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A conversation with Deep Rising filmmaker Matthieu Rytz about the promise and the peril of mining the ocean floor.
“To say, ‘Don’t harm the ocean’ — it is the easiest message in the world, right? You just have to show a photo of a turtle with a straw in its nose,” Michael Lodge, the secretary general of the U.N.’s International Seabed Authority, toldThe New York Times last year. “Everybody in Brooklyn can then say, ‘I don’t want to harm the ocean.’ But they sure want their Teslas.”
Canadian filmmaker Matthieu Rytz apparently didn’t get the memo. Deep Rising, his new documentary narrated by Jason Momoa, aims at one of the great contradictions of the energy transition: that deep-sea mining could provide a wealth of copper, nickel, and cobalt, the battery materials that are critically needed for EVs and clean-energy storage — and could also trigger ecological collapse in the fragile Pacific Ocean abyss.
At the center of this debate is the International Seabed Authority, a Jamaica-based U.N. organization tasked with the conflicting goals of protecting the ocean floor and writing regulations for the extraction of “polymetallic nodules.” The metal-rich nodules are sprinkled across an internationally governed part of the Pacific called the Clarion-Clipperton Zone, which starts about 500 miles south of Hawaii and by some measurements stretches roughly twice the size of India. By the estimate of The Metals Company, which has a multi-billion-dollar stake in an eventual mining operation, the supply of nodules would be enough to eventually power “280 million electric vehicles.”
At the same time, scientists — including a whistleblower from inside The Metals Company’s own exploratory team — have stressed that we know almost nothing about the deep ocean, least of all how a large-scale mining operation could impact everything from regional biodiversity to the potential extinction of undiscovered animals to ocean carbon sequestration. The nodules alone take millions of years to form.
On Monday, the International Seabed Authority kicked off a two-week-long meeting to discuss potentially issuing the first commercial mining permits. It’s already met staunch opposition: The United Kingdom just came out as the latest nation to demand a moratorium on deep-sea mining, joining calls for a total ban issued by France, Germany, New Zealand, and at least 13 other countries. (The U.S. is not a part of the International Seabed Authority because it was one of only four countries that declined to formally ratify the United Nations Convention on the Law of the Sea in 1984, thanks to Republican opposition. China, Norway, and Russia are the major proponents pushing for deep-sea mining to open up).
With this as our backdrop, I spoke to Rytz about the making of Deep Rising and the complexities of the deep-sea mining debate. Our conversation has been edited and condensed for clarity.
Tell me a little bit about how you discovered this story. As the narration points out, deep-sea mining is “out of sight and out of mind” for most people.
I discovered it in 2018 when I was finishing my previous film [Anote’s Ark], and working with the president of Kiribati in the middle of the Pacific. Because of the work I was doing, I had privileged access, since the president was the main character of my film. I started hearing the conversation about deep-sea mining when basically nothing was in the media; it was an absolute unknown story. It really intrigued me. I was like, Wow, this is a very interesting, complex story. I jumped on it and went on the long journey till now.
The U.N.’s International Seabed Authority begins a nearly two-week-long meeting this week that will potentially end with the issuing of the first provisional licenses for deep-sea mining. What has it been like to follow these developments while you’re in the final stages of releasing and promoting this film?
Once the mining code — if the mining code — is ratified, it will be extremely hard to change it. It’s not like in government when you have political football between two parties. Once the regulation is in place, it might take the same amount of time just to make an amendment because you need to get a consensus of all the U.N. members. So it’s a critical time now because they’re actually drafting it and if it passes, the text will define how deep-sea mining will go.
There’s still a chance, actually, to block it or to postpone it. There has been a big wave of countries signing a moratorium and there was very big news yesterday, from the U.K., which is supporting the moratorium. We’ve seen some smaller states sign it; France was a big one, but the U.K. is a significant gain in the movement for a moratorium.
But for me — and this is the story of Deep Rising as well — I’m like, well, okay, sure, let’s say deep-sea mining is stopped by a ban or a moratorium or simply because the mining code doesn’t happen. That doesn’t stop the need for nickel. And that, for me, is the biggest conversation, because if deep-sea mining doesn’t go ahead, it will mean way more pristine ecosystems are torn down in tropical rainforests — mainly in Indonesia, but also New Caledonia, the Philippines, Madagascar, a lot of places. In northern Russia, they’re mining nickel in the tundra and they’re releasing massive amounts of methane.
So for me, it’s not one or the other. Deep-sea mining is better because we’re going to save the rainforest is a fundamentally flawed argument. Because we don’t need nickel in the first place; there are solutions that are not based on finite resources. There’s battery chemistry that is based on iron-phosphate batteries. Green hydrogen is another very good example and a very good debate.
And, you know, we don’t need to buy that many private cars; we need to develop and share resources. When you see the climate bill from President Biden subsidizing every citizen to buy an EV, it’s basically subsidizing removing the pristine ecosystem in Indonesia. I don’t call that a climate plan.
I wanted to ask you about that. The script of Deep Rising can be pretty critical of the energy transition, calling it the “so-called green revolution.” Can you tell me a little about the use of that term, “so-called”?
This is exactly what I mean. You take the narrative of the “green revolution” from the official perspective — the president’s perspective or the industry’s perspective, from President Biden or Elon Musk. Let’s say they have the same narrative: Buy a Tesla and you’re going to save the planet. Because Tesla would not exist without subsidies; every taxpayer in the U.S. has spent massive amounts of money to make it happen. And I’m not against EVs, but it’s important to understand the climate has no boundaries. If you remove the ecosystem in Indonesia, you’re increasing the climate crisis in the U.S., and so on. You’re putting your citizens at risk. Every country is similar.
There’s no reason to go after finite resources like nickel. Again, if there was no solution, it’d maybe be like, “Oh, there’s a trade-off.” But the point is, at a very large, industrial scale, there are solutions to produce energy without extracting finite resources.
In the film, the narration states that “critical metals are not the solution; they are the new oil.” I’m convinced that there could be grave ecological consequences to deep-sea mining, but how do you reconcile that against the grave ecological consequences of the fossil fuels we’re extracting and burning now?
Again, it’s a matter of changing the chemistry of the batteries. If you take the composition of the Earth’s crust, nickel is 0.009%. Iron is 5%. Iron is everywhere. A company like BYD in China, they’ve been very successfully building for like five years now EVs that are as good as Tesla’s with no gram of nickel, no gram of cobalt. Iron and phosphate are widely available. Rivian, in the U.S., they’re also shifting. And that can happen — anytime soon, GM or Ford or Toyota could change their battery chemistry.
Wait — if this is something we have the technology for now, and it’s scaleable, why are mining companies spending all this time and money building deep-sea vacuum cleaners to suck up nodules to power batteries that we don’t even need to be using?
Because there’s a whole supply chain that’s already been built. And when you’re investing billions of dollars to build battery factories, you need to sell enough batteries to recoup your investment. The problem is we made the investment in the wrong direction.
The second problem is political. The EU could ban nickel in the battery and that’d be it. Then Volkswagen and Volvo and BMW and Renault, all the German and French carmakers, would have no choice. I don’t think it’s as easy in the U.S. but in the EU, that’s a move they could do. It’s happening: The U.K. did a moratorium [on deep-sea mining]. France did a total ban. And, of course, some will lose a lot of money, but it’s the right thing to do.
And the Chinese, by the way — most of the domestic market doesn’t use cobalt and nickel. They’re very advanced; the Blade technology from BYD is years ahead. But they’re not exporting that much because of the commercial war, basically.
On your website, you have a manifesto, which states that your aim as a filmmaker is to “ask uncomfortable questions instead of providing reassuring answers.” Can you talk a little about how that philosophy guided your approach to this film in particular?
My background is not in filmmaking; it’s in anthropology. I think because of my upbringing as an intellectual, I can see a system’s complexity. Filmmakers can sometimes cut straight to a conclusion and for me, it’s very challenging because I needed to simplify when making a film. I think I’ve oversimplified already; I see the film and I think “Oh, this is so oversimplified!” even when it’s a very complex film for most of the viewers.
I could have done a film that was just bashing the mining industry, showing how bad they are and how bad capitalists are destroying the planet. The problem with this is, you preach to the choir. The people you actually need to talk to, they will not listen.
Instead, I got invited to speak to the finance sector, the mining sector, a few weeks ago at a big conference in Geneva. Some of the biggest hedge funds and banks — a Swiss bank, a European bank, a Singaporean bank — they were all in the room. They were asking me for advice about if they should have deep-sea mining in their portfolio. We’re talking hundreds of millions of dollars. And I was like, “I can explain to you why you shouldn’t.”
The change is massive when you can tap into the higher side, the financial system, basically. For me, it’s a really interesting goal, because I take this approach so it’s like, “Oh, you’re not just bashing us and saying how bad we are. Let’s set aside our differences and sit down for coffee.”
I wanted to ask about the disagreement within the Pacific Islands communities. On the one hand, you show grassroots resistance to deep-sea mining in Papua New Guinea; on the other, you also show a delegate from Nauru (which sponsors a subsidiary of The Metals Company) pressuring the International Seabed Authority to make a quick decision on commercial licensing. Is the jury still out on deep-sea mining when it comes to regional community support?
There are two forces here. One is that no corporation can apply for a deep-sea mining license. The Metal Company cannot go to Jamaica and say, “I want to mine the deep ocean.” You need to find a country that will sponsor you. So the Metal Company can fly into Nauru, the smallest country in the world, and promise them the moon. Nauru is a very specific story with a long history of extraction with the Commonwealth, with Australia, New Zealand, and Canada. They’ve been mining phosphate since the Second World War. So this is a very specific case.
When it comes to other countries, like Kiribati and a lot of other island nations, they’re kind of under the Chinese now. And there’s a lot of paradox with China because again, the domestic market is very different than the exporting markets. They’re fueling the rest of the world with nickel, so they have six licenses [in the Clarion-Clipperton Zone] and they’re lobbying quite hard now to get deep-sea mining approved. But they own 60% of the nickel capacities globally and the U.S. has 0%. So for the Chinese, they’d still get all this nickel to basically keep the rest of the world dependent on them.
I have to ask about the cinematography, which is absolutely gorgeous. I think a lot of times deep sea animals don’t get the respect of more charismatic environmental icons like polar bears or whales because they look so alien and creepy. But the footage you included really gives this part of the world vibrance, life, and personality.
It came from years and years of digging through hard drives. A lot of the footage comes from scientific expeditions. It was a very long process for me to convince the researchers to give me the license to use their footage, too, because their first reaction was like, “No, it’s scientific material; that specific jellyfish, which is undiscovered, is under embargo.” Which means the scientists haven’t published their paper yet. And I was like, “Guys.”
Is there anything else you’d like our readers to know?
The concept of the common heritage of humankind is very important. It’s outlined in the Law of the Sea, a set of strong rules by the U.N., that the deep sea belongs to humanity. And every citizen of the planet has a shared responsibility to really look at what is happening because it’s the biggest land grab in human history. The mining area is the size of Mongolia. It’s enormous: I mean, imagine if Mongolia, which is an entire country, was mined entirely. It doesn’t make sense. We have a shared responsibility because we know the climate crisis doesn’t have boundaries. Everyone is concerned.
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Wind and solar are out. Clean, firm power is in.
The Senate Finance committee published its highly anticipated tax proposal for Trump’s One Big, Beautiful Bill on Monday night, including a new plan to revise the nation’s clean energy tax credits.
Senate Republicans widened the aperture slightly compared to the House version of the bill, extending tax credits for geothermal energy, batteries, and hydropower, and preserving “transferability” — a crucial rule that allows companies to sell their tax credits for cash — for years to come.
But the text would still slash many of the signature programs of the Inflation Reduction Act. It would be particularly damaging for Republicans’ goals of creating a domestic mining industry, because it kills incentives for refining critical minerals while yanking away subsidies for the electric cars and wind turbines that might use those minerals.
Consumer tax credits for energy efficiency upgrades, including heat pumps, would still be terminated, as would credits for homeowners to lease or purchase rooftop solar. The Senate bill also cuts a tax deduction for energy efficiency upgrades in commercial buildings one year after the bill’s passage, which was not in the House version.
There was no mercy for the IRA’s tax credit to produce clean hydrogen, despite a last-minute appeal from more than 250 organizations in early June. That policy would still be terminated this year.
Here’s a rundown of the rest of the major changes.
Like the House bill, the Senate’s proposal would terminate tax credits for new, used, and leased electric vehicles. But while the House had extended the program by one year for automakers that had yet to sell 250,000 eligible vehicles, the Senate version would simply end the program in 180 days — or roughly six months — after the bill’s passage.
Depending on when the bill is passed, the Senate version could work out better for some experienced EV automakers, such as Tesla and General Motors. These automakers are set to lose their eligibility for tax credits on December 31 under the House text. But the Senate bill’s 180-day period could allow them to eke out another month or so of eligibility — especially if congressional negotiations over the One Big, Beautiful Bill Act go late into the summer.
Newer EV automakers, such as Rivian or Lucid, come out worse under the Senate text as compared to the House bill since they haven’t sold as many vehicles.
Homeowners interested in electric vehicle chargers would get a longer runway than the House had proposed — but a much shorter one than is on the books right now. Under current law, homeowners can claim the charger tax credit through 2032. The Senate version would terminate the 30% tax credit for installing a home charger one year after the bill is enacted.
The Inflation Reduction Act achieved massive greenhouse gas reductions by including a set of new “technology-neutral” tax credits that subsidized any new power plant as long as it didn’t emit carbon dioxide. Under current law, these new tax credits will remain effective and on the books for decades to come — expiring only when emissions from the country’s power sector fall about 95% below their all-time high.
The Republican reconciliation bills have dismantled these provisions. The House text proposed immediately winding down tax credits for all clean energy sources — except nuclear — and allowed just a 60-day “grace period” for new projects to start construction to claim the credits. Even then, new power plants would have to enter service by 2028 to qualify.
Senate Republicans have countered with a plan that is designed to maintain support for every electricity source that isn’t wind and solar. The GOP Senate caucus favors technologies that can provide power on demand around the clock — such as geothermal, nuclear, hydropower, and batteries — but technically the Senate text allows any zero-carbon, non-solar, non-wind source to qualify for the clean electricity tax credits for the next decade.
The Senate draft erases the provision in the Inflation Reduction Act that would have kept these tax credits in place until the entire United States power sector reduces its emissions. Instead, it adopts the IRA’s alternate phase-out period, with the tax credits beginning to wind down for projects that start construction in 2034.
Tax credits for wind and solar, however, would begin to phase down for projects that start construction next year, and terminate after 2027, with one big exception.
An odd addendum to the wind and solar phase-out would exempt projects that are at least 1 gigawatt, are at least partially on federal land, and have already received a “right-of-way grant or lease” from the Bureau of Land Management as of June 16. It’s unclear which, if any, projects would be helped by this provision. According to the BLM website, it has not granted a right-of-way to any projects that are 1 gigawatt or larger except for the Lava Ridge wind farm, which has been canceled. If the Senate changes the date, however, the Esmeralda 7 solar farm in Nevada may benefit, as the project is more than 6 gigawatts, and is in the final stages of its environmental review.
The Senate text would not do anything to change the eligibility timeline for existing nuclear plants to claim a tax credit, called 45U, designed to keep them solvent. It would keep the schedule written into the Inflation Reduction Act, which has the credit terminating at the end of 2031. It would, however, impose new foreign sourcing restrictions on nuclear fuel, forbidding existing power plants from claiming the tax credit if their fuel comes from Russia, China, Iran, or North Korea. (It makes an exception for power companies that signed a long-term contract to buy foreign fuel before 2023.) The United States formally banned the import of nuclear fuel from Russia last year.
The Inflation Reduction Act subsidized the production of certain clean energy equipment — including solar panels, wind turbines, inverters, and batteries — as well as some of their subcomponents. Under current law, those tax credits will begin to phase out by 25% increments in 2030, so companies can claim 75% of the credit in 2030, 50% in 2031, and zero in 2033.
The IRA also created a new permanent tax credit that covered 10% of the cost of refining or recycling critical minerals.
The new Senate text changes these phase-out deadlines, often for the worse. First, as in the House bill, wind turbines and their subcomponents would no longer qualify for the tax credit starting in 2028. Second, the tax credit for critical minerals would start phasing out in 2031. Under the new calendar, companies would be able to claim 75% of this credit in 2031, 50% in 2032, and zero in 2034.
In practice, this means that the Senate GOP text would end the IRA’s permanent tax credit for producing many critical minerals, which would damage the financial projects of many mineral processing and refining projects. Other types of equipment remain on the Inflation Reduction Act’s original phase-out schedule.
The new Senate text also slightly expands the type of battery components that qualify for the credit. And — in a potentially significant change for some companies — it forbids companies from stacking tax credits for their vertically integrated production process starting in 2027.
While the House did not touch the tax credit for carbon sequestration, the Senate has put forward a key change favored by many proponents of the technology. Under current law, project operators get the highest-value credit if they simply inject captured carbon underground for no other purpose than to keep it out of the atmosphere. Smaller amounts are available for projects that use captured CO2 to nudge more oil out of the ground, also known as “enhanced oil recovery,” or if they use the CO2 in products like cement.
Under the Senate proposal, all carbon sequestration projects, no matter the nature of the carbon storage, would qualify for the same amount.
The biggest clean energy killer in the House-passed bill was a strict sourcing rule for the tax credits that would disqualify projects that use any component, subcomponent or mineral from China. As Heatmap’s Matthew Zeitlin wrote last week, the rules appeared “unworkable” to many companies because they seemingly disqualified projects even if they used a relatively small amount of an otherwise irrelevant Chinese-sourced material — such as a spare bolt or a gram of steel.
Under the House bill, manufacturers would also not be allowed to license a Chinese company’s technology. This measure appeared to directly target Ford, which has proposed manufacturing electric vehicle batteries using technology licensed from the Chinese firm CATL, one of the world’s best producers of EV batteries.
The Senate proposal changes the House provision by adding a complicated new set of definitions about what might qualify as a federal entity of concern. It also introduces a new “safe harbor” formula describing the amount of Chinese-sourced material that can keep a project from receiving a tax credit. We’re still figuring out how these new rules work together, and we’ll update this article as we understand them better.
The House bill also would have severely curtailed a crucial component of the tax credit program called transferability, which allowed developers that couldn’t take full advantage of the subsidies to sell their credits for cash to other companies. The text stripped this option from the tax credits for clean manufacturing (45X), carbon sequestration (45Q), and clean fuels (45Z) beginning in 2028. Without transferability, most carbon sequestration projects will struggle to pencil out, my colleague Katie Brigham reported.
The Senate proposal would restore transferability for the duration of all remaining tax credits.
But it throws another wrench in plans to scale up nuclear, geothermal, and other large capital-intensive projects, because it restricts zero-carbon power plants’ ability to use modified accelerated cost recovery to fund their projects.
Trump just quasi-nationalized U.S. Steel. That could help climate policy later.
The government is getting into the steel business. The deal between Japan’s Nippon Steel and U.S. Steel, long held off by the Biden administration due to national security and economic concerns, may finally happen, and the government will have a seat at the table. And some progressives are smarting over the fact that a Republican did it first.
On Friday, Nippon Steel and U.S. Steel announced “that President Trump has approved the Companies’ historic partnership,” which would include $11 billion in new investments and “a Golden Share to be issued to the U.S. Government” as well as “commitments” that include “domestic production” and “trade matters.”
The New York Times reported that this “Golden Share” would give the president, including Trump’s successors, the ability to appoint or veto some of the company’s directors, and require the government to sign off on a wide range of corporate decisions, like moving production overseas or idling or closing plants or the procurement of raw materials.
The Trump administration will likely use its oversight to encourage domestic production of steel, in tandem with its tariffs on steel imports. The unique arrangement “will massively expand access to domestically produced steel,” Secretary of Commerce Howard Lutnick wrote on X.
While neither the administration nor the two companies involved in the deal have mentioned decarbonizing steel — and in fact existing steel decarbonization programs have floundered in the first months of the Trump’s second term — it is this government oversight of steel production that could, with a different administration, help steer the steel industry into greener pastures.
A future president could wield a golden share to encourage or require the significant capital investments necessary to decarbonize some of U.S. Steel’s production, investments that the Biden administration had trouble catalyzing even with direct government financial support.
And considering that steel makes up for some 7% of global emissions, decarbonization is a necessary — if costly — step to substantially reducing global emissions.
“It’s honestly embarrassing that Republicans beat us to actually implementing a golden share or something like it,” Alex Jacquez, who worked on industrial policy for the National Economic Council in the Biden White House, told me.
When the steel giant Cleveland Cliffs first hinted that it would not go forward with $500 million worth of federal grants to help build a hydrogen-powered mill, it cited “fears that there won’t be buyers for the lower-carbon product,” thanks to a 40% price gap with traditional steel, Ilmi Granoff wrote for Heatmap., This tracked what steel producers and buyers were telling the Biden administration as it tried to convene the industry to see what it needed to go green.
“The largest issue by far in advancing green steel production in the U.S. is demand. It’s still not price competitive and not worth capital investment upgrades, given where the market is right now and without stable demand from customers who are going to pay a premium for the product,” Jacquez said. “There’s no case to make to shareholders for why you’re investing.”
When the Roosevelt Institute looked at barriers to transition to clean steel, specifically a Cleveland-Cliffs project, among familiar community concerns like what it would mean for steel employment, there was “corporate inertia and focus on short-term shareholder value over long-term public value and competitiveness.”
While the Trump administration sees shareholder demands leading to insufficient domestic production of any steel, a future administration could be a counterweight to investors not wanting to make green steel investments.
Shareholder reticence is a “huge obstacle,” one of the report’s authors Isabel Estevez, co-executive director of the industrial policy think tank I3T, told me.
“Of course investors are not going to green light investments that don’t produce the same returns as doing nothing or doing something else would do,” Jacquez said.
And when green steel projects have gotten canceled, in the U.S. and abroad, it’s been dismal shareholder returns that are often the explicit or implicit justification, as well as the high cost of producing green hydrogen necessary to fuel green steel operations. “We are not only pushing the boundaries of what is technologically feasible with this project. We are also currently pushing the boundaries of economic viability. Or, as it stands today: beyond it,” the chief executive of ThyssenKrupp told the North Rhine-Westphalia parliament, according to Hydrogen Insight.
And the resulting Trump administration retrenchment from the Biden administration’s climate policy has made the environment even less friendly for green steel.
Earlier this month Cleveland-Cliffs scrapped the hydrogen-fuel steel project and said instead it would try to extend its existing coal-fueled blast furnace. And the Swedish company SSAB earlier this year withdrew from a prospective project in Mississippi.
Would these outcomes be any different with a “golden share”? When the Roosevelt Institute looked at steel decarbonization even full-on nationalization was considered as one of the “sticks” that could push along decarbonization (many steel companies globally are either state-owned or have some state investment). The golden share, at least as reported, will seem to put the government in the driver’s seat of a major player of the steel industry, while still maintaining its private ownership structure.
“Assuming the nature of the golden share allows the public sector to make certain requirements about the way that profits are used, it could be very valuable for encouraging U.S. Steel to use their profits to make important investments,” Estevez told me.
On Israel and Iran, G7, and clean-energy jobs
Current conditions: Fairbanks will “cool” to 85 degrees Fahrenheit on Monday after NOAA issued the first heat advisory in Alaska’s history over the weekend • Nashville’s total rainfall for the year is 33.25 inches, making it the city’s wettest since 1979 • It could hit 124 degrees Fahrenheit in Ar Rabiyah, Kuwait, today, potentially setting a new hottest temperature of June so far.
An Israeli strike on the Shahran oil depot in Tehran.Stringer/Getty Images
Oil analysts and investors are bracing for further escalation after Israel and Iran’s attacks on each other’s energy infrastructure this weekend. On Saturday, Iran reported that Israel had struck its natural gas processing facility near the South Pars field, as well the main fuel depot in Tehran — targets that “suggest Israel is attempting to weaken and disrupt Iran’s domestic gas and fuel supply chains to cause shortages, rather than pursuing the country’s oil and gas production or exports, which would rock the markets,” the Financial Times writes. Iran responded on Saturday by hitting an Israeli refinery and damaging pipelines north of Tel Aviv. Israel preemptively cut off the natural-gas flow from its oil fields in case those pipelines become additional targets, with Egypt and Jordan reporting they’ve already seen disruptions to their supplies as a result, The Wall Street Journal reports.
Iran has the second-largest natural gas reserves and the fourth-largest crude oil reserves in the world, and is the third-largest producer in the Organization of the Petroleum Exporting Countries. The country has also threatened to close the Strait of Hormuz, a major transit route for a third of the world’s oil, although many analysts are skeptical of such a threat, given that it would also cut off Iran’s own export route to its biggest customer, China, Bloomberg reports. While some analysts expect President Trump to call on OPEC+ to increase its production capacity if the global oil supply is disrupted, “it’s unclear whether the Organization of the Petroleum Exporting Countries could offset a severe and prolonged outage in Iran, which pumps around 3.4 million barrels a day,” Bloomberg adds. Brent crude rose 5.5% to $78.32 a barrel at the start of trading on Monday morning, after gaining 7% on Friday — the most in three years.
The Group of Seven summit begins today in western Alberta, but in a break with precedent, climate policy will not be on the agenda. Canada, France, Italy, Japan, Germany, and Britain will reportedly take pains to avoid “riling” President Trump at the meeting in Kananaskis, The Washington Post reports, while Bloomberg notes that “other G7 leaders won’t even try for a statement of unity on matters such as Ukraine or climate change.” Since 1975, the group has “dedicated an average of 5% of its declarations to climate change at each summit,” The Global Governance Project reports, and it has made “496 climate commitments, taking 6% of the total on all subjects.” But despite the hesitancy to contradict the U.S., certain climate policies will be “integrated into the agenda, a senior government official told a briefing this week, pointing to an effort to improve the international joint response to the growing global forest fire threat,” per the BBC.
The Republican budget bill could potentially threaten 2 million jobs, a new report by BlueGreen Alliance found. In addition to 300,000 direct manufacturing jobs that may be lost if the GOP follows through on eliminating the corresponding tax credits, the report also found that a million indirect jobs (like “supply chain jobs, providing parts for auto or clean energy manufacturing”) and 643,000 induced jobs (like “restaurant workers, store clerks, and the other types of jobs you’d see when an area increases in population or has more money to spend”) are also at risk of evaporating, Electrek notes. Georgia alone could lose 258,000 jobs. “Every bit of data shows clearly that repealing these credits will hurt working Americans,” Ted Fertik, the vice president of manufacturing and industrial policy at BlueGreen Alliance, said in a statement. “We hope the Senate will see reason and reverse these damaging provisions.”
The European Commission, which is set to propose a cut-off date for the European Union’s imports of Russian gas, will not propose similar limits on the nation’s nuclear fuel, Reuters reported Monday. Russia currently supplies the bloc with 38% of its enriched uranium and 23% of its raw uranium, and five EU countries use Russian-designed reactors intended to run on Russian fuel. “The question about nuclear is, of course, complicated, because we need to be very sure that we are not putting countries in a situation where they do not have the security of supply,” EU energy commissioner Dan Jorgensen said. Though the announcement was a reversal from the Commission’s statement in June that it would target Russian enriched uranium, Jorgensen added that “we’re working as fast as we can to also make that a part of the proposal.”
In case you missed it, late last week Meta announced a deal with XGS Energy to add 150 megawatts of geothermal electricity in New Mexico to help the company power its local expansion into artificial intelligence. XGS specifically uses a closed-loop system to prevent water from escaping as it extracts geothermal energy from the rock, which is “especially crucial in a drought-prone state like New Mexico,” The Verge writes. The goal is for the facility to be operational by 2030.
Though the deal between Meta and XGS is no larger than a separate geothermal deal the tech company struck with Sage Geosystems last year, the proposal would still “represent about 4% of total U.S. geothermal production,” Reuters reports. Meta also announced a nuclear agreement with Constellation Energy earlier this month. My colleague Matthew Zeitlin has more on the tech clean-power buying spree, which you can read about here.
The world’s biggest sand battery is now operating in the small municipality of Pornainen, Finland. The nearly 50-foot wide, 43-foot-tall tank is filled with sand that is capable of storing 1 megawatt of thermal power from excess solar and wind electricity, and which can be used to meet one month of Pornainen’s heat demands in the summer or a week of its demands in the winter, per its owner, Polar Night Energy.