Needham analyst Carter Goman published a report on Centrus Energy (NYSE: LEU), reaffirming a Buy rating while cutting the price target to $264 from $314.
Recently trading around $171, the shares have lagged the broader markets year-to-date, presenting what Goman views as an attractive entry point for investors seeking exposure to the domestic enrichment leader.
Goman attributes the underperformance primarily to a “focus on capital expenditures for the planned Piketon capacity and normalized economics relative to established enrichment competitors Urenco and Orano, in addition to skepticism around timelines for new nuclear
build”.
He leaves the core financial estimates largely unchanged but adjusts the target to reflect a mark-to-market on the cost of capital for the first-of-a-kind (FOAK) Piketon project.
The bullish investment thesis is underscored by Centrus' strategic positioning. As the only US-domiciled enricher, and the sole Western producer with demonstrated high-assay low-enriched uranium (HALEU) capability, Centrus is poised to anchor the rebuilding of America's nuclear fuel cycle.
Russian supply is phasing out under the 2024 Prohibiting Russian Uranium Imports Act, LEU markets are tightening, and HALEU demand from small modular and advanced reactors is set to ramp. With a credible path to at least 3.5 million separative work units (SWU) of capacity, the company is transitioning from a trading-exposed LEU broker into a vertically integrated, high-margin strategic asset.
Goman emphasizes a $3.9 billion backlog as of 1Q26, extending out to 2040 and offering long-dated visibility. The LEU segment accounts for the bulk ($3.1 billion), including $2.4 billion in previously contingent commercial commitments from South Korea tied to future Piketon production that are now 100% under definitive agreements.
The Technical Solutions segment backlog contributes another $800 million.
Federal support provides a critical foundation. Earlier this year, the Department of Energy (DOE) announced a $900 million task order to American Centrifuge Operating (a Centrus wholly-owned subsidiary) under the HALEU Production Contract. The company finally signed the contract earlier this month, with the award value surpassing $1 billion.
Goman notes that Centrus likely has access to “access to multiple potential sources of no / low-cost capital”, including possible National Nuclear Security Administration (NNSA) involvement, foreign direct investment, and third-party funding.
On the cost side, FOAK economics at Piketon will inevitably exceed Nth-of-a-kind (NOAK) benchmarks at mature foreign facilities. However, Goman points out initiatives like the Palantir partnership announced in 1Q26 have already identified approximately $300 million in potential savings through AI-driven optimization of project controls, manufacturing, and supply chain.
Goman's report also provides some context for the global enrichment market. Global SWU demand hovers around 54 million annually, with supply highly concentrated among a handful of state-influenced players:
In the US, annual consumption is roughly 15 million SWU, but domestic production has been limited with only 4.3 million SWU from Urenco's New Mexico plant. The remainder relied on imports, with Russia previously supplying a sizable chunk before the import ban.
Goman outlines a structural deficit emerging as Russian volumes exit and demand grows. The Nuclear Energy Institute has flagged ~8.1 GW of potential incremental generation from uprates, restarts, and extensions. Government-backed plans for 10 new Westinghouse reactors could add substantial initial and ongoing SWU needs.
When combined with the Russian ban, this creates a meaningful "call" on domestic capacity exceeding 6.5 million SWU annually before advanced reactor and national-security demand. Spot SWU prices have surged above $200, reflecting limited uncommitted global supply and long lead times (5-10 years) for new capacity. Goman expects pricing to remain structurally elevated, supporting both legacy trading margins and future enrichment returns.
Urenco is expanding its U.S. footprint (targeting over 7 million SWU eventually), and Orano has their NRC review underway for a new facility. Centrus' AC100 centrifuge technology, NRC license through 2037, and existing Piketon site advantages provide a meaningful moat, especially for national-security applications where US-origin tech is mandated. HALEU represents additional upside as the majority of the reactors under the various DOE programs require it.
Goman's valuation framework assumes:
Upside could come from accelerated federal support, manufacturing efficiencies at the Oak Ridge center, higher SWU prices, or faster HALEU commercialization. Downside risks include FOAK execution/cost overruns, funding delays, TENEX supply volatility through 2027, and potential equity dilution.
Authored by Felicity Bradstock via OilPrice.com,
Britain has provisionally approved three major pumped storage hydropower projects in Scotland, the first of their kind in more than 40 years.
Pumped storage facilities will act as large-scale energy storage systems, helping balance intermittent wind and solar generation.
The projects are expected to improve energy security, reduce reliance on imported fossil fuels, and support the U.K.'s decarbonisation strategy.
After years of neglect, the United Kingdom has big plans for hydropower as part of broader plans for a green transition. The government is supporting the development of three large-scale hydro-storage projects as part of its plans to diversify the U.K. energy mix, support a green transition, and boost energy security.
Hydropower is one of the oldest and largest sources of renewable energy. It works by converting the energy of running water into electricity. Many hydropower projects rely on reservoirs created by dams to store large quantities of water and produce electricity as needed. Meanwhile, hydropower plants without reservoirs are typically called run-of-river power plants. In these types of facilities, production is controlled by the amount of water flowing past at any given time. Just four countries – China, Brazil, Canada, and the United States – produce roughly half of the world’s hydroelectricity.
The U.K. has been producing electricity from hydropower projects since the 1800s, and the energy source now contributes around 2 per cent of the country’s electricity generation. Two-thirds of hydropower-generated electricity is produced during the winter months. There are almost 1,700 hydropower schemes across the U.K. with an installed capacity of around 2 GW.
As part of plans for a green transition, the U.K. is expected to invest heavily in hydropower in the coming years. In October 2024, the U.K. government announced a new policy to promote investment in Long Duration Energy Storage (LDES) as part of the country’s decarbonisation plans.
The global demand for energy storage has risen dramatically in recent years, as many countries shift to less stable renewable energy sources to produce low-carbon power. LDES, also known as pumped hydropower storage (PHS), is a type of hydroelectric energy storage. It works by using two reservoirs at different heights to generate power by moving water from one to the other (discharging) as it passes through a turbine. The water can also be pumped back up to the higher reservoir (recharging) during off-peak electricity hours for reuse during peak demand. The system effectively functions as a massive battery, storing power for release as required.
The U.K. government aims to diversify the country’s energy mix to reduce reliance on fossil fuels and help strengthen energy security. Having invested heavily in intermittent clean energy sources, such as wind and solar power generation, it is looking to other energy sources, including hydro and geothermal power, to fill the gap.
There are currently four PSH schemes in the U.K., all of which were funded publicly from the 1960s to the 1980s to store overnight nuclear generation. By 2025, 11 PSH were under development across the U.K., with an expected combined power storage capacity of more than 10 GW and 200 GWh, or 25 per cent of the country’s power demand, once completed. A study from Imperial College London suggests that just 4.5 GW of new PHS with 90 GWh of storage could save up to £690 million a year in energy system costs by 2050.
Last month, the U.K. energy regulator provisionally greenlit the first major new hydropower projects in over four decades, as part of plans to reduce the U.K.’s dependence on energy imports, in response to ongoing geopolitical tensions in the Middle East and severe disruptions to energy supply chains. Three new PHS power stations will be developed in Northern Scotland, using the region’s famous lochs to supply hydropower, pending final approval.
Statera Energy’s Loch Kemp project will use water from Loch Ness, while SSE’s Coire Glas project will rely on water from Loch Lochy, which is situated between Fort William and Inverness. Meanwhile, Gilkes Energy’s Earba project, expected to be the U.K.’s largest pumped storage hydro facility, will pump water from both Loch Leamhain and Loch Earba.
The three projects are expected to be completed by the early 2030s and will be the first PHS power projects since the Dinorwig hydropower plant was completed in north Wales in 1984. Dinorwig, also known colloquially as the “electric mountain”, can generate enough electricity to power nearly 2 million homes in a matter of seconds.
The U.K. Energy Minister, Michael Shanks, stated, “Forty years after the country’s last pumped storage facility, this government is getting Britain building again. The lesson from the conflict in Iran is clear: Britain cannot afford to remain at the mercy of volatile fossil fuel markets and leave families exposed to the next price shock.”
The new hydropower projects are expected to enhance the reliability of Britain’s renewable energy and help the country reduce dependence on fossil fuels once and for all. They will help reduce reliance on energy imports, support the government’s goals for a green transition, and enhance energy security through diversification. PHS projects also provide an alternative to lithium-ion battery storage, helping reduce imports of raw materials and batteries from China.
Tyler Durden Mon, 07/13/2026 - 05:00Ukrainian President Zelensky is undertaking a dramatic cabinet reshuffle, at a moment Kiev sees itself as having military momentum against Russia with its non-stop drone assaults on Russian energy sites.
The country's Prime Minister Yulia Svyrydenko has confirmed Sunday her shock resignation, which has come as a major surprise to many lawmakers and unleashed speculation about what's behind it. She has held the office since July 2025, and helped spearhead major reconstruction funding deals with the United States and Europe.
US Treasury imageSvyrydenko announced on social media she was "proud to have had the honor of leading the government during one of the most difficult periods in Ukraine’s modern history."
She further described that she discussed "next steps" with Zelensky but without providing any details. "I remain ready to serve the Ukrainian state and carry out every task aimed at strengthening Ukraine’s position, defending our national interests and bringing a just peace closer," she said.
According to a backgrounder on Svyrydenko:
Svyrydenko, Ukraine’s former economy minister, was named prime minister in July 2025 at the age of 39 after playing a lead role in securing a mineral agreement between Ukraine and the U.S., seen as an important way of tying U.S. interests to Ukraine’s security.
...He also said he had offered Svyrydenko the opportunity to lead “a new, important area” in Ukraine’s relations with a key international partner.
One unnamed Ukrainian lawmaker conceded to national media that "It's a strange situation" given that "Cabinet resignations are generally a last resort."
The official continued, "They're usually something you would expect in the fall, when the political season begins, and people expect some political changes, since there are no elections."
"Maybe there are some extraordinary reasons for the reshuffle... It looks like a preemptive move," the person added, while expressing that lawmakers sees no obvious reason behind the prime minister's removal.
Zelensky in a statement suggested a broader government overhaul is underway. "Ukraine is changing its political strategy."
Refusing to have an election but has announced more shake ups than the election he has had.
— бенедикт//Benedikt (@BenediktSuarez) July 12, 2026"The Cabinet of Ministers needs to be renewed," Zelensky said. "Each priority area of foreign policy will be assigned to a specific person with substantial experience who is capable of implementing what we agree on at the leaders’ level and what the Ukrainian people expect," he described further of an impending reshuffle. Who is next on the chopping block?
Tyler Durden Mon, 07/13/2026 - 04:15French political figure Éric Zemmour is arguing that robotics represents the true economic future of France, offering a technological solution to labor shortages in factories and farms rather than relying on mass immigration.
“Robotics is the economic future of France. Robots will provide our factories and our farmers with the arms they are missing. France can choose technology rather than migratory submersion through work. For an eternal, powerful, and sovereign France in modernity: more robots, fewer immigrants,” wrote Zemmour on X.
Zemmour’s post directly references an interview conducted by French outlet Le Journal du Dimanche with Éric Marchiol, Renault’s director of industrial metaverse and quality.
In the interview, Marchiol detailed Renault’s development of Calvin, a new humanoid robot created in partnership with French company Wandercraft. Designed for industrial environments, Calvin is compact, capable of handling heavy loads of up to 40 kilograms (88 pounds), and adaptable to real factory conditions — such as navigating uneven packaging or small steps on assembly lines.
Renault already operates around 11,000 traditional industrial robots and 8,000 autonomous guided vehicles. The Calvin robot represents the next generation: more flexible, intelligent, and space-efficient than older fixed-arm systems. The company is testing it for repetitive, physically demanding tasks like tire handling on fast-moving production lines.
Marchiol emphasized that robotization is essential for competitiveness: “Without automation and without robotization, there is no more competitive industry.” He noted France currently has about 190 robots per 10,000 workers — significantly behind China at 380 and Germany.
The goal, he said, is to deploy these humanoid robots widely across Renault and its suppliers within the next four to five years, targeting difficult-to-fill, physically strenuous jobs.
Robots over mass immigrationAs Remix News has extensively reported over the last years, automation, robotics, and now artificial intelligence are increasingly seen as the primary solution to labor shortages, and mass immigration may even hinder the development of these technologies. Western employers, instead of developing this groundbreaking technology to work in factories and agriculture, are often still relying on human labor promised to them by Western liberal leaders. Often, this human labor comes with enormous welfare and cultural assimilation costs.
Zemmour, like many others, is pointing to this automation drive as the real solution to labor shortages. He wrote that Renault’s initiative as proof that France can solve its industrial labor gaps through innovation instead of large-scale immigration.
Remix News has run a series entitled “the big immigration lie” detailing the shift in thinking on immigration, with the Asian countries serving as the main counter example to Europe’s present course of open borders. Instead of embracing cheap labor and millions of culturally alien immigrants, Asian countries like Japan, China, South Korea, and Taiwan have focused on their native populations and implementing harsh immigration restrictions.
These Asians countries now lead in many areas over Europe, including AI, robotics, renewable energies, electric cars, and automation technology in factories.
Larry Fink, the CEO of BlackRock and arguably one of the most powerful men on the planet, openly said last year that the countries with xenophobic immigration policies are going to have a higher standard of living, faster productivity growth, and will be better able to accommodate the social impact of artificial intelligence advances over the coming years.
“You know, we always used to think shrinking population is a cause for negative growth. But in my conversations with the leadership of these large developed countries that have xenophobic immigration policies, they don’t allow anybody to come in, shrinking unemployment, excuse me, shrinking demographics. These countries will rapidly develop robotics and AI and technology. And if the promise, I didn’t say it’s going to happen, but as a promise of all that transforms productivity, which most of us think it will, we’ll be able to elevate the standard of living of countries and the standard of living of individuals even with shrinking populations,” said Fink.
“And so the paradigm of negative population growth is going to be changing. And the social problems that one will have in substituting humans for machines is going to be far easier in those countries that have declining populations,” he said.
When Fink talks about xenophobic countries, he is talking about countries like South Korea, China, and Japan, where robotics and AI are being used to deal with the demographic situation instead of mass immigration.
Tyler Durden Mon, 07/13/2026 - 03:30