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Blue Energy and GE Vernova Inc. (NYSE:GEV) have unveiled plans to jointly develop a 2.5-gigawatt power facility in Texas that will combine nuclear and natural gas generation. The companies say the project would be the first of its kind to integrate both technologies at this scale.

Combining Nuclear and Gas Technologies

The proposed plant will incorporate GE Vernova Hitachi Nuclear Energy’s BWRX-300 small modular reactor alongside GE Vernova’s 7HA.02 gas turbines. Blue Energy is targeting a final investment decision in 2027, with delivery of the gas turbines expected by 2029.

Read more in Yahoo! Finance here.

According to a recent report from ETH Zurich (the Swiss Federal Institute of Technology, “policymakers should not rely on, or fund, fusion power as a core pillar of future clean energy systems” for the two primary current fusion designs (magnetic and laser inertial) because of their low “experience rates” (economies of scale).

Fusion industry professionals already pursuing commercial development discounted these findings. Commonwealth Fusion Systems CEO Bob Mumgaard says ETH Zurich’s authors are unaffiliated with fusion and never spoke to any industry leaders. Helion co-founder Anthony Pancotti, whose company is developing a pulsed, non-ignition fusion system, “absolutely” believes fusion can be affordable and cost-competitive with other energy sources.

Read more in RealClearEnergy here.

Critical minerals have become a marquee issue in Washington over the past several years, driven by growing concern that the United States and its allies depend too heavily on China for materials that are indispensable to both the civilian economy and the defense industry. These minerals and their derivative products are used in semiconductors, electric vehicles, grid infrastructure, advanced electronics, and weapons systems, making reliable access to them a potential national-security issue. Congress has responded with a range of proposals aimed at reducing supply-chain vulnerabilities and expanding access to alternative sources.

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One such proposal, the Developing Overseas Mineral Investments and New Allied Networks for Critical Energies (DOMINANCE) Act, sponsored by Representatives Young Kim (R., CA) and Ami Bera (D, CA), is scheduled for markup by the House Foreign Affairs Committee this week. The act generally represents a positive step toward improving certain aspects of U.S. critical minerals policy, particularly by creating new capacity at the Department of State and improving coordination across federal agencies. However, the bill also risks opening the door to counterproductive interventions while doing relatively little to address the underlying causes of America’s dependence on China. 

The key concern is that China controls critical bottlenecks in the supply chains for many of these materials, particularly refining and processing infrastructure. Last year, in response to new U.S. tariffs and semiconductor controls, China announced export restrictions on several crucial rare earth elements and magnets. Those restrictions are currently in limbo after President Trump and President Xi Jinping negotiated a one-year suspension. But the episode highlighted the potential disruptions such controls could create for the global economy and for defense supply chains that depend on reliable access to specialized inputs.

In response, policymakers have made supply-chain security a priority. But many proposals rely on non-market interventions to force diversification. The risk is that the cure could prove worse than the disease: subsidies for mining or refining, trade barriers, price floors, or other market manipulations could force Americans to pay more for critical minerals through higher taxes or artificially inflated prices. Policymakers should ensure that any response limits the risks of government failure and overreach.

>>>READ: Harvest Deep-Sea Minerals to Combat China

The DOMINANCE Act avoids explicitly imposing these types of policies. As a bill developed by the House Foreign Affairs Committee, its main focus is expanding the capacity and tools available to the State Department to address critical-minerals vulnerabilities. It does so through four key provisions:

  • It would establish a Bureau of Energy Security and Diplomacy and a Senate-confirmed Assistant Secretary to lead U.S. international energy and critical-minerals diplomacy. 
  • It would create Energy Security Compacts, which are intended to coordinate tools across the State Department, Department of Energy, Development Finance Corporation, Export-Import Bank, and Department of Commerce to support energy and mineral investments abroad. 
  • It would codify U.S. participation in the Forum on Resource Geostrategic Engagement (FORGE), successor to the Minerals Security Partnership, including coordination with allied governments on project databases, information-sharing, investment facilitation, and joint ventures for key minerals. 
  • Finally, it would expand mining and critical-minerals education through a new Fulbright fellowship and visiting-scholar programs focused on mining and mining engineering.

The provisions are, broadly speaking, a step in the right direction. As long as Congress sees critical minerals as an area where some government involvement is warranted, agencies should have the necessary capacity to ensure that any policy tools are used efficiently and effectively. Given the patchwork of rules, programs, and funding streams that tend to emerge around any hot policy issue, better coordination across agencies is also a useful first step toward ensuring that policymakers consider the broader picture. 

The downside of the Act, however, is that it leaves the available policy tools relatively open-ended and could push the administration toward several misguided approaches. For example, both Energy Security Compacts and FORGE could drive federal support for critical-minerals projects in allied countries. Provisions to support information sharing and facilitate market-driven investment across allied countries are worthwhile. But government-led investment risks directing taxpayer dollars toward projects that private investors would otherwise reject as too costly or commercially unviable. Likewise, the Trump administration has already indicated that it may use FORGE to establish price floors for critical minerals by setting reference prices and using adjustable tariffs to enforce them.

The DOMINANCE Act could promote more efficient outcomes by placing explicit boundaries on the policy tools available to this and future administrations. Congress should make clear that counterproductive measures such as subsidies, price floors, and trade restrictions are off the table.

>>>READ: A Major Mining Milestone

More importantly, while the Act represents positive, bipartisan movement in some key areas, the underlying problems in U.S. critical-minerals policy will remain. Expanding Fulbright scholarships to facilitate the exchange of mining knowledge and expertise is a creative way to strengthen the U.S. mining talent base. But if companies cannot navigate the permitting hurdles required to open or expand mines and processing facilities in the United States, those efforts will have limited effect. A more complete solution must address the reasons critical-minerals mining and processing capacity migrated to China in the first place, including permitting delays, burdensome environmental rules, and high production costs. 

Overall, the DOMINANCE Act is a useful but incomplete contribution to U.S. critical minerals policy. Its emphasis on diplomacy, interagency coordination, and allied cooperation is preferable to more overtly protectionist or subsidy-heavy proposals. But without clear statutory limits, the Act could be used to advance price floors, trade restrictions, and uneconomical government-backed investments. Congress should preserve the Act’s strengths while making clear that critical minerals security should not become an excuse for open-ended industrial policy. The ultimate goal should be a more resilient, market-oriented critical-minerals supply chain, not competition with China through market manipulation that leaves taxpayers and consumers bearing the costs.


On the morning of Feb. 3, 2026, a small team from Censys Technologies stood at their Daytona Beach headquarters and watched a fixed-wing drone the size of a large model airplane climb into the Florida sky. Over the next two and a half hours, that aircraft—a Sentaero 6 equipped with light detection and ranging (LiDAR) technology and a 45-megapixel camera—would travel 83.4 miles across some of the most heavily regulated airspace in the state, inspecting 77.7 miles of high-voltage transmission corridor (Figure 1) between Daytona Beach (DAB) and Mims.

No helicopter. No multi-day ground survey. No army of contractors. Just one drone, a laptop running a ground control station, and a crew that had spent 21 hours planning every second of the flight.

Read more in Power Magazine here.

The U.S. Environmental Protection Agency has released a draft Fungicide Strategy and invited public comment on measures intended to reduce harm to federally listed wildlife and plants. The agency says the draft recommends practical, science-based protections for more than 1,000 species while preserving flexibility for states, growers and applicators. EPA frames the effort as part of its statutory duties under the Endangered Species Act and the Federal Insecticide, Fungicide, and Rodenticide Act and says approved pesticides must continue to meet rigorous safety standards.

EPA’s draft uses a three-step framework to assess fungicide risks: (1) identify potential population-level impacts to listed species, (2) identify mitigation measures, and (3) determine where those mitigations should apply. The agency emphasizes the strategy itself does not impose new legal requirements but will inform registration and registration-review decisions and proposal of mitigation measures in future regulatory actions. EPA also says it will take public input on any specific mitigation proposals before final decisions are made.

Read more in Agronews here.

U.S. President Donald Trump has signed a presidential permit authorizing the Bridger Pipeline expansion, considered a partial revival of the Keystone XL pipeline project.

The Keystone XL pipeline proposal was repeatedly killed and resurrected, and at one point cost Alberta taxpayers $1.3 billion.

Smith says the new joint venture between Calgary-based South Bow and U.S.-based Bridger, utilizing existing assets, would deliver more than half a million barrels per day of Alberta oil to facilities and refineries throughout the U.S.

Read more in National News Watch here.

As nuclear energy regains traction, the uranium market is facing a timing problem. Demand is rising, but new supply remains slow to develop—leaving North America reliant on imports and legacy inventories.

Triton Uranium’s Atlas Project in northern Saskatchewan is being positioned as part of a potential solution. The company is aiming to shorten development timelines by combining near-surface geology with existing infrastructure, a model that challenges the long lead times typical of uranium mining.

Rethinking Uranium Development Timelines

The renewed interest in nuclear power—driven by decarbonization goals and rising electricity demand from sectors like AI and data infrastructure—is putting pressure on uranium supply chains. Yet bringing new mines online has historically taken years, often decades.

Read more in E+E Leader here.

American agriculture is becoming increasingly reliant on technology. From precision agriculture to virtual fencing, farmers and ranchers are finding smarter ways to manage their operations, driving productivity and environmental gains at the same time. But most of these tools depend on one thing: reliable connectivity.

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Because nearly one-quarter of American farms still lack internet access, these tools can be out of reach for many farmers and ranchers. Expanding broadband access would help, and there are ways Congress can speed up that process, but one company is taking a different approach.

Virtual fencing company Halter has launched the world’s first satellite-based virtual fencing system, allowing ranchers to manage cattle anywhere, without needing broadband at all. 

>>>READ: Could Incentives for Ranchers Protect Wildlife?

This is a major step for an industry where many of the most promising tools still depend on connectivity that rural America does not always have. Instead of waiting for broadband to reach every pasture, Halter’s system lets ranchers use virtual fencing in remote areas today.

Rather than relying on physical fencing, which is notoriously time-consuming and costly to maintain, virtual fencing controls livestock movement without physical barriers. It relies on GPS-equipped collars that use auditory and electrical cues to keep animals within their set boundary. 

Ranchers can move cattle between pastures on their cellphones, rather than through physically demanding work out in the field. Grazing boundaries can be adjusted in real time, whether that is to respond to changing forage conditions, rotate grazing more frequently, or keep cattle out of sensitive areas. What used to take hours or even days of labor can now be done instantly from a screen, regardless if the rancher is on-site or miles away.

The benefits of virtual fencing are enormous. It gives ranchers precise control over where and when cattle graze, improves soil health and prevents overgrazing, and supports better vegetation recovery over time. It also makes it easier to keep livestock out of environmentally sensitive areas, such as streams or wildlife habitats, and eliminates physical barriers that can disrupt wildlife movement. 

>>>READ: Grazing as a Strategic Fire Prevention Solution

While the upfront costs are high, virtual fencing can yield significant savings over time. In one case study, Montana rancher Leo Barthelmess saved $200,000 in his first year using virtual fencing, driven by lower labor, infrastructure, and feed costs as grazing became more efficient. His investment delivered a 7.1x return compared to traditional fencing.

PERC Conservation Director Travis Brammer has argued that virtual fencing is helping to address a generational ranching crisis. Reducing some of the time-consuming and physically demanding work that comes with the job gives ranchers more time to focus on running their operations and, just as importantly, more time away from work to spend with their families. This helps make ranching a more viable path for the next generation at a time when fewer young people are entering or remaining in the field.

Halter’s satellite-based system opens the door for more ranchers to continue adopting these tools in places where connectivity has always been a barrier. By partnering with Starlink, Halter’s collars can now connect directly to satellites, removing the need for cell towers or on-ranch infrastructure entirely. While upfront costs, technological gaps, and rancher skepticism are still real barriers, this is a meaningful step forward for virtual fencing.

The House on Thursday passed a major bill reauthorizing agricultural and food programs for the next five years, overcoming GOP infighting that delayed and threatened to derail the legislation this week. 

The lower chamber voted 224-200 to pass the measure, with 209 Republicans, 14 Democrats and one independent voting to support it. Three Republicans and 197 Democrats opposed the measure.

Read more in The Hill here.

Growing opposition to data centers is beginning to expose divides in both parties. Last week, POLITICO reported that progressive challengers in battleground House primaries in Tennessee, Indiana, Virginia, and Maine are backing a national moratorium on datacenter construction. The idea draws on a bill introduced last month by Senator Bernie Sanders and Representative Alexandria Ocasio-Cortez, which would freeze new data center construction until Congress passes comprehensive AI legislation addressing the technology’s potential effects on jobs, electricity prices, and the environment. Republicans have seen similar tensions, with proposals for state-level moratoriums surfacing in gubernatorial races in Florida and Michigan.

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These politicians are tapping into real frustration in communities worried about rising utility bills and the rapid pace of data center development. But a construction freeze is the wrong response. It would do little to address the underlying pressures on the electric grid while putting U.S. leadership in AI at risk. A better approach would be for policymakers in Congress and state governments to examine how existing laws and regulations may be limiting the ability of electricity markets to respond to new demand.

Concerns about AI and data centers should be taken seriously. For many Americans, there is real uncertainty. Workers worry that AI may disrupt their livelihoods while residents worry that large-scale development may change their neighborhoods, strain local infrastructure, and affect the environment. These concerns are already showing up as organized opposition to computing facilities and data centers. In Memphis, for example, Elon Musk’s xAI operations have drawn sustained criticism over the environmental impacts of the methane gas turbines used to power them. In Indianapolis, officials recently approved a $500 million data center despite community concerns about environmental effects and rising utility costs.

A January POLITICO/Public First poll found the public nearly split on data centers. A modest plurality, 37 percent of respondents, supported building new facilities in their area, while 28 percent opposed them and another 28 percent had no opinion. When asked about the drawbacks of building data centers in the United States, respondents most often cited higher household electricity costs.

The irony of this consternation is that, so far, there is little evidence that data centers are driving higher household electricity bills. Retail electricity prices have risen nationwide in recent years, but they have generally kept pace with broader inflation. The more important story is variation across states, with some states experiencing sharp increases in retail electricity prices while others have seen modest declines. A study from Lawrence Berkeley National Laboratory and the Brattle Group examined the factors behind those differences and found that load growth (i.e., growth in the amount of electricity demanded) has often put downward pressure on rates, not upward pressure.

That may sound counterintuitive, but the logic is straightforward. A large share of retail electricity bills goes toward fixed costs for physical infrastructure, including poles, wires, substations, and generators. Those costs must be paid regardless of how much electricity is consumed. When electricity demand grows and those fixed costs are spread across a broader customer base, the average price per unit of electricity can fall.

But the researchers make an important caveat. Load growth only depresses prices when the electricity system is flexible enough to respond to it. New demand in places where generation, transmission, or distribution infrastructure are constrained can create supply shortages and lead to rising prices. As the researchers note, this is the case in many states.

>>>READ: Rubio’s Data Center Diplomacy

That is where policymakers should focus their attention. The real question is not whether data centers should exist, but whether existing laws and regulations are preventing utilities and electricity markets from building, connecting, and delivering the power those facilities require. A national moratorium would do nothing to solve that problem. It would simply restrict investment while leaving the underlying bottlenecks intact.

At the federal level, the most obvious priorities are transmission reform, permitting reform, and clearer rules that allow large energy users, including data centers, to bring new power onto the grid. State policymakers, meanwhile, should examine rules that raise system costs or limit flexibility. These include Renewable Portfolio Standards that require utilities to source a specified share of electricity from renewable resources, as well as net-metering policies and subsidies for behind-the-meter solar that can shift fixed grid costs onto a smaller share of customers.

Fortunately, the idea of a national moratorium on data centers has not made much headway in Congress. Democratic Senator Mark Warner went so far as to call the plan “idiocy.” But the proposal is a useful example of the kind of heavy-handed policymaking lawmakers should avoid. Rather than imposing rules that are likely to be ineffective or counterproductive, policymakers should be asking how to create the market flexibility needed to address legitimate concerns about electricity costs, reliability, and local development. Usually, that means getting government out of the way, not adding new layers of restriction.

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