operating today — is looking to build its first power plants. “With this funding, we have a six power plant execution plan ahead of us in the next three, four years,” Diego D’Sola, Zanskar’s head of finance, told Heatmap’s Katie Brigham. This, he estimates, will generate over $100 million of revenue by the end of the decade, and “unlock a multi-gigawatt pipeline behind that.”
Later on Tuesday, Sage Geosystems, a next-generation geothermal startup using fracking technology to harness the Earth’s heat for energy in places that don’t have conventional resources, announced it had raised $97 million in a Series B. The financing rounds highlight the growing excitement over geothermal energy. If you want a refresher on how it works, Heatmap’s Matthew Zeitlin has a sharp explainer here.
Stegra, the Swedish startup racing to build the world’s first large green steel mill near the Arctic Circle, has recently faced troubles as project costs and delays forced the company to raise over $1 billion in new financing. But last week, Stegra landed a major new customer, marking what Canary Media called “a step forward for the beleaguered project.” A subsidiary of the German industrial giant Thyssenkrupp agreed to buy a certain type of steel from Stegra’s plant, which is set to start operations next year. Thyssenkrupp Materials Services said it would buy tonnages in the “high-six-digit range” of “non-prime” steel, a version of the metal that doesn’t meet the high standards for certain uses but remains strong and durable enough for other industrial applications.
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For years, Tesla’s mission statement has captured its focus on building electric vehicles, solar panels, and batteries: “Accelerating the world’s transition to sustainable energy.” Now, however, billionaire Elon Musk’s manufacturing giant has broadened its pitch. The company’s new mission statement, announced on X, reads: “Building a world of amazing abundance.” The change reflects a wider shift in the cultural discourse around the transition to new energy and transportation technologies. Even experts polled in our Insiders Survey want to ditch “climate change” as a term. The fatigue was striking coming from the very scientists, policymakers, and activists working to defend against the effects of human-caused temperature rise and decarbonize the global economy.That dynamic has fueled the push to refocus rhetoric on the promise of cheaper, more efficient, and more abundant technological luxuries — a concept Tesla appears to be tapping into now. It may be time for a change. As Matthew wrote in September, Tesla’s market share hit an all-time low last year.
In yesterday’s newsletter, I told you that the Tokyo Electric Power Company had delayed the restart of the Kashiwazaki Kariwa nuclear power station in western Japan over an alarm malfunction. It wasn’t immediately clear how quickly Japan’s state-owned utility would clear up the issue. It turns out, pretty quickly. The pause lasted just 24 hours before Tepco brought Unit 6 of the seven-reactor facility back online, NucNet reported.
Things are getting steamy in the frigid waters of Alaska’s Bristol Bay. New research from Florida Atlantic University’s Harbor Branch Oceanographic Institute found that a small population of beluga whales survive the long haul by mating with multiple partners over several years. It’s not just the males finding multiple female partners, as is the case with some other mammals. The study found that both males and females mated with multiple partners over several years. “What makes this study so thrilling is that it upends our long-standing assumptions about this Arctic species,” Greg O’Corry-Crowe, the research professor who authored the study, said in a press release. “It’s a striking reminder that female choice can be just as influential in shaping reproductive success as the often-highlighted battles of male-male competition. Such strategies highlight the subtle, yet powerful ways in which females exert control over the next generation, shaping the evolutionary trajectory of the species.”