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Michael Ford

When people in the nuclear industry talk about risk, they picture power plants, waste storage, and proliferation threats. But an entirely new contest is unfolding in near silence — a race to build the first nuclear reactor on the Moon, where power isn’t just electricity, its leverage, and territory can be claimed without calling it conquest.

NASA’s accelerated plan to install a 100-kilowatt fission reactor on the lunar surface by 2030 has been framed as a bold engineering challenge and a geopolitical necessity. The public conversation is dominated by the “race” aspect, who gets there first, the United States or China, and by visions of space exploration glory.

But missing almost entirely from industry discussions is the fact that lunar nuclear power is about to become an unregulated precedent factory—one that will influence safety norms, political boundaries, and operational practices for every terrestrial nuclear program in decades to come. The weakness is not technological; it’s institutional blind spots in governance, safety culture, and enforcement.

The 2030 Reactor Goal: From Science Project to Strategic Weapon

Under the direction of interim NASA Administrator Sean Duffy, the U.S. has shifted from exploratory talk to a concrete timeline: a fully functional lunar reactor by the end of this decade.

This is not your standard radioisotope thermoelectric generator running a rover on a few hundred watts. This is a full-scale fission reactor capable of powering habitats, mining operations, and industrial-scale 3D printing in an environment where nights last 14 Earth days and temperatures swing from searing heat to deep cryogenic cold.

Duffy’s push is explicitly framed as a race to secure strategic lunar territory, without calling it “territory,” before China and Russia can establish their own facilities. The logic is simple: whoever builds first can declare a “keep-out zone” on ‘safety’ grounds, effectively controlling access to resource-rich regions like the lunar south pole.

From a nuclear safety perspective, that means the very first operational lunar fission plant will set the informal global standard for design, deployment, and operational protocols—without the oversight mechanisms that have evolved over decades on Earth.

The Quiet Contest for Lunar Control

The space headlines talk about “historic milestones” and “renewed exploration,” but the reality is far more strategic. This is a race without cheering crowds, fought in design labs, policy briefings, and procurement contracts. The winner doesn’t just light up a habitat — they secure a position from which to shape the legal and operational norms of lunar industry.

If the first reactor comes with a broad exclusion zone justified as a safety measure, that zone becomes a de facto claim over nearby ice deposits, metal-rich regolith, or prime radio-silent terrain for telescopes. And because there’s no independent enforcement authority in space, “safety” will be defined entirely by the operator.

The Legal Mirage: Treaties That Look Strong But Act Weak

The 1967 Outer Space Treaty prohibits sovereign claims on celestial bodies and requires “due regard” for other nations’ activities. The 1992 UN Principles on the Use of Nuclear Power Sources in Outer Space set voluntary guidelines for safety, transparency, and consultation.

Voluntary.

On paper, these look like strong guardrails. In reality, they lack enforcement teeth. The first country to put a reactor on the Moon will have wide latitude in deciding how “safety” and “due regard” are interpreted.

This isn’t theoretical. Bhavya Lal, a former NASA technologist now at RAND, and Roger Myers, a veteran aerospace engineer and propulsion expert, have warned that a country could use “radiation safety” as a pretext to establish broad exclusion zones around a lunar reactor—effectively locking up nearby high-value sites.

On Earth, if a nuclear operator stretches safety justifications to cover a competitive advantage, regulators, watchdog NGOs, and the press can push back. On the Moon, who’s going to inspect? Who’s going to litigate? And perhaps most importantly, how will precedent set in that vacuum influence interpretations of “safety” back on Earth?

Safety Culture in a Vacuum (Literally)

From a technical standpoint, engineers know how to design a small, robust reactor for extreme environments. NASA and the Department of Energy have decades of experience with compact fission systems. The engineering risks — heat rejection without convection, regolith interference, radiation hardening — are real but solvable.

But the Moon introduces a safety culture hazard that’s barely discussed: the absence of an independent oversight ecosystem.

On Earth, nuclear operations are surrounded by regulators, insurers, emergency planners, and civil society. They provide friction—often frustrating to operators—but essential for catching blind spots.

On the Moon, there is no NRC, no IAEA inspectors, no local emergency responders, and no political opposition in the town hall. The operational culture will be shaped almost entirely by the priorities of the sponsoring agency and its contractors. And when the prime mission objective is geopolitical positioning, safety margins tend to erode at the edges.

In the worst case, the first lunar nuclear operations could normalize a single-actor, self-certified safety regime, and that’s a mindset that could creep back into Earthside nuclear development under the banner of “streamlining” or “innovation.”

The Precedent Spillover Problem

Why should terrestrial nuclear operators care what happens in a dusty crater 240,000 miles away? Because legal and cultural precedents travel.

If the U.S. successfully deploys a lunar reactor without multilaterally agreed inspection protocols, why shouldn’t another state claim the same exemption for a remote island SMR? If China gets away with defining a massive lunar “safety zone” to protect a reactor, what’s to stop them, or others, from using similar reasoning to cordon off ocean territories around floating nuclear plants?

The lunar reactor race is effectively a sandbox for redefining nuclear norms without terrestrial political pushback. Whatever works up there will be argued as acceptable down here.

Geopolitical Energy Lock-In

The strategic driver behind lunar nuclear power isn’t just keeping the lights on for astronauts; it’s controlling access to resources that could reshape space commerce:

• Water ice in shadowed craters, convertible to rocket fuel and life support.

• Rare metals like platinum and titanium for advanced manufacturing.

• Radio-quiet zones on the far side, ideal for deep space radio astronomy.

Control of these requires constant, reliable power — something solar can’t deliver in two-week-long lunar nights. Nuclear is the only viable option, which means whoever masters it first doesn’t just win the Moon. They define the political and economic terms of the lunar industry.

This raises an awkward question for Earth’s nuclear community: are we prepared for nuclear technology to be the primary enabler of de facto territorial control in space? Because that’s not just a space policy issue; it’s a nuclear governance issue, and it’s happening now.

Environmental and Ethical Shadows

Proponents argue that a lunar reactor meltdown would be far less consequential than an Earthside one — no atmosphere to spread fallout, no biosphere to contaminate. That’s true in the immediate sense.

But there are longer-term ethical and environmental considerations:

• Space debris contamination: Ejected radioactive particles could eventually migrate to cislunar space, where satellites operate.

• Resource sterilization: Exclusion zones for safety could permanently block access to scientifically or economically important sites.

• Reputation impact: A high-profile lunar nuclear failure could trigger public backlash against terrestrial nuclear programs, regardless of technical differences.

The nuclear industry is already fighting an uphill battle for public trust. A lunar accident — especially one perceived as the result of a rushed geopolitical race — could set back civilian nuclear deployment on Earth by decades.

What the Nuclear Industry Should Be Doing—Now

The space race narrative makes lunar nuclear power sound like an exotic, niche issue. It’s not. It’s a live-fire test of how nuclear safety, governance, and precedent-setting will work in places where our current frameworks can’t reach.

Here’s what should be on the nuclear industry’s agenda immediately:

1. Establish a Space Nuclear Safety Consortium
   Bring together terrestrial nuclear regulators, IAEA experts, and aerospace engineers to create binding, inspection-capable safety protocols for extraterrestrial reactors.

2. Push for Multilateral Inspection Rights
   If you can’t have an NRC on the Moon, you can at least have an agreed multinational inspection team—before the first reactor is landed.

3. Track Normative Creep
   Assign policy teams to monitor how lunar safety justifications are being framed, so the industry can push back if they start being imported into terrestrial contexts where they don’t belong.

4. Engage the Public Early
   The first big lunar nuclear story the public hears shouldn’t be about a failure. Industry players should be helping to explain the safety case and the governance model now.

   ---

Conclusion: The Weakness No One is Watching

In the nuclear industry, we’re conditioned to think of risk in terms of materials, technology, and operations. But the greatest vulnerability in the lunar nuclear push isn’t in the reactor vessel; it’s in the governance vacuum around it.

Whoever wins the lunar reactor race will, by default, write the rulebook for off-world nuclear safety. And because there’s no enforcement mechanism, that rulebook will be whatever they say it is.

The lunar nuclear push isn’t just about exploration. It’s a silent race for power and territory, and the rules it writes may shape the nuclear industry on Earth for decades to come.

The Moon may be far away, but the precedents set there will come home fast.

The Nuclear Inner Critic Podcast is brought to you by:

The Rebellion at the NRC: A Rubber Stamp or a Reckoning?

On July 14, 2025, Politico dropped a bombshell: a DOGE official reportedly instructed NRC staff to “rubber stamp” DOE and DOD-reviewed reactor designs as part of a Trump executive order signed in late May 2025 that shook the foundations of U.S. nuclear regulation by shifting safety oversight from the Nuclear Regulatory Commission (NRC) to the Department of Energy (DOE) and Department of Defense (DOD) for certain reactor designs.

The order mandates that the NRC defer to DOE & DOD certifications unless new safety issues arise.

This comes amid NRC leadership chaos. Former NRC Chair Christopher Hanson (removed mid‑June 2025) and Executive Director for Operations, Mirela Gavrilas (departure effective June 28, 2025), were fired, and DOGE staff have been inserted into the agency’s ranks.

The goal? Slash licensing timelines to 18 months to meet soaring energy demands, particularly from AI data centers, while catching up to China’s 27 reactors under construction.

As your Nuclear Inner Critic, I’ve seen my share of regulatory tussles, but this feels like a sword swung with reckless abandon. Industry voices, from former NRC chair Stephen Burns to legal scholar Emily Hammond (Professor of Law, George Washington University), are sounding alarms.

They warn that bypassing the NRC’s rigorous safety reviews risks violating the Atomic Energy Act, eroding the agency’s independence, and politicizing a process that’s meant to prioritize public health. Burns called it a “serious consequence” move, and Hammond noted the ADVANCE Act already streamlined NRC processes, making this overhaul feel like overkill.

Even pro-nuclear tech giants like Microsoft and Amazon, who’ve bet big on SMRs, must be sweating the potential fallout from a weakened regulator.

But let’s pause and reflect. The NRC hasn’t exactly been a saint. For decades, it’s been criticized for imperious behavior—slow, rigid, and resistant to change unless forced by legislation or executive action. Licensing delays stretching 5–10 years have killed projects, ballooned costs, and eroded public confidence.

In 2008, Senate testimony flagged the NRC’s declining trust, a legacy of post-Three Mile Island overcaution and unaddressed inefficiencies. This has made the agency a lightning rod for frustration, inviting “swords” like DOGE’s intervention.

Is the NRC reaping what it sowed? Perhaps. But gutting its independence and forcing it to rubber-stamp DOE reviews isn’t reform—it’s a gamble with safety and trust.

Can DOE Labs Step Up? A Look at INL and ANL

The executive order leans heavily on DOE labs like Idaho National Laboratory (INL) and Argonne National Laboratory (ANL) to handle reactor design reviews. But are they equipped to fill the NRC’s shoes? Let’s scrutinize their capabilities, because the Nuclear Family deserves to know if these labs can deliver without compromising safety.

Idaho National Laboratory

INL is the DOE’s crown jewel for nuclear R&D, home to the Nuclear Science User Facilities (NSUF) and key experimental assets like the Advanced Test Reactor (ATR) and Neutron Radiography Reactor (NRAD). It has partnerships with tech giants like Microsoft and Amazon.

In 2024, it entered into an agreement to begin preliminary evaluations of NANO Nuclear’s Zeus and Odin microreactor designs and is developing AI-driven “digital twins” for SMRs using AWS. INL’s work on fuel testing and safety evaluations outpaces NRC timelines, and it’s expanding through collaborations.

With about 5,900 staff, it’s well-resourced for research, but it’s not a regulator. Its focus is testing and innovation, not the exhaustive licensing reviews the NRC conducts. Can it scale up to handle regulatory rigor? Possibly, but it’ll need clear mandates and more regulatory-trained personnel.

Argonne National Laboratory

ANL, with about 3,500 staff, is a powerhouse for fast reactor R&D and simulation, leveraging decades of data. It supports NRC certifications, for example, the U.S. Advanced Pressurized Water Reactor, and contributes to the Versatile Test Reactor program. A 2003 DOE report noted losses in safety and design expertise at ANL-West — functions later transferred to INL in 2005 — but current programs suggest it’s regained ground.

Still, ANL’s role is advisory, not regulatory. It lacks the NRC’s depth in licensing oversight, and its staffing is geared toward research, not high-volume safety reviews.

The Verdict?

Both labs are world-class for R&D, but they’re not staffed or structured to replace the NRC’s regulatory muscle. The NRC employs about 2,800 people, many with a broad spectrum of specialized licensing expertise honed over decades.

INL and ANL can advise and test, but expecting them to handle comprehensive safety reviews at scale is like asking a research chef to run a Michelin-star kitchen for thousands.

Without significant investment in regulatory training and staffing, this shift risks gaps in oversight—gaps that could haunt the industry if an incident occurs.

A Moonshot Vision: Landing an SMR on U.S. Soil

If we’re going to fix this mess, we need to think bigger than rubber stamps or bureaucratic turf wars.

The Nuclear Inner Critic proposes a nuclear ‘moonshot’: land an SMR on U.S. soil by 2030, with the same all-hands-on-deck urgency that put a man on the moon in 1969.

Small modular reactors—compact, factory-built, and safer by design—are the future, but they’re stuck in regulatory quicksand. Let’s combine the best of the NRC, INL, and ANL into a super regulator to make this happen, while standing firm on one principle: no venture capitalists or hedge fund managers need apply. Only qualified nuclear professionals with skin in the safety game.

The Super Regulator Blueprint

1. Merge Expertise: Create a unified Nuclear Innovation and Safety Authority — NISA — by integrating NRC’s regulatory rigor, INL’s testing prowess, and ANL’s simulation expertise. Centralized licensing under NISA, with clear divisions for R&D, testing, and oversight.

2. Streamline Licensing: Adopt INL’s recommendations—eliminate mandatory uncontested hearings (saving 3–6 months), limit docketing delays, and use risk-informed standards. Set a 24-month cap for SMR licensing, leveraging AI tools for safety evaluations.

3. Bolster Staffing: Recruit 1,000 new nuclear engineers and safety experts over five years, drawing from universities and industry. Train INL and ANL staff in NRC-style regulatory processes.

No corner-cutting—only personnel with excellent technical credentials (Masters, PhDs, PEs, or equivalent experience) make the cut.

4. Invest in Infrastructure: Expand INL’s test facilities and ANL’s computing resources to handle high-volume SMR reviews. Fund digital twins and AI-driven permitting, building on INL's public-private partnership model.

5. Public Transparency: Launch a NISA dashboard tracking licensing progress, safety metrics, and public input. Host quarterly town halls to rebuild trust, addressing fears head-on.

Why a Moonshot?

Landing an SMR by 2030 isn’t just about energy—it’s about proving nuclear can deliver on its promise. The U.S. lags behind China and Russia, who’ve deployed SMRs while we’re still debating permits.

Tech giants need clean power now, and fossil fuels are filling the gap. A NISA ‘moonshot’ unites industry, government, and academia, channeling the Apollo program’s focus to overcome regulatory inertia and economic hurdles.

But it must be done right—safety first, no shortcuts.

The NRC’s Self-Inflicted Wounds

Let’s be honest: the NRC has invited some of these swords. Its licensing delays, rooted in post-Three Mile Island caution, have crippled projects. A 2023 Idaho National Laboratory Nuclear Licensing Improvement Project report highlighted licensing milestones stretching 30–42 months for combined licenses, with costs in the tens to hundreds of millions.

The agency’s rigid milestones, redundant environmental reviews, and resistance to industry, government, and public feedback have fueled resentment.

In the 2000s, the “nuclear renaissance” stalled partly because supply chain issues and construction problems hampered Vogtle while corruption and mismanagement plagued VC Summer, though NRC delays may have played a role in making them uneconomic, leaving ratepayers with billion-dollar holes. The ADVANCE Act tried to nudge reform, but the NRC’s slow adaptation kept it in the crosshairs.

This imperiousness—acting like an untouchable gatekeeper—has thus far not eroded the public mandate nuclear power depends on. But it is wasting the public mandate for nuclear by not responding to the urgent energy needs of the nation.

When projects die, jobs vanish, and trust wanes. The NRC’s refusal to evolve unless at swordpoint has made it a scapegoat, though market forces and poor project management share blame.

A NISA super regulator could break this cycle, but only if it learns from the NRC’s mistakes: prioritize safety without strangling innovation and steamrolling public consent.

A Cautionary Caveat: The Fragile Mandate

Nuclear power survives on a razor-thin public mandate, forged in the 1950s’ “Atoms for Peace” optimism but battered by accidents, costs, and mistrust. The Nuclear Inner Critic has watched nuclear “renaissances” rise and fall.

The 1960s–70s boom crashed after Three Mile Island and cost overruns. New plants ballooned to 10 times estimates. The 2000s revival fizzled with Vogtle’s multi-billion-dollar tab and VC Summer’s corruption-induced abandonment, compounded by Fukushima’s shadow and cheap gas.

Each time, the industry forgot the mandate: deliver safe, affordable power, or lose the public.

Illegitimate operators—those chasing profits over safety or hyping unproven tech—accelerate these deaths.

The current resurgence, driven by AI energy needs, is fragile. If DOGE’s rubber-stamping leads to a mishap, or if SMRs flop economically, the mandate could vanish overnight.

A ‘moonshot’ SMR landing demands transparency, rigorous safety, and public engagement to sustain trust. Anything less, and we’re back to square one.

The Path Forward

The Nuclear Inner Critic sees a crossroads:

We can let DOGE’s sword gut the NRC, risking safety and trust, or we can seize this moment for a moonshot.

A NISA super regulator, uniting NRC, INL, and ANL, can land an SMR by 2030—if we prioritize qualified personnel, streamlined processes, and public accountability. But we must heed the lessons of past renaissances: safety is non-negotiable, costs must be controlled, and the public mandate is fragile.

Stay tuned, Nuclear Family. We’ll keep holding the industry’s feet to the fire, demanding transparency and safety as nuclear rises again.

What do you think—can we pull off this moonshot, or are we headed for another renaissance graveyard?

‘See you in the chat!

Be sure to share your insights with the rest of the NIC Nuclear Family in the comments.

Hello, fellow nuclear enthusiasts and environmental stewards!

If you've been following us at HealthPhysics.blog, you know we've been hammering away at the absurdity of America's approach to used nuclear fuel.

The NIC Podcast has argued that treating used nuclear fuel as mere "waste" is not just shortsighted—it's a colossal economic and environmental blunder. Today, with uranium prices under pressure amid proposals for steep tariffs—up to 500%—on Russian imports led by Senator Lindsey Graham and others, the case for reprocessing has never been stronger.

We're sitting on a resource that could power our nation for centuries, yet we're obsessed with burying it.

Enough is enough.

In this post, I'll draw on recent expert analyses and reports to make a compelling argument for ditching permanent storage or disposal in favor of a bold, national reprocessing authority—a public-private partnership that even invites uranium miners to the table. Let's turn "waste" into wealth.

The Wasteful Status Quo: Billions Down the Drain

Let's start with the cold, hard facts. As of 2025, the United States has accumulated approximately 90,000 metric tons of spent nuclear fuel, with around 2,000 additional tons generated annually by operating reactors. This material isn't trash—it's a treasure trove of untapped energy.

Yet, under current policy, we're focused on storing it indefinitely or disposing of it in geologic repositories that may never materialize. Remember Yucca Mountain? You get my point.

A recent Bloomberg video from July 14, 2025, featuring Deep Isolation CEO Rod Baltzer, puts the financial folly in stark relief: American taxpayers are shelling out billions of dollars annually just to manage and store this so-called waste, as Baltzer emphasized. That's on top of tens of billions collected in the Nuclear Waste Fund—estimated to exceed $40 billion—much of which remains unspent due to congressional gridlock, collected from utility ratepayers but trapped by congressional gridlock.

And for what?

To guard material that retains the vast majority—typically over 90%—of its original energy potential? As the World Nuclear Association's updated report on "Processing of Used Nuclear Fuel" (August 2024) points out, SNF is far from spent—it's packed with reusable uranium and plutonium that could fuel advanced reactors and reduce our dependence on foreign imports.

Even alternatives like deep borehole disposal, which some tout as a localized solution, fall short. Sure, it sounds appealing: Drill deep holes at plant sites and drop in the waste. As reported in May 2025 coverage by ANS, Deep Isolation validated a specialized canister for TRISO spent fuel—highlighting some of the engineering complexity tied to borehole disposal methods. This approach involves technical challenges, including the need for specialized canisters.

Broader industry insights suggest it would require building expensive hot cells to repackage fuel from existing dry storage canisters into borehole-compatible formats. The costs? Prohibitive, potentially adding billions more to an already bloated tab.

Why repackage for burial when we could reprocess for reuse? It's like throwing away a half-full gas tank because refilling it seems too complicated.

This storage-first mindset isn't just expensive—it's environmentally irresponsible.

By not reprocessing, we perpetuate a cycle of mining more uranium, which scars landscapes, encroaches on aquifers, and consumes significant amounts of energy. Meanwhile, amid the looming 500% tariffs on Russian uranium, which in recent years has accounted for about 20–24% of U.S. enriched fuel supplies, domestic production lags far behind demand. We're facing shortages that could hamstring our nuclear renaissance, especially as data centers and AI boom drive energy needs skyward. It's time to stop burying our heads—and our resources—in the sand.

The Inherent Value in "Spent" Fuel: A Resource, Not Waste

Imagine if we treated oil the same way: Extract it, use 5% of its energy, then seal the rest in barrels and bury them forever.

Sounds ridiculous, right?

Yet that's exactly what we're doing with used nuclear fuel. The Yale Environment 360 article from April 2, 2025, "Recycling Nuclear Waste: A Win-Win or a Dangerous Gamble?" lays it out beautifully: Reprocessing could extract enough energy from existing SNF stockpiles to power the U.S. for over 150 years at current consumption rates. That's not hyperbole—it's science.

Reprocessing involves chemically separating usable fissile materials like uranium-235 and plutonium-239 from the true waste products. Countries like France have been doing this successfully for decades, recycling fuel into mixed-oxide assemblies that go right back into reactors.

According to the World Nuclear Association, this can significantly reduce the volume of high-level waste—by as much as 90% according to industry estimates—and extend the availability of nuclear fuel. In the U.S., startups like Oklo and Curio are pioneering advanced techniques, such as pyroprocessing, which are safer and more efficient than old methods.

A January 2025 report attributed to the Congressional Research Service outlined key considerations around reprocessing, including fuel cycle benefits and proliferation concerns. Advanced reprocessing could make fuel cycles nearly indefinite, slashing the need for new mining and minimizing long-term waste.

But here's the kicker: SNF isn't just energy—it's a strategic asset. With Russian tariffs biting and domestic uranium production at a historic low (we rank 14th globally in resources), reprocessing offers a buffer against supply shocks.

Coverage in sources like Physics Today has emphasized how combining reprocessing with fast reactors could dramatically reduce waste while potentially generating more fuel than consumed—highlighting advanced fuel cycle designs under U.S. lab testing. This isn't pie-in-the-sky tech; it's being tested at labs like Oak Ridge and Argonne.

By eschewing disposal, we reclaim value, bolster energy security, and align with recycling principles that apply to every other resource—from aluminum cans to rare earth metals.

Renewed Momentum: Policy Shifts and the Path Forward

The good news? The winds are shifting. Under the current administration, executive orders have reignited interest in reprocessing, as detailed in Bloomberg Law's article on "Trump Nuclear Orders Show Renewed US Interest in Waste Recycling” (June 16, 2025). These directives mandate a 240-day DOE report on national SNF policy, explicitly evaluating recycling as a cornerstone.

Bipartisan bills, like those from Senators Ted Cruz and Martin Heinrich, are pushing for funding and regulatory reforms to support fuel recycling. Even the ANS urges creating an independent organization to manage SNF, separate from the DOE's bureaucratic quagmire, as echoed in June 2025 ANS commentary urging progress on SNF and high-level waste (HLW) reform, including potential separation of management from DOE oversight.

This momentum builds on global lessons. France's reprocessing program not only powers its grid but exports expertise worldwide.

Why can't America do the same?

The CRS report warns of proliferation risks—separating plutonium could aid weapons programs—but modern methods like those from Curio minimize this by keeping materials in non-weapons-usable forms. Costs? Initial investments are high, but as Yale notes, they pale compared to the trillions in long-term storage and cleanup projected by the DOE (over $300 billion for legacy waste alone).

Critics, like the Union of Concerned Scientists, call reprocessing "dangerous, dirty, and expensive." Fair points, but outdated.

Advanced tech addresses dirtiness (less waste generated), danger (proliferation-resistant designs), and expense (economies of scale in a national program). Plus, doing nothing is costlier: Bloomberg's Baltzer highlights how storage alone costs billions yearly, with no end in sight.

Addressing Challenges: Give Uranium Miners a Seat at the Table

No argument is complete without tackling headwinds, and reprocessing does pose one for a key stakeholder: uranium miners. If we recycle fuel, demand for fresh uranium could drop, potentially hurting mining communities in states like Wyoming and New Mexico.

I've heard from readers in those areas—folks whose livelihoods depend on extraction. But here's where vision comes in: Reprocessing doesn't have to be adversarial; it can be inclusive.

Enter my proposal: A National Reprocessing Authority, modeled as a public-private venture.

Think of it like NASA or the Tennessee Valley Authority, but for nuclear fuel. The federal government provides oversight, funding from the Nuclear Waste Fund, and regulatory streamlining. Private firms—utilities, startups like Oklo, and even defense contractors—handle operations, innovation, and commercialization. Crucially, invite uranium miners and their companies (e.g., Energy Fuels, Uranium Energy Corp.) as equity partners.

Why include miners?

First, fairness: Reprocessing could reduce new mining needs by 20-50% initially, per World Nuclear Association estimates. By giving miners a stake, we mitigate job losses and potentially transition workers to reprocessing facilities.

A 1983 Oak Ridge National Laboratory review noted how former uranium miners in Colorado took jobs in early reprocessing efforts, revitalizing towns like Naturita. Modern plants would create high-skilled roles in separation tech, transport, and maintenance.

Second, benefits: Diversification stabilizes the industry. Miners could pivot to supplying reprocessing feedstocks or even rare earths extracted as byproducts (SNF contains valuable elements like neodymium).

In a heavily tariffed market, a domestic reprocessing loop ensures steady demand, shielding against volatility. The CRS report suggests reprocessing could actually boost mining long-term by enabling advanced reactors that consume more fuel efficiently.

Third, environmental win: Miners know the toll of extraction—tailings ponds, water use, and aquifer encroachment. Partnering in reprocessing promotes sustainability, reducing mining's footprint while creating green jobs.

A public-private structure ensures transparency: the government enforces safety, while private innovation drives efficiency. Bipartisan support could fast-track legislation amending the Nuclear Waste Policy Act to prioritize recycling.

Imagine: Facilities in mining-heavy regions, employing locals, processing SNF into fuel for next-gen reactors. Revenue from exported tech or recycled fuel funds community reinvestment.

It's not just policy—it's progress.

Conclusion: Time to Reclaim Our Nuclear Future

Friends, the era of viewing spent nuclear fuel as a liability must end.

As I've argued in previous podcasts, it's a resource begging to be recycled, especially amid uranium shortfalls and climate imperatives. Drawing from sources like the ANS, Bloomberg, Yale, CRS, and others, the evidence is overwhelming: Reprocessing saves money, secures energy, and shrinks waste.

By establishing a National Reprocessing Authority as a public-private partnership, involving uranium miners, we create an inclusive and innovative ecosystem that benefits all stakeholders.

Let's not bury treasure; let's unleash it.

Contact your representatives, share this post, and join the conversation below. Together, we can forge a nuclear policy worthy of America's ingenuity. What's your take? Ready to recycle?

Amid the rising urgency of climate change and geopolitical energy instability, nuclear energy is re-emerging as a leading contender in the race toward carbon-free power. With support from both political parties, soaring investment from the private sector, and a wave of technological breakthroughs, the United States appears poised to reclaim leadership in global nuclear innovation.

Yet beneath the momentum lies a structural weakness that threatens to undermine the entire effort: a critical shortage of trained nuclear professionals. In the rush to modernize regulation, deploy small modular reactors, and turbocharge innovation with artificial intelligence, the most foundational element of nuclear energy—a robust and capable workforce—is being dangerously overlooked.

The Illusion of Progress: Politics and Permitting

President Donald Trump has enthusiastically embraced a nuclear revival, issuing executive orders to fast-track licensing timelines and dismantle barriers to reactor construction. New permitting targets require the Nuclear Regulatory Commission to approve new builds within 18 months and license renewals within 12. The administration aims to construct 10 reactors by 2030 and quadruple the country's nuclear capacity by 2050. Industry groups hailed the moves as long-overdue remedies to bureaucratic paralysis.

But these changes bring unintended risks. As reported by Reuters, safety experts and former regulators warn that compressing the licensing process may strain the NRC’s ability to thoroughly evaluate next-generation reactor designs, some of which are dramatically different from traditional light-water reactors. Independent oversight is being reshaped under political pressure, with NRC Commissioner Christopher Hanson fired and staffing levels facing cuts under the Department of Government Efficiency's downsizing program.

The danger is clear: without adequate personnel to review, inspect, and enforce nuclear regulations, accelerated timelines could backfire, allowing flawed designs or operational shortcuts to slip through unchecked.

The Silent Workforce Crisis

Behind the scenes, a more insidious challenge looms. The U.S. nuclear workforce is aging. As reactors retire, so too are the technicians, engineers, and inspectors who built and managed them. According to experts cited in Reuters, NRC retirement rates mirror those across the broader industry. Yet no comprehensive national strategy exists to replace them.

Efforts to build new plants are outpacing the human capacity to support them. The Nuclear Company, a Kentucky-based startup, aims to deploy proven reactor models, such as Westinghouse’s AP1000, to improve project timelines. CEO Jonathan Webb lamented that workers on nuclear job sites are only 20% productive due to the time-consuming nature of paper-heavy processes and regulatory delays. To solve this, they’ve partnered with Palantir to equip workers with AI-enhanced software tools, likened to an "Iron Man suit," to improve efficiency and compliance.

But no digital overlay, no matter how advanced, can substitute for human know-how. Experienced nuclear welders, radiological engineers, and plant operators can’t be conjured up with software. As Webb himself acknowledges, AI can enhance what already exists—but what if the expertise simply isn’t there?

The Engineering Gap

New nuclear designs like SMRs and high-assay low-enriched uranium (HALEU) reactors require a different knowledge base than the old pressurized water reactors built in the 1970s. These systems promise smaller footprints, inherent safety, and reduced waste. But they also come with unfamiliar failure modes, complex supply chains, and novel operational dynamics.

Licensing these designs requires highly specialized regulators, test engineers, and safety analysts, roles the NRC and industry alike are struggling to fill. Universities have had to cut back nuclear engineering programs over the past two decades due to waning interest and funding. Private sector enthusiasm is rebounding faster than academia can respond.

Meanwhile, China is producing hundreds of nuclear engineers annually and streamlining state-led deployments. The U.S. risks falling behind not because of a lack of innovation, but due to a lack of human capital.

Artificial Intelligence: Promise and Limits

The nuclear industry is embracing AI to solve everything from waste cleanup to construction inefficiencies. South Korean researchers recently used machine learning to identify a material that removes 90% of radioactive iodine from water—a significant breakthrough in nuclear waste remediation. In the construction industry, Palantir's platform will optimize scheduling, compliance, and data management.

These tools are powerful. They can reduce cost and time, help identify materials, and provide real-time diagnostics. But they are not a substitute for regulatory judgment, material science expertise, or reactor operation experience. At best, AI can support a trained human team. At worst, it can mask deeper issues, creating a techno-utopian illusion that progress is inevitable, but in reality, AI’s can ‘hallucinate’ and lie. Spotting such aberrant behavior requires subject expertise that a new engineer may lack.

As Palantir expands its footprint into nuclear construction, its executives acknowledge they aren't underwriting plants, only building the tools. Yet the risk is that the government and industry may come to see those tools as a replacement for rebuilding the workforce. That is a miscalculation of potentially catastrophic proportions.

A Reactor Is Only as Strong as Its Crew

Nuclear energy is unforgiving. Mistakes aren’t just costly, they can be catastrophic. From Three Mile Island to Fukushima, nuclear failures have typically stemmed from human error and management weaknesses: poor training, miscommunication, lax oversight. A reactor design might be cutting-edge, but if the welds are flawed, the operators poorly trained, or the inspectors absent, it doesn’t matter.

No amount of political will or market enthusiasm can change this. The fragility of America’s nuclear comeback lies not in its technology, but in its talent pipeline.

What Needs to Happen: Policy and Institutional Fixes

Reversing the workforce decline requires a national effort on the scale of the CHIPS Act. Recommendations include:

1. Reinvigorate nuclear education through university funding, scholarships, and national labs partnerships.

2. Fund trade schools and apprenticeships for nuclear-specific roles like reactor operators, radiochemists, rad techs, and welders.

3. Expand NRC staffing with a budget mandate tied to new licensing volumes.

4. Protect regulatory independence to ensure safety isn't sacrificed for speed.

5. Launch a public awareness campaign to attract a new generation to nuclear careers, framing them as climate-critical, high-tech, and patriotic.

Conclusion: No Renaissance Without Reinforcement

Nuclear power is at a critical juncture. The momentum is real: bipartisan backing, a shift toward positive public opinion, rising global investment, and genuine technological innovation. But the foundation is unstable. Without a deliberate, sustained effort to rebuild the human infrastructure of nuclear energy—regulators, workers, inspectors, and engineers—this renaissance could collapse under its own ambitions.

If America wants to lead the world in clean, safe, and resilient nuclear energy, it must do more than build reactors. It must rebuild the workforce that makes them run. The future of nuclear power depends not just on AI, SMRs, or political fiat—but on people. Without them, we risk engineering progress on a hollow core.

This analysis is brought to you by the Nuclear Inner‑Critic Podcast at HealthPhysics.blog, where my critique emerges not from afar, but from inside the arena. For a decade and a half, I served the State of Texas as the appointee of two Governors: member and chairman of the Texas Radiation Advisory Board, and inaugural Chair of the Low‑Level Radioactive Waste Compact Commission—working shoulder‑to‑shoulder with federal regulators. What I saw then — and still see now — is often not partnership, but paternalism: agencies overriding the goals of states faithfully expressing their citizens’ will through elected leadership.

Our mission is simple: transparency, accountability, and unflinching scrutiny of nuclear policymaking. We believe states—not Washington insiders—should have a voice when federal decisions impact local populations, industries, and long‑term trust in nuclear safety.

Breaking News Story

If West Virginia v. EPA was the judicial declaration that agencies can’t make up their own power, then the Court’s decision in NRC v. Texas is a warning that even when they do, you might not be allowed to object.

In a 6–3 decision handed down June 18, the U.S. Supreme Court ruled that the State of Texas and a prominent landowner in the Permian Basin could not challenge the Nuclear Regulatory Commission’s (NRC) controversial license for a private Consolidated Interim Storage Facility (CISF) for spent nuclear fuel—even though Congress never authorized such a facility, and even though the facility would be sited in a state that explicitly rejected it by law.

The decision—authored by Justice Kavanaugh and joined by the Chief Justice and the Court’s three liberal members—didn’t resolve the central question: Did the NRC violate the Nuclear Waste Policy Act (NWPA) by licensing a private national nuclear waste facility? Instead, the Court ducked it. On a technicality.

A Hollow Victory for Federal Power

The Court ruled that Texas and Fasken Land and Minerals, Ltd. lacked standing under the Hobbs Act to challenge the license because they weren’t officially admitted as “parties” to the agency’s internal adjudicatory hearing.

That’s right: even though Texas submitted detailed objections, passed a state law banning the project, and participated in the environmental review process, it was not deemed a “party aggrieved” under the statutory framework. As a result, the NRC’s license—issued under what many view as a dubious expansion of its authority—is shielded from review.

Justice Gorsuch, writing in dissent, didn’t mince words. In fact, his opening paragraph reads like a constitutional thunderclap:

“To hear the Court tell it, Texas and Fasken lost this case not because they are wrong about the law—but because they knocked on the wrong bureaucrat’s door.”

In other words, the Supreme Court admits the challengers might be right—but declines to hear the case because the NRC refused to let them in the front door.

A Closed-Loop of Unaccountable Power

Gorsuch lambasted the majority for letting the NRC, a federal agency, control who gets to sue it by controlling who it lets into its internal process — effectively giving agencies the power to block judicial oversight.

“No statute authorizes the Commission to pick and choose who may obtain judicial review of its final actions,” Gorsuch wrote. “Yet that is what the Commission did.”

The result, according to Gorsuch, is a “Kafkaesque scheme” where the NRC can deny someone a hearing — and then later argue that they lack standing to appeal because they didn’t have a hearing. It’s a self-sealing loophole that ensures no one can challenge the agency.

In rejecting Texas’s claim to standing, the Court elevates form over substance and invites agencies to strategically insulate their most consequential decisions from review.

A Smokescreen of Statutory Silence

Texas and Fasken argued that — except where Congress and the host state have explicitly consented — the NWPA expressly prohibits the NRC from licensing off-site, private SNF storage facilities — deceptively named as "Away from Reactor" storage facilities, but in reality the NWPA's "Monitored Retrievable Storage" (MRS) facilities by another name and on the cheap — without the infrastructure to service, maintain, or repackage used fuel canisters susceptible to leaking. Because, hot cells are expensive!

That’s not the case here. Congress never approved this MRS license. The State of Texas passed a law rejecting it.

Yet the NRC proceeded, claiming the Atomic Energy Act gave it “broad authority,” despite no specific authorization in the NWPA. This is the very sort of statutory sleight of hand the Court struck down in West Virginia v. EPA — where the Court held that major policy decisions require a clear mandate from Congress, not agency improvisation.

Gorsuch drew a sharp contrast between that principle and the Court’s inaction here:

“The very same NRC that denied Texas and Fasken a hearing now asks us to say that Texas and Fasken were not ‘parties’ to the proceedings they were barred from joining. That sort of catch-22 cannot be the law.”

Federalism Denied, Not on the Merits—But on the Signature Block

Perhaps the most jarring implication of this ruling is what it says about state sovereignty. If a state, through its legislature and governor, objects to being the site of a federal nuclear waste 'interim <wink wink>storage facility', should it not have standing to sue? The answer now, apparently, is: only if the agency gives you permission to object.

In a federalism-conscious era, where the Court has shown increasing deference to the rights of states to push back against federal power (as in Dobbs, West Virginia v. EPA, and Murthy v. Missouri), this decision feels like a step backward — not because the Court rejected Texas’s arguments, but because it refused to hear them.

Final Verdict: Rule of Law Deferred

The Court’s ruling is a cautionary tale about the limits of judicial oversight. The rule of law means little if the door to the courtroom is locked by agency discretion. The NRC’s license may stand for now, but not because the Court upheld it on the merits — because it never reached them.

And in that silence, a deeper issue echoes: if agencies can fence off legal challenges by controlling who gets inside their process, then what recourse do states and citizens really have when federal power exceeds its bounds?

As Gorsuch warned:

“At day’s end, this case is not just about nuclear waste. It is about accountability and the rule of law.”

Indeed. And this time, both were left waiting outside.

Executive Summary

On May 23, 2025, President Donald J. Trump signed four sweeping Executive Orders (EOs) that mark the most ambitious federal nuclear policy overhaul in decades. These directives collectively redefine the role of nuclear energy in U.S. national security, economic policy, and technological leadership. Below is a comprehensive summary and analysis of each order, followed by an assessment of their cumulative impact on the nuclear industry and its regulators.

1. Deploying Advanced Nuclear Reactor Technologies for National Security

📄 EO 📄 Fact Sheet

This EO establishes nuclear energy as a strategic asset, particularly in its applications for military infrastructure and artificial intelligence (AI) computing power. Key directives include:

• Military Reactor Program: The Department of Defense must launch a nuclear reactor at a U.S. military base by 2028.

• DOE Site Reactor Deployment: The Department of Energy (DOE) is directed to identify sites to host reactors within 90 days and operationalize one within 30 months.

• Fuel Access & Recycling: The DOE must release 20 metric tons of high-assay low-enriched uranium (HALEU) to a private-sector fuel bank and support nuclear fuel recycling initiatives.

• Export Expansion: The State Department is tasked with aggressively pursuing 20 new “123 Agreements” to broaden U.S. nuclear technology exports and renegotiating those expiring.

🔍 This order links nuclear power directly to strategic national defense and AI infrastructure, carving out a regulatory path to prioritize and fast-track deployment at defense and DOE facilities.

2. Reforming the Nuclear Regulatory Commission (NRC)

📄 EO 📄 Fact Sheet

In a clear rebuke of past regulatory conservatism, this order mandates a full restructuring and deregulatory overhaul of the NRC. Highlights include:

• Deadline-Driven Licensing: Construction and operation licenses must be decided in 18 months; operating extensions in 12 months.

• Shift from LNT Model: The NRC must reevaluate the linear no-threshold radiation model and consider science-based, determinative thresholds.

• High-Volume Microreactor Licensing: A new process for standardized microreactor applications is required.

• Structural Reorganization: Creation of a 20-person reform team, downsizing of the Advisory Committee on Reactor Safeguards (ACRS), and cultural realignment to prioritize innovation and deployment speed.

🔍 This order fundamentally alters how the NRC balances safety with growth, pivoting toward risk-informed oversight and streamlined licensing. The agency is explicitly redirected to serve as a facilitator of nuclear growth, not just a watchdog.

3. Reinvigorating the Nuclear Industrial Base

📄 EO 📄 Fact Sheet

This EO aims to restore the United States' nuclear fuel cycle capabilities and manufacturing prowess. Major initiatives include:

• Fuel Cycle Overhaul: DOE must produce a national plan for spent fuel management, reprocessing, and uranium enrichment.

• Supply Chain Support: Agreements under the Defense Production Act will support enrichment, recycling, and fabrication.

• Reactor Expansion: DOE will facilitate 5 GW of uprates and 10 new large reactors by 2030, with loan programs prioritized for these efforts.

• Workforce Investment: Nuclear-related fields are designated high priority, and training programs will be scaled with support from the Department of Labor and Education.

🔍 This EO attempts to build a vertically integrated domestic nuclear industry—fuel, construction, workforce—by reducing foreign reliance and backing industrial capabilities with federal support.

4. Reforming Nuclear Reactor Testing at the Department of Energy

📄 EO 📄 Fact Sheet

To accelerate testing and innovation, this EO grants the DOE jurisdictional priority over experimental advanced reactors. Key provisions:

• DOE Jurisdictional Clarification: Reactors under DOE control for R&D purposes will fall solely under DOE jurisdiction, sidestepping NRC oversight at this stage.

• Pilot Programs: At least three operational test reactors must be launched outside of National Laboratories (but under DOE contracts) by July 4, 2026.

• Environmental Review Reform: DOE is directed to expedite or eliminate environmental review bottlenecks for reactor testing.

🔍 This order is a boon for innovation, freeing early-stage technologies from traditional NRC regulatory frameworks and creating clearer, faster test pathways.

Combined Impact: A Nuclear Renaissance — Or Regulatory Shock?

For the Nuclear Industry

These orders collectively promise a renaissance for U.S. nuclear power. They remove key barriers that have historically stymied growth:

• Speed & Certainty: By slashing timelines, removing redundant oversight, and coordinating interagency support, they create clear development pipelines.

• Fuel & Supply Chain Access: The orders guarantee domestic fuel availability and financial backing to build out the supply infrastructure.

• Export Competitiveness: The international push signals U.S. intent to reclaim global market share from Russia and China.

• Workforce Pipeline: Strategic investment in education and apprenticeships builds the talent needed to meet the industry's ambitions.

For Nuclear Regulators

The impact on the NRC is seismic:

• Role Reversal: Rather than merely overseeing safety, the NRC is now tasked with facilitating deployment—an inversion of its long-held identity.

• Culture Shift: Personnel downsizing, a new reform team, and mandatory timeline enforcement will change internal priorities and external relationships.

Jurisdictional Tensions: The DOE's expanded control over reactor testing may lead to turf disputes with the NRC as advanced reactors move from R&D to commercial use.

Conclusion

With these four Executive Orders, President Trump has dramatically reshaped the American nuclear landscape. The fusion of national security objectives, energy policy, and AI infrastructure into a singular nuclear strategy reflects a bold new doctrine: nuclear energy is not just clean—it’s strategic. Whether this results in a flourishing nuclear revival or regulatory whiplash will depend on implementation speed, market uptake, and interagency cohesion.

🔗 Quick Links to Fact Sheets:

• Deploying Nuclear Reactors for National Security

• Reforming the NRC

• Reinvigorating the Nuclear Industrial Base

• Streamlining Nuclear Reactor Testing at DOE

The nuclear industry is planning for a major resurgence in the demand for nuclear energy. Governments and private companies worldwide are investing heavily in nuclear technology, from large-scale plants to small modular reactors. The International Energy Agency predicts that nuclear power will generate a record amount of electricity in 2025, with over 70GW of new capacity under development.

This momentum is driven by the increasing demand for clean and reliable electricity, particularly as data centers and artificial intelligence technologies require vast amounts of power. However, amid this enthusiasm, a critical vulnerability in the nuclear energy sector is being ignored — fuel supply insecurity. Without addressing this issue, the promise of nuclear expansion could collapse before it reaches its full potential.

I. The Overlooked Achilles’ Heel: Fuel Supply Insecurity

Nuclear power depends on enriched uranium, a material that is not easily sourced or replaced. While the United States and European nations have made strides toward energy independence in oil and gas, their nuclear programs remain dangerously reliant on foreign uranium, particularly from Russia.

Despite recent legislative efforts to curb Russian uranium imports, the U.S. and many European countries still lack the infrastructure to produce enough nuclear fuel domestically. This reliance is problematic because it leaves these nations vulnerable to geopolitical tensions. Russia currently controls 40% of the world’s uranium enrichment capacity, meaning that any supply disruptions—whether due to trade restrictions, conflicts, or political maneuvering—could cripple the nuclear energy industry.

Additionally, nuclear enrichment facilities require specialized infrastructure that takes years to build. Unlike fossil fuels, which can be stored and transported with relative ease, nuclear fuel production is a complex and highly regulated process. Any delay in addressing this issue could set back nuclear expansion efforts by decades.

II. A Looming Bottleneck: HALEU and the Next-Generation Reactor Crisis

The situation is even more dire when considering High-Assay Low-Enriched Uranium (HALEU), a specialized fuel required for advanced reactors. While next-generation nuclear technology promises greater efficiency and safety, these innovations depend on HALEU, which is currently monopolized by Russia.

The U.S. government has recognized this risk and recently awarded contracts worth $2.7 billion to companies aiming to establish domestic HALEU production. However, the development of new enrichment facilities takes years, meaning that the timeline for achieving fuel independence does not align with the nuclear industry's rapid expansion plans.

If a reliable HALEU supply chain is not established soon, the deployment of advanced reactors could be significantly delayed, undermining both climate goals and energy security. Tech giants like Microsoft, which are investing in nuclear-powered data centers, may find themselves without the necessary fuel to support their projects.

Moreover, many new nuclear projects depend on long-term fuel supply contracts to secure financing. Investors will hesitate to commit billions of dollars if there is no guarantee of a stable HALEU supply. This uncertainty could deter innovation and slow down the transition to cleaner nuclear technology.

III. The Economic and Policy Blind Spot

Despite these risks, nuclear expansion policies continue to overlook the fuel supply challenge. Many government strategies focus on building new reactors without ensuring that these plants will have a stable and secure fuel source.

The Energy Freedom Plan, which outlines 112 specific actions to boost American energy production, highlights the need for regulatory reform and increased investment in nuclear energy. However, it fails to provide a concrete roadmap for achieving uranium enrichment independence. This gap in planning leaves the industry exposed to supply chain disruptions that could derail progress.

Historical examples demonstrate the consequences of ignoring energy supply chains. Germany’s transition away from nuclear energy, known as Energiewende, resulted in higher electricity costs and increased dependence on neighboring countries for power. The nuclear industry must learn from these mistakes and prioritize fuel security before scaling up new projects.

Additionally, nuclear power must compete with other energy sources for government funding and private investment. The lack of a clear policy for uranium enrichment could push investors toward more predictable energy sectors like wind, solar, and natural gas. Without strong leadership and coordinated action, nuclear energy may struggle to secure the resources it needs for long-term sustainability.

IV. The Path Forward: Closing the Fuel Gap

To prevent a nuclear fuel crisis, immediate action is needed:

1. Expand Domestic Enrichment Capacity – The U.S. and its allies must accelerate investment in uranium enrichment facilities to reduce dependence on Russia and China. Government incentives, public-private partnerships, and streamlined regulatory approvals can help fast-track these efforts.

2. Diversify Supply Chains – Beyond developing local enrichment capabilities, countries should establish trade agreements with alternative uranium suppliers, such as Canada, Australia, and Kazakhstan. This diversification will reduce vulnerability to geopolitical instability.

3. Strategic Reserves and Incentives – Just as the U.S. maintains a Strategic Petroleum Reserve, a national uranium reserve should be established. This would act as a buffer against potential supply chain disruptions and provide stability for nuclear operators.

4. Encourage Private Sector Investment – Companies that rely on nuclear energy, such as data centers and tech firms, should be encouraged to invest in uranium enrichment and fuel production initiatives. Microsoft’s involvement in reviving nuclear plants is a step in the right direction, but broader industry participation is needed.

5. Strengthen International Collaboration – The nuclear industry is a global enterprise, and cooperation between allied nations will be crucial for overcoming fuel supply challenges. Establishing multinational uranium enrichment programs can enhance energy security and ensure a stable nuclear future.

Conclusion

The global nuclear industry's future hinges on securing a stable and diversified fuel supply—a goal thrown into sharp relief by the war in Ukraine and the sanctions targeting Russia’s uranium exports. These geopolitical disruptions have exposed the fragility of a supply chain heavily reliant on Russian enrichment, creating bottlenecks that threaten the nuclear sector’s much-touted renaissance.

Yet, the economic ripple effects of these sanctions have boomeranged, hitting the US and EU with rising energy costs and supply uncertainties, often as hard as they’ve hit Russia.

A peaceful resolution in Ukraine could unwind this tension, loosening sanctions and stabilizing the flow of nuclear fuel, a move that would bolster the industry’s growth and ease pressure on global energy markets.

This isn’t just about fuel logistics; it’s a stark reminder that energy security and geopolitical stability are two sides of the same coin. With climate change and surging energy demand pressing down, resolving this conflict could unlock a brighter, more sustainable future for nuclear power—and the world that depends on it.

March 5th Oral Arguments: Listen and download here

Read the Transcript here.

TL:DR Summary

• The Supreme Court is reviewing a case that challenges the NRC’s authority to license private nuclear waste storage sites (CISFs).

• Texas, multiple states, and industry groups argue that the NRC overstepped its authority under the Nuclear Waste Policy Act (NWPA) by licensing a private spent nuclear fuel (SNF) storage facility in Andrews County, Texas.

• A ruling against the NRC could halt private CISFs and force Congress to act, while a ruling in favor would strengthen federal control over SNF storage.

Key Legal Arguments in the Case

• NRC’s authority under federal law is unclear – The NWPA never explicitly allows private CISFs, and Texas argues the NRC is expanding its own power beyond what Congress intended.

• Federal vs. state rights – Texas passed a law banning SNF storage without state approval, claiming states should control nuclear waste storage within their borders.

• Seismic risks & economic concerns – The Permian Basin, a top U.S. oil-producing region, is experiencing increased earthquakes, and opponents argue NRC ignored this in its environmental review.

Why This Case Matters for the Nuclear Industry

• If the NRC loses: Private CISFs may be ruled illegal, requiring Congress to authorize new waste storage policies.

• If the NRC wins: Federal control over SNF storage is solidified, but state resistance could escalate.

• If the Supreme Court issues a narrow ruling: The fight over SNF storage continues, with legal uncertainty persisting.

Amicus Briefs Filed Against the NRC

• States (Texas, Utah, Idaho, New Mexico, etc.) – Argue the NRC is violating state sovereignty and should follow Congress’s original plan for Yucca Mountain.

• Industry Groups (Permian Basin Oil & Gas, Farm Bureau) – Claim storing nuclear waste in the Permian Basin threatens U.S. energy production.

• Environmental and Citizen Groups – Raise safety, transportation, and long-term environmental risks.

• Local Governments (Fort Worth) – Express concern over nuclear waste transport risks in major infrastructure hubs.

Final Thought

Regardless of the ruling, this case will shape U.S. nuclear waste policy for decades. If the Supreme Court limits the NRC’s authority, Congress may finally be forced to act on nuclear waste disposal.

I. Introduction: The Supreme Court Takes on a High-Stakes Nuclear Waste Case

A Legal and Regulatory Crossroads for the Nuclear Industry

For decades, the question of what to do with America’s growing stockpile of spent nuclear fuel (SNF) has been one of the most contentious policy debates in the energy sector. Nuclear power remains a critical pillar of U.S. energy independence and decarbonization efforts, yet its long-term viability hinges on one unsolved problem: where to store the waste.

The Nuclear Regulatory Commission (NRC) has long relied on a patchwork of temporary storage solutions, including on-site storage at reactors and independent spent fuel storage installations (ISFSIs, pronounced ‘iss-fiss-see’). However, with no permanent geological repository in sight after the collapse of the Yucca Mountain project, the NRC began licensing Consolidated Interim Storage Facilities (CISFs) — privately operated sites intended to hold SNF until a permanent disposal solution is found.

Now, one of those licenses is under direct legal attack, and the U.S. Supreme Court is set to hear arguments today, March 5, 2025, in a case that could fundamentally reshape the future of SNF management.

At the center of this legal battle is a proposed CISF in Andrews County, Texas, licensed by the NRC to Interim Storage Partners (ISP), a private consortium. The Fifth Circuit Court of Appeals vacated the license, which ruled that the NRC had overstepped its authority under the Nuclear Waste Policy Act (NWPA) and Atomic Energy Act (AEA). Now, the Supreme Court must decide whether the NRC’s licensing decision was lawful — or an unconstitutional overreach.

The stakes are enormous. A ruling against the NRC could invalidate private CISF projects, forcing Congress to act or indefinitely leave SNF stranded at reactor sites. A ruling in favor of the NRC would cement federal authority over SNF storage, overriding state-level resistance and opening the door for more private storage sites.

For industry insiders, policymakers, and state regulators, this case is more than a legal dispute — it’s a defining moment in nuclear waste policy that could shape storage strategies for decades.

A Personal Perspective: The Battle Over the Texas CISF

My connection to this case is not just academic. I was directly involved in the initial licensing process for the Texas CISF, steering it from near rejection to formal acceptance by the NRC. As someone who has spent years working at the intersection of industry, regulation, and policy, including serving as Chair of the Texas Radiation Advisory Board and Texas Low-Level Radioactive Waste Compact Commission, I understand the delicate balance required to secure public and political support for nuclear projects.

What makes this case particularly striking is how the NRC’s licensing approach alienated key stakeholders in Texas and New Mexico. For decades, nuclear projects have relied on state and local cooperation to move forward, yet in this case, the NRC’s approach fueled legal and political opposition rather than defusing it.

What Went Wrong?

• Texas state leaders, including Governor Greg Abbott and the legislature, vehemently opposed the project and even passed a law banning SNF storage within the state without explicit legislative approval.

• Fasken Land and Minerals, Ltd., one of the most influential oil and gas companies in the Permian Basin, argued that the facility poses an economic and environmental risk to the region’s booming energy sector.

• U.S. Senators John Cornyn and Ted Cruz and Texas lawmakers filed an amicus brief warning that the NRC’s decision disregarded seismic risks, economic disruption, and congressional intent.

What started as a routine regulatory approval process has exploded into a full-blown legal and political fight that now sits before the highest court in the land.

The Supreme Court Case: Federal vs. State Power Over Nuclear Waste

This case presents four major legal questions that the Supreme Court must answer:

1. Did the NRC have the statutory authority to license a private CISF, or did it overstep the limits set by Congress in the NWPA?

• Texas and Fasken argue that Congress never authorized private CISFs and that the NRC created new regulatory authority out of thin air.

• The NRC counters that the NWPA does not explicitly prohibit private CISFs, so it retains broad authority under the AEA to regulate SNF storage.

2. Did the NRC improperly reclassify the Texas CISF as an “Away-From-Reactor ISFSI” to sidestep federal restrictions on MRS facilities?

• Texas and Fasken claim that historically, “Away-From-Reactor ISFSIs” have been utility-owned facilities located within a few miles of a nuclear plant.

• By applying this classification to a national-level CISF, the NRC avoided the stricter requirements for Monitored Retrievable Storage (MRS) facilities, which require state and congressional approval.

3. Does Texas have the right to reject a federal nuclear waste site within its borders, or does federal preemption override state law?

• Texas passed a law banning SNF storage without state approval, arguing that states have the right to control their own land use.

• The NRC argues that federal nuclear policy preempts state laws, making Texas’s ban irrelevant.

4. Did the NRC manipulate its procedural rules to prevent legal challenges?

• Texas and Fasken were denied hearings during the licensing process, blocking them from developing a record for judicial review.

• The NRC insists that their objections lacked merit, so hearings were not required.

The Supreme Court’s ruling will set a precedent that could impact not just this facility but all future SNF storage projects.

Why This Case Matters for the Nuclear Industry

For the nuclear industry, this case represents a turning point in how SNF is managed:

1. If the Supreme Court upholds the Fifth Circuit’s decision

• The NRC loses its ability to license private CISFs without explicit congressional approval.

• Future SNF storage solutions become politically and legally uncertain.

• The debate over Yucca Mountain could be revived as alternatives become legally unworkable.

2. If the Supreme Court overturns the Fifth Circuit’s decision

• The NRC cements its authority to license private CISFs, regardless of state opposition.

• State-led opposition to nuclear waste storage will likely intensify, leading to further legal and political fights.

• Public trust in the NRC’s decision-making process may erode, especially if the ruling is seen as federal overreach.

3. If the Supreme Court issues a narrow ruling

• The Court may rule that the NWPA does not clearly authorize or prohibit private CISFs, punting the issue back to Congress.

• This would create continued legal uncertainty, forcing Congress to pass new legislation clarifying federal SNF storage policy.

Regardless of the outcome, this case is a wake-up call for the nuclear industry. The old model of relying on federal regulators to push SNF storage solutions through without state and local buy-in is proving unsustainable.

II. The Texas and Fasken Opposition Briefs: A Regulatory Showdown

Texas and Fasken vs. the NRC: A Legal, Economic, and Environmental Battle

The legal battle over the Texas CISF is not just about nuclear waste policy — it’s about federal authority, state rights, economic risks, and regulatory transparency. What began as a routine licensing process by the NRC has now escalated into a multi-front legal challenge led by the State of Texas, Fasken Land and Minerals, Ltd., and powerful political allies in Congress.

Texas and Fasken have joined the fight at the U.S. Supreme Court, arguing that the NRC overstepped its legal authority in granting a license for the private CISF, disregarded state sovereignty, and ignored the economic and environmental risks of siting a nuclear waste facility in the Permian Basin.

This case could redefine the future of SNF storage, determining whether private companies can bypass state opposition and build national-scale nuclear waste facilities under NRC oversight alone.

A. The Legal Argument: Did the NRC Exceed Its Authority Under the NWPA?

The NWPA of 1982 was designed to establish a national framework for managing SNF. It was clear on one point:

Congress envisioned nuclear waste storage as a federal responsibility, requiring state participation and oversight. But did it authorize private companies to step in and store SNF independently?

Texas’s Argument: NRC Created Authority Where None Exists

• The NWPA does not explicitly authorize private CISFs — it only allows federally controlled MRS facilities.

• The NRC avoided calling the Texas CISF an MRS facility because doing so would trigger strict federal and state oversight requirements.

• If Congress intended to allow private CISFs, it would have explicitly said so.

Texas argues that by licensing a private CISF, the NRC has granted itself power that Congress never approved, violating the separation of powers principle and expanding agency discretion beyond legal limits.

Fasken’s Argument: NRC’s Reclassification of the CISF Is a Regulatory Loophole

Fasken, representing major oil and gas interests in the Permian Basin, argues that the NRC deliberately reclassified the Texas CISF as an “Away-From-Reactor ISFSI” to bypass the stricter rules for federally managed MRS facilities.

Historically, Away-From-Reactor ISFSIs have been:

• Utility-owned storage sites located within a few miles of a nuclear plant.

• Temporary storage solutions used to relieve on-site reactor fuel pools.

But now, the NRC has expanded the definition to include a national-level private CISF located in a state that has passed a law banning SNF storage.

What changed? Nothing except the NRC’s regulatory interpretation.

Fasken argues that this “creative reclassification” was a deliberate move to sidestep legal scrutiny and avoid Congress's clear requirements on MRS facilities under the NWPA.

The Counterargument from NRC and ISP

• The NRC insists that the NWPA does not explicitly prohibit private CISFs, meaning the agency retains broad regulatory authority under the AEA.

• ISP argues that Texas and Fasken are misinterpreting the NWPA and that private CISFs have historically been considered legal under NRC regulations.

• The federal government asserts that Texas’s objections are politically motivated rather than grounded in genuine statutory limitations.

B. The Economic and Environmental Risks: The Battle Over the Permian Basin

Beyond the legal battle, the economic and environmental stakes are just as high.

1. The Permian Basin: The Beating Heart of U.S. Energy Production

The Permian Basin is one of the most valuable energy-producing regions in the world, accounting for:

• Nearly 50% of all U.S. crude oil production.

• Significant natural gas output, supporting domestic and international markets.

• Billions of dollars in private and public infrastructure investments.

Fasken and Texas argue that placing a high-level nuclear waste storage facility in this region threatens its long-term economic stability and could have ripple effects across the entire U.S. energy market.

2. Seismic Risks: Is NRC Ignoring the Data?

One of the most alarming issues raised by Fasken and Texas is the risk of induced seismicity — earthquakes caused by fracking and wastewater injection wells.

• Over the last decade, seismic activity in the Permian Basin has increased dramatically, with some areas experiencing magnitude 4+ earthquakes.

• Fasken argues that the NRC failed to properly assess this risk, instead relying on outdated seismic models that do not reflect the region’s current geological activity.

A moderate earthquake near the CISF could:

• Damage the stainless steel SNF storage canisters, increasing the risk of radiation leaks.

• Compromise the facility’s structural integrity, leading to emergency response situations.

• Force regulatory shutdowns of nearby oil and gas operations, disrupting national energy markets.

The NRC’s counterargument is that the CISF is designed to withstand expected seismic events and that Texas and Fasken’s concerns are overstated. However, the agency’s failure to address the increasing seismic data could weaken its position before the Supreme Court.

3. The NRC’s Failure to Address CISCC

• Fasken argues that the NRC ignores a known safety risk — Chloride-Induced Stress Corrosion Cracking (CISCC).

• CISCC is a well-documented failure mechanism for thin-walled stainless steel SNF canisters (all US canisters), which can cause leaks in the lone environmental barrier over time.

• The NRC failed to require a hot cell for repackaging leaking canisters, meaning damaged fuel would have to be transported offsite, increasing safety risks and voiding transportation cask certifications.

NRC responds that CISCC is not an immediate concern and that future solutions can be developed, but Fasken argues this “wait and see” approach is dangerous and irresponsible.

C. Procedural Manipulation: The NRC’s Denial of Hearings

Another major point of contention is how the NRC handled opposition during the licensing process.

1. Texas and Fasken’s Right to a Hearing

Under the Administrative Procedure Act (APA) and the AEA, affected parties have the right to request a hearing if they believe a licensing decision:

• Exceeds agency authority.

• Ignores major safety concerns.

• Fails to comply with procedural requirements.

2. The NRC’s Response: “Your Concerns Are Meritless”

• Texas and Fasken argue that the NRC deliberately denied hearings to suppress opposition.

• The NRC counters that the hearing requests lacked merit and were unnecessary under regulatory guidelines.

• If the Supreme Court finds that Texas and Fasken were unfairly denied hearings, it could send the case back to the NRC for further review, delaying the project indefinitely.

D. A Legal and Political Showdown with National Consequences

The Texas and Fasken opposition briefs represent a fundamental challenge to the NRC’s licensing authority, combining:

• A statutory argument that the NWPA never authorized private CISFs.

• An economic argument that the NRC failed to assess risks to the Permian Basin.

• A procedural fairness argument that the NRC blocked Texas and Fasken from properly challenging the license.

With the Supreme Court set to hear oral arguments on March 5th, the ruling could reshape federal and state power over nuclear waste storage, setting a precedent that will affect SNF policy for decades to come.

The key question is: Did the NRC follow the law, or did it bend the rules to get the Texas CISF approved?

III. The Cornyn and Cruz Amicus Brief: National Security and Federal Overreach

The Political and Economic Firewall Against NRC’s Licensing Decision

The legal battle over the Texas CISF took on a new dimension when U.S. Senators John Cornyn and Ted Cruz — two of the most influential lawmakers from Texas — entered the fray. By filing an Amicus Curiae (friend of the court) brief in support of the State of Texas and Fasken Land and Minerals, Ltd., Cornyn and Cruz transformed this case from a technical regulatory dispute into a high-stakes battle over economic security, federal overreach, and state sovereignty.

Their brief doesn’t focus on technical safety concerns like CISCC or hot cells. Instead, it warns that the NRC’s licensing of a private CISF in Texas undermines U.S. energy dominance, disregards seismic and environmental risks, and sets a dangerous precedent for expanding federal regulatory power over state-controlled economic resources.

In their view, this is not just a nuclear waste siting issue — it is a direct challenge to congressional authority and Texas’ economic future.

A. The Economic and Energy Security Argument: Protecting the Permian Basin

1. The Permian Basin: America’s Energy Powerhouse at Risk

The Permian Basin is the economic and industrial backbone of Texas, responsible for:

• 50% of total U.S. crude oil production.

• Significant natural gas output, essential for domestic energy security and global exports.

• Billions of dollars in investment and infrastructure development.

Cornyn and Cruz argue that the NRC’s decision to license a CISF in the heart of this vital energy region is a reckless gamble with far-reaching economic consequences.

• Siting an SNF storage facility in the Permian could discourage further oil and gas investment.

• The long-term perception of storing high-level radioactive waste in an active drilling zone could impact mineral lease values and energy market stability.

• If this precedent stands, other energy-producing states could face similar regulatory takeovers, where federal agencies dictate land use despite state objections.

The NRC and ISP argue that these concerns are exaggerated, claiming that the facility is designed to operate safely without interfering with oil and gas development. However, Cornyn and Cruz emphasize that no comprehensive economic impact analysis was conducted, and the NRC’s dismissal of these concerns reflects a broader pattern of ignoring state-level expertise.

2. The NRC’s Overreach and Future Land Use Conflicts

Beyond economic concerns, Cornyn and Cruz worry that this case could set a precedent for unchecked federal intervention in resource-rich states.

• If the NRC can override Texas’ opposition to nuclear waste storage, what prevents other federal agencies from imposing unwanted projects in oil- and gas-rich states?

• Could this decision open the door for more aggressive federal land-use policies, diminishing state control over economic development?

The Amicus Brief frames this as a constitutional question of state rights, arguing that the NRC’s actions threaten the balance between federal authority and state land-use sovereignty.

B. The Seismic Risk and Environmental Oversight Failure

1. The Permian Basin’s Rising Seismic Activity: A Known but Ignored Risk

Cornyn and Cruz highlight another major concern — the NRC’s failure to adequately assess the risk of increased seismic activity in the Permian Basin.

• West Texas has experienced a dramatic rise in earthquake frequency due to fracking and wastewater injection wells.

• Recent earthquakes have reached magnitudes of 5.4, raising serious concerns about long-term structural stability.

• Unlike past nuclear waste storage projects, this facility would be in a geologically active region that was not considered seismically risky until recent years.

Cornyn and Cruz argue that the NRC’s environmental review failed to incorporate the most recent seismic data, instead relying on outdated studies.

The NRC’s response?

• The facility was designed to withstand seismic events.

• Industry-standard safety margins remain in place.

• The risk of seismic activity damaging SNF canisters is low.

However, Cornyn and Cruz counter that these safety assessments were conducted before the full extent of West Texas’ seismic shift was understood. If the NRC had taken this risk seriously, it would have undertaken additional studies before issuing the license.

C. A National Security Risk: A Strategic Liability for the U.S. Energy Supply

Cornyn and Cruz’s brief raises an argument not present in Texas or Fasken’s filings — the potential national security risks of siting an SNF storage facility near the U.S.-Mexico border.

1. Potential Security Threats from Criminal and Terrorist Activity

• The Permian Basin is geographically close to regions that already face security challenges from cartel activity and smuggling operations.

• A nuclear waste facility could become a high-profile target for sabotage or attacks.

• Unlike a nuclear power plant, which is heavily fortified with multiple layers of security infrastructure, a CISF is less secure and more vulnerable to external threats.

The NRC dismisses these concerns, stating that the facility will have adequate security measures. However, Cornyn and Cruz argue that no national security risk assessment was conducted before licensing the facility, meaning potential vulnerabilities were never seriously analyzed.

2. Geopolitical and Economic Leverage Risks

• If the Texas CISF becomes a critical part of the U.S. nuclear waste storage infrastructure, it could become a strategic vulnerability for foreign adversaries seeking to disrupt U.S. energy independence.

• In a foreign conflict or diplomatic crisis, adversarial nations could target misinformation campaigns or cyberattacks to undermine confidence in U.S. nuclear storage infrastructure.

• No long-term national security assessment was included in the NRC’s licensing decision, leaving these risks unaddressed.

Cornyn and Cruz’s argument? You don’t wait for a crisis to evaluate risk — you conduct the proper security assessments before issuing a license.

D. The Constitutional and Legislative Overreach Argument

1. The NRC Is Expanding Its Own Power Without Congressional Approval

One of the strongest arguments in Cornyn and Cruz’s brief is that the NRC is fundamentally changing federal nuclear waste policy without congressional approval.

• The NWPA explicitly requires state and congressional participation for MRS facilities.

• By redefining a private CISF as an “Away-From-Reactor ISFSI,” the NRC is creating a new regulatory pathway that Congress never authorized.

• This is not just a nuclear waste policy dispute — it’s a separation of powers issue.

2. The Supreme Court’s Role: Will It Reinforce Congressional Oversight?

• If the Supreme Court allows the NRC’s licensing decision to stand, it could weaken congressional oversight over nuclear policy.

• If it strikes down the license, it may force Congress to revisit nuclear waste policy and create clearer legislative guidelines.

E. The Bigger Battle Over Federal Power and State Rights

The Cornyn and Cruz brief adds a powerful economic, national security, and constitutional dimension to the case against the NRC. Their arguments reinforce that this is not just about one facility — it’s about the role of states in nuclear waste policy, the limits of federal regulatory power, and the long-term economic and security consequences of SNF storage decisions.

The Supreme Court’s ruling will determine whether the NRC acted within its authority or set a dangerous precedent for unchecked federal power.

The key question: Will the Court side with federal regulatory discretion, or will it affirm state sovereignty and congressional intent?

Sidebar: Other Parties That Have Filed Amicus Briefs

IV. The NRC and ISP Reply Briefs: A Counteroffensive

The Federal Government’s Pushback: Defending the Texas CISF License

With the Supreme Court set to hear arguments on March 5th, the NRC and ISP have filed their reply briefs, pushing back hard against the arguments presented by Texas, Fasken, and the Cornyn-Cruz amicus brief.

Their strategy is clear: deflect procedural challenges, reinforce NRC’s regulatory authority, and downplay concerns about seismic risks, economic harm, and national security.

While Texas and Fasken argue that the NRC overstepped its authority, the federal government’s response is direct and unapologetic:

• The NRC’s licensing decision was lawful and fully supported by existing statutes.

• Texas and Fasken’s concerns are speculative, exaggerated, or outside the NRC’s jurisdiction.

• The Fifth Circuit’s ruling, which vacated the license, misinterpreted federal law and should be overturned.

This “all or nothing” approach by the NRC and ISP signals the high stakes of this case — if the Supreme Court sides with Texas and Fasken, it could permanently limit the NRC’s ability to license private CISFs.

So, how strong is their legal counterattack? Let’s break it down.

A. The Procedural Counterattack: Did Texas and Fasken Have the Right to Sue?

One of the most aggressive points in the NRC’s reply brief is its argument that Texas and Fasken had no legal standing to challenge the license in the first place.

• The Hobbs Act requires petitioners to be a “party aggrieved” in an administrative proceeding. The NRC argues that Texas and Fasken were not official intervenors in the licensing process and therefore lack standing to challenge the CISF license.

• The Fifth Circuit allowed Texas and Fasken’s case under an “ultra vires” exception, ruling that if an agency acts outside of its legal authority, a party can challenge it — even if they were not part of the original process.

• The NRC says this was an error and insists that the Supreme Court dismiss the case on procedural grounds without addressing the merits.

The implication?

• If the Supreme Court accepts this argument, the case could be thrown out entirely, reinstating the CISF license without resolving any of the more significant policy questions.

• If the Court rejects this argument, it will move on to the core issue — whether the NRC overstepped its legal authority under the NWPA.

This is a high-risk move by the NRC and ISP. If they fail on procedural grounds, they must rely on their statutory interpretation arguments to salvage the case.

B. The NRC’s Authority Under the NWPA: A Matter of Statutory Interpretation

Texas and Fasken’s central argument is that the NWPA does not authorize private CISFs, and the NRC granted itself power Congress never approved.

The NRC fires back:

1. The NWPA is silent on private CISFs, but silence is not prohibition.

• The NRC argues that if Congress wanted to ban private CISFs, it would have done so explicitly.

• Since the NWPA only governs federally controlled MRS facilities, the NRC insists it retains full authority under the AEA to license private storage.

2. The NRC has been licensing away-from-reactor ISFSIs for decades.

• The agency points to historical precedent, claiming that ISFSIs have always been a part of NRC’s regulatory framework.

• Texas and Fasken argue that away-from-reactor ISFSIs were utility-owned and located close to reactors — but the NRC says the Texas CISF is merely an extension of an existing practice, not a new regulatory invention.

3. The Fifth Circuit misunderstood the regulatory framework.

• The NRC claims that the Fifth Circuit misread the NWPA and created an artificial restriction on private CISFs that Congress never imposed.

• If the Supreme Court upholds the Fifth Circuit ruling, it could set a precedent that limits the NRC’s ability to regulate nuclear waste storage more broadly.

What’s at stake?

• If the Supreme Court accepts the NRC’s reading of the NWPA, it will reinforce federal preemption and agency discretion in nuclear waste storage.

• If the Court rules that the NWPA prohibits private CISFs, it could permanently limit the NRC’s ability to license similar facilities.

C. Seismic Risks and Environmental Concerns: Are They Overblown?

Texas, Fasken, and Cornyn-Cruz have all raised concerns about placing a CISF in the middle of the Permian Basin, citing increased seismic activity due to fracking and wastewater injection wells.

The NRC and ISP dismiss these concerns outright:

• The Texas CISF was designed to withstand seismic activity within established NRC safety limits.

• Earthquakes in the region have not yet reached a level that threatens SNF canisters or storage infrastructure.

• The NRC’s environmental review process was thorough and legally sufficient.

Texas and Fasken counter that:

• Seismic activity in West Texas has increased significantly in recent years, meaning NRC’s seismic models may already be outdated.

• A moderate earthquake could damage SNF canisters, increasing safety risks.

• The NRC has downplayed worst-case scenarios, leaving open the possibility of future environmental and safety challenges.

Who has the stronger argument?

• If the Supreme Court defers to NRC expertise, seismic concerns may not carry much weight.

• If the Court believes that the NRC failed to conduct a sufficient environmental review, it could send the case back for further analysis, delaying the project indefinitely.

D. State vs. Federal Power: Does Texas Have the Right to Ban SNF Storage?

Texas passed a state law banning SNF storage within its borders without state approval, setting up a direct conflict between federal preemption and state sovereignty.

The NRC and ISP argue:

• The Supremacy Clause of the U.S. Constitution overrides Texas’s law — federal nuclear policy cannot be dictated by individual states.

• Texas cannot use state law to block a federally licensed facility, just as states cannot block other federally regulated industries like interstate commerce or telecommunications.

Texas and Fasken counter:

• This is not just a Supremacy Clause issue — it’s about whether the NRC even had the authority to license the facility in the first place.

• If the NRC lacked legal authority under the NWPA, then Texas’s objections remain valid.

The Supreme Court must decide:

• Does Texas have any legal pathway to challenge federal nuclear waste storage decisions?

• Or does federal authority completely override state concerns?

E. Will the Supreme Court Reinstate the License or Limit NRC Authority?

The NRC and ISP’s reply briefs represent a strong counterattack against Texas and Fasken's arguments, but their success depends on how the Supreme Court interprets the NWPA and evaluates agency discretion.

Possible Outcomes:

1. The Supreme Court Dismisses the Case on Procedural Grounds

Texas and Fasken lack standing, and the NRC’s license is reinstated without addressing the broader policy questions.

2. The Supreme Court Rules That the NRC Had Legal Authority Under the NWPA

The Fifth Circuit’s ruling is overturned, and the NRC’s power to license private CISFs is affirmed.

3. The Supreme Court Rules That the NWPA Prohibits Private CISFs

The NRC’s authority is permanently curtailed, requiring Congress to rewrite nuclear waste policy.

No matter how the Court rules, this case will define the future of SNF storage regulation in the United States.

V. Looking Ahead: What to Listen for in the March 5th Hearing

Listen here: https://www.supremecourt.gov/oral_arguments/live.aspx

Summary of Justices’ Potential Positions in NRC v. Texas & Fasken

The Supreme Court justices will approach this case based on their individual legal philosophies, past rulings on administrative law, federalism, and regulatory authority. Below is a neutral, apolitical summary of how each justice may evaluate the case.

Justices Likely to Focus on the Limits of Agency Authority

These justices may question whether the NRC had explicit congressional authorization to license a private CISF under the NWPA and whether its actions expanded regulatory power beyond what Congress intended.

Chief Justice John Roberts

• Likely to focus on statutory interpretation and whether the NWPA grants or limits the NRC’s licensing authority.

• May seek a middle-ground approach that provides regulatory certainty without granting agencies unchecked power.

Justice Clarence Thomas

• Historically strict in interpreting statutes as written, meaning he may ask whether Congress explicitly authorized private CISFs or if the NRC assumed that authority.

• Could question whether federal preemption applies if the NRC lacked proper legal grounds for licensing the facility.

Justice Samuel Alito

• May emphasize the importance of clear legislative intent and question whether the NRC created new regulatory authority beyond what was delegated by Congress.

• Might focus on whether the NRC’s licensing process followed due process and fair hearing standards.

Justice Neil Gorsuch

• Has a history of questioning broad agency interpretations of statutes, meaning he may closely examine whether the NWPA provides sufficient authority for private CISF licensing.

• Could raise concerns about the denial of hearings for Texas and Fasken, limiting their ability to challenge the license.

Justice Brett Kavanaugh

• Likely to assess whether the NRC followed proper regulatory procedures and whether Congress needs to clarify nuclear waste policy moving forward.

• Could be a key swing vote if he sees a balance between regulatory efficiency and statutory clarity.

Justice Amy Coney Barrett

• May focus on whether the NRC’s licensing decision aligns with past regulatory interpretations or if it creates new agency authority without explicit legislative approval.

• Could explore whether state rights and federal preemption can coexist under the NWPA framework.

Justices Likely to Emphasize Regulatory Consistency and Agency Expertise

These justices may consider whether the NRC’s licensing decision aligns with established regulatory practices and if agencies should be given discretion in technical policy areas.

Justice Sonia Sotomayor

• May question whether Texas’ attempt to block the license contradicts long-standing federal authority over nuclear safety and waste storage.

• Likely to consider whether agency discretion should be respected in complex technical matters like nuclear waste policy.

Justice Elena Kagan

• Likely to argue that Congress has historically given the NRC broad authority over SNF storage, meaning the agency acted within its regulatory framework.

• May challenge Texas and Fasken’s assertion that the NRC exceeded its power, particularly if the NRC has historically licensed similar facilities.

Justice Ketanji Brown Jackson

• May focus on whether Texas and Fasken had a fair opportunity to challenge the license within administrative procedures.

• Could examine whether the NRC followed procedural requirements but may lean toward allowing agency discretion where statutory guidance is not explicit.

Final Thoughts: A Decision That Will Shape Nuclear Waste Policy

• If the Court rules against the NRC, it could mean that private CISFs require explicit congressional approval, delaying interim storage solutions.

• If the Court rules in favor of the NRC, it could reinforce federal authority over SNF storage but may face continued state opposition.

• A middle-ground ruling could focus on procedural fairness, requiring the NRC to provide more transparency while still allowing private CISFs.

Regardless of the outcome, this decision will set a precedent that impacts nuclear waste policy for decades to come. Industry insiders should watch how each justice frames their questions on March 5th, as it will signal the Court’s direction on agency power, state rights, and the future of SNF storage.

VI. Conclusion: A Defining Moment for Nuclear Waste Policy

A Crossroads for the Future of Nuclear Waste Storage

The Supreme Court’s upcoming decision in NRC v. Texas & Fasken is far more than a ruling on one storage facility in West Texas—it is a defining moment that will reshape the regulatory, legal, and political landscape for SNF management in the United States.

For decades, nuclear waste policy has been in a state of limbo. The failure of the Yucca Mountain repository, combined with growing volumes of SNF stored at reactor sites, has forced policymakers to seek alternative solutions—none of which have come without controversy.

Now, the Supreme Court is poised to make a ruling that will answer critical questions:

• Does the NRC have the authority to license private CISFs, or did it exceed congressional intent?

• Can Texas and other states reject SNF storage within their borders, or does federal preemption override state laws?

• Will this decision reinforce the role of federal agencies in nuclear waste management, or will it force Congress to take action?

The outcome of this case will set a precedent that affects nuclear waste policy, energy security, and federal-state relations for decades to come.

A. What’s at Stake for the Nuclear Industry?

For nuclear operators, fuel suppliers, and policymakers, the ruling will shape how SNF is stored, transported, and regulated. The industry must prepare for three potential scenarios:

1. If the Supreme Court Upholds the NRC’s Authority

• The Fifth Circuit’s ruling is overturned, and the Texas CISF license is reinstated.

• Private CISFs remain a viable option for interim SNF storage, allowing the NRC to continue licensing similar facilities.

• State opposition may intensify, as Texas and New Mexico may pursue new legal and political strategies to block federal storage mandates.

• The NRC’s ability to classify future SNF storage sites as “Away-From-Reactor ISFSIs” remains intact, reinforcing regulatory flexibility.

2. If the Supreme Court Limits the NRC’s Authority Under the NWPA

• The NRC’s ability to license private CISFs is curtailed, requiring explicit congressional approval for future projects.

• Existing CISF licenses could face new legal challenges, introducing uncertainty for other proposed facilities.

• SNF remains stranded at reactor sites indefinitely, increasing long-term storage costs and security risks.

• Congress may be forced to step in and craft a new, clearer nuclear waste storage policy.

3. If the Supreme Court Dismisses the Case on Procedural Grounds

• The Texas and Fasken challenge is thrown out without ruling on the NRC’s legal authority.

• The Texas CISF license is reinstated, but opponents may find new avenues to challenge it.

• Future lawsuits could arise over other CISF projects, leading to continued regulatory uncertainty.

No matter how the Court rules, the nuclear industry must reassess its long-term waste storage strategy.

B. What This Means for State vs. Federal Authority

One of the most consequential aspects of this case is whether states like Texas have the power to reject federally licensed nuclear waste sites.

• If Texas prevails, it could embolden other states to pass similar laws restricting SNF storage, creating a patchwork of state-by-state nuclear waste policies.

• If the NRC prevails, it will reinforce federal supremacy over nuclear waste policy but at the cost of alienating states that feel their rights are being ignored.

This ruling could set a powerful precedent for future energy and environmental disputes, including the following:

• Federal energy infrastructure siting (pipelines, transmission lines, carbon storage facilities).

• State challenges to offshore wind and oil leasing policies.

• The role of federal agencies in regulating energy and environmental issues without clear congressional authorization.

As federal and state governments continue to clash over who gets the final say on energy projects, this case could reshape the balance of power.

C. The Supreme Court’s Role in Reshaping Administrative Law

Beyond nuclear waste policy, this case will be another test of the Supreme Court’s recent shift toward limiting agency discretion.

• The Court’s ruling in West Virginia v. EPA (2022) restricted federal agencies from interpreting statutes in ways that significantly expand their authority without explicit congressional approval.

• If the Court applies the major questions doctrine here, it could signal a broader trend of limiting agency power across multiple regulatory sectors.

• If the NRC’s authority is curtailed, it could open the door for similar challenges to agencies like the EPA, DOE, and FERC, reshaping the regulatory landscape.

This case will determine not only how SNF is stored but also how much discretion federal agencies have in energy and environmental policy.

D. The Long-Term Implications for Nuclear Waste Storage Policy

Regardless of the ruling, this case underscores the urgent need for a long-term nuclear waste solution.

• The U.S. has over 86,000 metric tons of SNF stored at reactor sites, with no permanent repository.

• Interim storage cannot be a permanent solution, yet Congress has repeatedly failed to act on a new national storage strategy.

• If private CISFs are ruled unlawful, the pressure to restart Yucca Mountain or find new permanent solutions will intensify.

This case does not solve the nuclear waste problem—it simply determines who has the authority to decide where SNF can go.

The real question that remains unanswered is whether Congress will finally take action to fix America’s nuclear waste policy or continue to leave these decisions to the courts and regulatory agencies.

E. Final Thought: The Future of SNF Storage Hangs in the Balance

This case is not just about Texas, not just about the NRC, and not just about this single facility.

It is about how the United States will handle its nuclear waste problem in the coming decades.

It is about whether the Supreme Court will reinforce the NRC’s authority or force Congress to step up and take responsibility.

It is about the balance between federal power and state sovereignty in deciding where nuclear waste can and cannot go.

As the Supreme Court prepares to issue its ruling, the nuclear industry, state governments, and energy policymakers must be ready for the consequences — because whatever happens next will shape nuclear waste policy for a generation.

March 5th Oral Arguments: Listen and download here

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The nuclear industry is riding a wave of optimism. Fusion breakthroughs, innovative microreactors, and small modular reactors (SMRs) are fueling dreams of a clean energy future. Yet, beneath the surface of these exciting developments lies a less glamorous but critical challenge: the practicalities of deployment. If these logistical and operational hurdles are not addressed, they risk derailing the nuclear renaissance before it can fully materialize.

This article explores the overlooked practical challenges facing nuclear energy deployment, the potential consequences of inaction, and the steps needed to ensure the industry’s success. From cost barriers to grid integration and regulatory bottlenecks, the journey to scalable nuclear power is fraught with obstacles that demand urgent attention.

The Nuclear Renaissance and Its Promises

Technological Advancements

In recent years, the nuclear sector has seen unprecedented technological progress. Breakthroughs in fusion energy, such as the ignition success at the Lawrence Livermore National Laboratory, have proven that it’s possible to generate more energy than consumed in a reaction. This milestone not only demonstrates the viability of fusion as a clean energy source but also bolsters confidence in its scalability for future energy needs. Fusion technology is poised to revolutionize the industry, offering virtually limitless power with minimal environmental impact.

Meanwhile, microreactors like Westinghouse’s eVinci and Radiant’s Kaleidos have emerged as game-changers. These reactors are designed for portability and zero-carbon output, making them ideal for remote areas, disaster recovery zones, and military bases. For instance, the eVinci reactor can operate for up to eight years without refueling, delivering consistent energy in situations where traditional power sources are unavailable. Similarly, the Kaleidos microreactor offers a versatile solution with a focus on efficiency and safety. It utilizes advanced TRISO fuel particles to withstand extreme temperatures and prevent meltdowns.

Small modular reactors (SMRs) represent another leap forward. Unlike traditional large-scale nuclear plants, SMRs can be manufactured in factories and assembled on-site, reducing construction costs and timelines. Their modular design allows for flexibility, enabling operators to scale energy production to meet varying demands. SMRs are also safer by design, with features like passive cooling systems that reduce the risk of catastrophic failures. These innovations underscore the industry’s commitment to addressing past concerns about safety and cost-effectiveness.

Global Optimism

The growing momentum behind nuclear energy extends beyond technological advancements. Governments, private investors, and major corporations are recognizing its potential to meet climate goals and energy demands. Bipartisan support in the U.S. Congress has led to legislation like the ADVANCE Act, which aims to streamline the deployment of advanced reactors. This legislative backing reflects a broader acknowledgment of nuclear power as a critical component of the clean energy transition.

Private sector investments have surged as well. Over the past five years, more than $7 billion has been poured into nuclear technology, with companies like Amazon, Google, and Microsoft pledging significant support. These tech giants are particularly interested in small reactors to power their energy-intensive data centers, highlighting the commercial viability of nuclear solutions.

Globally, nuclear power is gaining traction as countries strive to achieve net-zero emissions. For example, France, a long-time leader in nuclear energy, is doubling down on its commitment by investing in next-generation reactors. In Asia, nations like China and South Korea are rapidly expanding their nuclear capabilities, recognizing the dual benefits of energy security and environmental sustainability. This international focus underscores the universal appeal of nuclear energy as a scalable and reliable solution to the world’s energy challenges.

Broader Implications

The nuclear renaissance is more than a technological or economic shift; it represents a paradigm change in how we think about energy. Advanced reactors promise to address some of the most pressing issues of our time: reducing carbon emissions, ensuring energy security, and providing power to underserved regions. However, realizing this potential requires a concerted effort to overcome the practical challenges of deployment. The optimism surrounding nuclear energy must be matched by strategic investments, regulatory reforms, and public-private collaborations to ensure its success.

The Deployment Dilemma

Despite this optimism, the path to widespread deployment is fraught with challenges.

Cost and Complexity

Building and operating advanced nuclear reactors remains prohibitively expensive. While SMRs and microreactors promise cost reductions through standardization, the reality is that precision manufacturing and specialized materials are still required. For example, microreactors depend on TRISO fuel, a highly robust but complex material that is costly to produce and difficult to scale. The manufacturing of these fuels requires intricate processes and highly specialized facilities, making scalability a significant hurdle. Additionally, the long lead times for sourcing reactor components further complicate project timelines.

First-of-a-kind projects often face budget overruns and delays. These projects require significant upfront investment, making them unattractive to risk-averse investors. A lack of experienced supply chains exacerbates this issue, as many contractors have limited expertise in handling the unique requirements of advanced nuclear technologies. Without financial incentives, public-private partnerships, or government guarantees to mitigate these risks, deployment efforts may stagnate.

Timeline Misalignments

The development timelines for fusion and advanced nuclear technologies extend well into the 2030s, creating a stark mismatch with current energy demands. Clean energy requirements are surging now, driven by climate change policies, electrification of transportation, and the rapid expansion of data centers. While nuclear energy has the potential to meet these needs, the delay in deployment means these opportunities might be missed.

Bridging this gap requires interim solutions, such as integrating other clean energy technologies with traditional nuclear power until advanced systems come online. However, this approach introduces its own set of challenges, including compatibility issues and the need for significant investments in hybrid energy systems. The inability to align deployment timelines with urgent energy demands highlights a critical vulnerability in the nuclear industry's growth strategy.

Public Perception and Acceptance

Public perception also poses a challenge to deployment timelines. Despite advancements in safety and efficiency, nuclear energy continues to face skepticism due to historical accidents like Chernobyl and Fukushima. Convincing the public of the safety and reliability of advanced reactors will require transparent communication and consistent safety demonstrations. Educational campaigns and community engagement initiatives can help build trust, but these efforts take time—time that the industry cannot afford to lose in the race to meet growing energy demands.

Workforce Development

The nuclear industry also faces a critical shortage of skilled labor. Many experienced engineers and technicians who supported the last wave of nuclear projects are retiring, and there is a lack of younger workers entering the field. Developing a robust pipeline of talent is essential to meet deployment goals. This requires collaboration between governments, educational institutions, and industry stakeholders to create training programs, apprenticeships, and incentives that attract new talent to the sector.

Environmental and Siting Concerns

Siting new nuclear facilities remains a contentious issue. Advanced reactors may require less land than traditional plants, but they still face opposition from local communities concerned about environmental impacts, safety, and waste management. The challenge is even greater for microreactors, which are intended for deployment in remote or ecologically sensitive areas. Balancing these concerns with the need for reliable energy access requires careful planning and transparent decision-making.

Integration Challenges

Grid Compatibility

The U.S. energy grid, originally designed for centralized fossil fuel plants, is ill-equipped to accommodate distributed generation from microreactors and SMRs. Current grid infrastructure struggles with interconnection backlogs, which prevent new projects from coming online. According to the Department of Energy, there is a 2,600 GW backlog of clean energy projects waiting for grid integration. Without significant upgrades, nuclear advancements may remain underutilized.

This grid inadequacy stems from the fragmented nature of the U.S. power system, where regional utilities prioritize localized projects over national integration. High-voltage transmission lines capable of transporting electricity across long distances are critical for balancing supply and demand, especially as renewable sources like wind and solar fluctuate with weather conditions. Without these strategic investments, even the most advanced nuclear reactors will face barriers to contributing meaningfully to the energy grid.

Regulatory Hurdles

Regulatory frameworks are another significant bottleneck. While agencies like the Nuclear Regulatory Commission (NRC) have made strides in approving innovative reactor designs, the process remains lengthy and complex. This regulatory inertia creates uncertainty for developers and investors, further delaying deployment. Moreover, state-level policies often conflict with federal goals, leading to inconsistent approaches that complicate project planning.

Streamlining these processes is essential. For example, pre-approval of standardized reactor designs could significantly reduce timelines and provide developers with greater certainty. Additionally, closer coordination between federal and state regulators could help align priorities and address local concerns without derailing national goals.

Interconnection Challenges

Interconnecting advanced reactors with existing grid infrastructure presents unique challenges. Unlike traditional power plants, microreactors and SMRs are designed for flexibility and modularity, often intended for smaller, decentralized grids or isolated applications. While this makes them versatile, it also requires new grid management technologies to ensure compatibility with existing systems. Advanced control algorithms and smart grid solutions are necessary to optimize the flow of electricity and prevent bottlenecks.

Financial Constraints

Upgrading the grid and integrating advanced nuclear technologies require substantial financial commitments. Public funding alone is insufficient to meet these demands. Encouraging private investment through incentives like tax credits, loan guarantees, and public-private partnerships is critical. For example, a model similar to the NASA-SpaceX collaboration could accelerate grid modernization efforts while fostering innovation in the private sector.

Global Integration Lessons

Lessons from other countries can offer valuable insights. For instance, Europe’s focus on cross-border energy sharing and grid interconnectivity has improved efficiency and reliability. Adopting similar strategies in the U.S. could enhance the nuclear industry’s ability to integrate with broader clean energy initiatives. Collaborations with international partners could also bring expertise and resources to address integration challenges more effectively.

By addressing these integration challenges, the nuclear industry can unlock its full potential, ensuring that advanced reactors not only operate efficiently but also contribute meaningfully to a clean and resilient energy future.

Overlooked Risks in Relying on New Tech

Economic Viability

First-of-a-kind projects come with high risks and uncertain returns, which deter private investment. The economic feasibility of advanced reactors depends on achieving cost reductions through mass production and economies of scale. However, this is easier said than done. Without sufficient demand and streamlined manufacturing processes, nuclear technologies may struggle to compete with cheaper renewables like solar and wind.

The high cost of production is exacerbated by the need for specialized materials and components, which are often sourced from a limited number of suppliers. This lack of diversification in the supply chain can lead to bottlenecks and further increase costs. Additionally, the financial risks associated with nuclear projects, such as cost overruns and long payback periods, make it challenging to attract private investors. Governments must step in to mitigate these risks through subsidies, loan guarantees, and other financial incentives, but over-reliance on public funding is not sustainable in the long term.

Technological Uncertainty

While the promise of advanced nuclear technologies is undeniable, many of these innovations remain untested at scale. For instance, fusion reactors have yet to achieve commercial viability, and even proven technologies like SMRs face challenges in scaling up. This uncertainty creates a significant risk for stakeholders, who must balance the potential benefits of cutting-edge technologies with the possibility of failure.

Moreover, the rapid pace of innovation in other clean energy sectors, such as solar, wind, and battery storage, could outpace the development of nuclear technologies. If alternative solutions become more cost-effective and easier to deploy, the nuclear industry may struggle to justify its role in the energy mix. Policymakers and industry leaders must carefully evaluate these risks and invest in a diversified energy portfolio to ensure resilience and adaptability.

Localized Impact

While microreactors are ideal for remote locations, their benefits may not extend to broader urban energy needs. The uneven distribution of nuclear solutions could exacerbate energy access disparities, leaving large populations reliant on fossil fuels. For example, rural or isolated communities might benefit from the deployment of microreactors, but urban centers with higher energy demands may require larger-scale solutions that are not yet available. Policymakers must ensure that nuclear energy deployment is equitable and inclusive, addressing the needs of both underserved and densely populated areas.

Waste Management Challenges

One of the most persistent issues with nuclear energy is waste management. Although advanced reactors are designed to produce less waste and, in some cases, recycle spent fuel, the long-term storage and disposal of radioactive materials remain unresolved. Public opposition to waste storage facilities, combined with the technical challenges of securing geological repositories, adds another layer of complexity to nuclear deployment. Addressing these concerns will require substantial investment in research and development, as well as transparent communication with the public to build trust and support for waste management solutions.

Environmental Risks

While nuclear power is often touted as a zero-emission energy source, the environmental risks associated with mining, processing, and transporting nuclear fuel cannot be ignored. Additionally, the potential for accidents, though reduced with advanced reactor designs, still exists. Even minor incidents can have significant environmental and social consequences, undermining public confidence in nuclear energy. The industry must prioritize safety and sustainability at every stage of the nuclear fuel cycle to minimize these risks.

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Building a Deployment-Ready Framework

Investing in Infrastructure

Building a deployment-ready framework for advanced nuclear energy begins with substantial investment in infrastructure. High-voltage transmission lines are essential for connecting regional power grids and enabling distributed generation to meet growing electricity demands. For nuclear technologies to thrive, strategic upgrades to the grid are imperative. Such investments will ensure that nuclear power complements other clean energy sources, facilitating a seamless integration into the broader energy system.

Developing microgrids for smaller nuclear reactors like SMRs and microreactors can also provide localized solutions. These microgrids can operate independently of the main grid, offering energy security in remote areas or during emergencies. However, deploying these systems requires a robust infrastructure plan that includes advanced grid management technologies and real-time monitoring systems.

Streamlining Approvals

Regulatory reform is critical to accelerating the deployment of nuclear technologies. The current process for reactor approval is lengthy and complex, creating uncertainty for developers and investors. Simplifying these procedures, such as by pre-approving standardized reactor designs, could significantly reduce deployment timelines. Additionally, aligning federal and state regulatory policies can eliminate inconsistencies and create a more cohesive framework.

Public engagement should also be an integral part of the regulatory process. By involving local communities early and addressing their concerns, policymakers can foster trust and reduce resistance to new projects. Transparent communication about safety measures and environmental benefits will be key to gaining public support.

Scaling Economies

To make advanced nuclear energy cost-competitive, achieving economies of scale is essential. Mass production of reactors, components, and fuel will reduce costs and shorten deployment timelines. Lessons can be drawn from industries like automotive and aerospace, where standardization and mass production have driven down costs significantly. Establishing dedicated manufacturing facilities for SMRs and microreactors can pave the way for more affordable and accessible nuclear energy.

Public-private partnerships will play a crucial role in scaling economies. Governments can provide initial funding and risk-sharing mechanisms to attract private investment. For instance, collaborations similar to NASA’s partnership with SpaceX could drive innovation while ensuring financial sustainability. These partnerships can also encourage the sharing of knowledge and resources, accelerating technological advancements.

Leveraging Hybrid Solutions

Hybrid energy systems that integrate nuclear power with renewables can maximize the strengths of both technologies. While nuclear provides reliable baseload power, renewables like solar and wind can handle peak demand. Advanced energy storage solutions can bridge the gap between these sources, ensuring a consistent and resilient energy supply. This hybrid approach not only enhances energy security but also optimizes efficiency and reduces costs.

For example, microreactors could power industrial facilities while excess energy from renewables is stored for later use. Such systems offer flexibility and adaptability, making them suitable for diverse applications. Governments and private enterprises should invest in pilot projects to demonstrate the feasibility and benefits of hybrid systems, paving the way for widespread adoption.

Talent Development

Building a deployment-ready framework also requires addressing the workforce gap in the nuclear industry. As experienced professionals retire, attracting and training a new generation of skilled workers is essential. Governments and educational institutions should collaborate to create specialized training programs, apprenticeships, and scholarships focused on nuclear energy. Outreach initiatives targeting underrepresented groups can also help diversify the workforce, bringing fresh perspectives and innovation to the sector.

Long-Term Policy Support

Finally, long-term policy support is crucial for sustaining the nuclear renaissance. Stable and consistent policies that include tax incentives, subsidies, and research funding can provide the certainty needed for private investment. Governments must also prioritize international collaboration, sharing best practices and resources to accelerate the global transition to clean energy.

By investing in infrastructure, streamlining approvals, scaling economies, leveraging hybrid solutions, and developing talent, the nuclear industry can overcome the challenges of deployment. A robust and forward-looking framework will ensure that advanced nuclear technologies fulfill their potential, contributing to a sustainable and equitable energy future.

The Stakes for Stakeholders

Industry Leaders

Nuclear industry leaders must take an active role in addressing deployment challenges. Their expertise and resources are essential for overcoming barriers such as supply chain limitations, regulatory delays, and public skepticism. Companies must collaborate to share best practices, streamline manufacturing processes, and invest in research and development. Industry leaders are also well-positioned to advocate for favorable policies, ensuring that the regulatory environment supports innovation and growth.

Additionally, corporations can play a pivotal role in educating the public about the benefits of nuclear energy. Through transparent communication and community engagement, industry leaders can build trust and dispel myths surrounding nuclear power. Demonstrating a commitment to sustainability, safety, and community well-being will be critical in securing public support for new projects.

Government and Policymakers

Governments hold the keys to unlocking the full potential of nuclear energy. By providing financial incentives such as tax credits, subsidies, and loan guarantees, policymakers can reduce the financial risks associated with nuclear projects and attract private investment. Regulatory reform is equally important. Streamlined approval processes and pre-approval of standardized reactor designs can significantly accelerate deployment timelines, providing much-needed certainty for developers and investors.

Policymakers must also prioritize grid modernization to support the integration of advanced nuclear technologies. Investments in high-voltage transmission lines and smart grid solutions are essential for ensuring that nuclear power can complement renewable energy sources. Additionally, governments should foster international collaboration, sharing knowledge and resources to accelerate global progress in nuclear energy development.

Finally, educational initiatives and workforce development programs should be a top priority. Governments can partner with industry leaders and academic institutions to create training programs, scholarships, and apprenticeships that attract the next generation of nuclear energy professionals. Addressing the workforce gap is essential for meeting deployment goals and sustaining long-term growth.

The Public

The public is perhaps the most critical stakeholder in the nuclear energy equation. Public perception and support can make or break nuclear projects, influencing everything from policy decisions to investment levels. To gain public trust, the nuclear industry must prioritize transparency, safety, and community engagement.

Conclusion

The nuclear industry stands at a crossroads. While technological breakthroughs and renewed optimism signal a bright future, practical challenges threaten to impede progress. From cost barriers to grid integration and regulatory bottlenecks, the road to deployment is complex but navigable.

By addressing these challenges now, the nuclear industry can secure its place as a cornerstone of the global clean energy transition. It’s time to match innovation with action, ensuring that nuclear energy fulfills its promise of a sustainable and equitable future.

[Author’s note: Apologies for my recent absence from LinkedIn. I’ve had to step away for a bit, but I’m excited to return with some of my most thorough legal analyses to date.]

TL;DR

• The Supreme Court is set to review critical cases that could redefine the NRC's authority to license consolidated interim storage facilities (CISFs) for spent nuclear fuel (SNF).

• The cases challenge the NRC's actions under the Atomic Energy Act (AEA) and their compliance with the Nuclear Waste Policy Act (NWPA).

• Recent court decisions, like West Virginia v. EPA, have changed the judicial landscape, emphasizing the need for clear congressional mandates in regulatory actions.

• The outcome of these cases could impact the nuclear industry's ability to manage SNF, secure new fuel supplies, develop small modular reactors (SMRs), and maintain public trust.

• The article explores strategies for the nuclear industry to navigate regulatory uncertainty, engage with policymakers, and prepare for potential legal and operational challenges.

Executive Summary

The nuclear industry is facing a pivotal moment as the U.S. Supreme Court prepares to hear cases that will determine the extent of the Nuclear Regulatory Commission’s (NRC) authority to license consolidated interim storage facilities (CISFs) for spent nuclear fuel (SNF). These cases challenge whether the NRC has overstepped its statutory boundaries under the Atomic Energy Act (AEA) and whether its actions conflict with the Nuclear Waste Policy Act (NWPA), emphasizing federal-state collaboration in nuclear waste management.

These legal battles emerge in a significantly altered judicial environment, marked by recent Supreme Court rulings such as *West Virginia v. EPA* and a diminishing reliance on Chevron deference, the principle that courts should defer to reasonable agency interpretations of ambiguous statutes. The shift towards requiring clearer congressional authorization for significant regulatory actions has profound implications for the nuclear industry. The outcomes of these cases could affect everything from waste management and fuel supply chains to the deployment of new-generation small modular reactors (SMRs) and the industry's ability to maintain public trust.

This article delves into the strategic considerations the nuclear industry must address to navigate these challenges. It explores innovative approaches to regulatory uncertainty, emphasizes the importance of engaging proactively with policymakers and regulators, and underscores the need for robust legal and operational contingency planning. The discussion is anchored in the recognition that, with the diminishing influence of Chevron deference, clear, congressionally mandated regulatory paths will ensure compliance and support the industry’s long-term goals.

In summary, the Supreme Court's decisions will likely set a precedent that could reshape the nuclear regulatory landscape. For the nuclear industry, aligning with clear statutory guidelines and adopting proactive, innovative strategies will be essential to securing a stable and sustainable future in the global energy market.

Introduction

As the nuclear industry confronts pressing questions of regulatory authority and operational sustainability, a pivotal legal battle has emerged that could shape its future trajectory. Central to this conflict are the issues now before the U.S. Supreme Court, which will determine the extent of the Nuclear Regulatory Commission’s (NRC) authority under the Atomic Energy Act (AEA) and its compliance with the Nuclear Waste Policy Act (NWPA). The NRC’s ability to license consolidated interim storage facilities (CISFs) for spent nuclear fuel (SNF) and the broader implications for regulatory oversight in the nuclear sector is at stake.

These questions are not just about the immediate regulatory environment but touch on the very core of how nuclear materials are managed in the United States. The industry's future hinges on the Court's interpretation of whether the NRC has overstepped its statutory authority or whether its actions are justified under existing legislative frameworks. This legal challenge also raises fundamental concerns about the balance of power between federal agencies and Congress, particularly in light of recent judicial rulings that have curtailed agency discretion, such as West Virginia v. EPA and the weakening of the Chevron deference.

Overview of the Issue

The Supreme Court is set to address critical issues that could redefine the regulatory landscape for the nuclear industry. The petitions before the Court challenge the NRC’s authority to license CISFs for SNF under the AEA, arguing that such authority is not explicitly granted by Congress and that the NRC’s actions may conflict with the NWPA. The NWPA provides a comprehensive framework for the disposal of nuclear waste, emphasizing federal responsibility in concert with state oversight and approval—an aspect the petitioners argue the NRC has overlooked.

These legal disputes raise critical questions about whether the NRC's regulatory reach should include licensing national-level CISFs, particularly in states that have expressed strong opposition to such facilities. Additionally, the Court’s decision could set a precedent for how other regulatory agencies interpret their authority under ambiguous or outdated statutes, potentially reshaping the boundaries of federal regulatory power across multiple sectors.

The industry’s ability to manage SNF, secure adequate supplies of new fuel, reprocess used fuel, and ensure the safe and permanent disposal of high-level waste is deeply intertwined with the outcomes of these legal challenges. Moreover, the expansion of new-generation SMRs depends on a stable and predictable regulatory environment—one that could be significantly altered by the Supreme Court’s ruling.

Historical Context

The legal and regulatory issues now before the Supreme Court are deeply rooted in the history of nuclear regulation in the United States. The Atomic Energy Act of 1954 (AEA) established the framework for the peaceful use of nuclear energy, granting broad authority to the NRC to oversee all aspects of nuclear material management. However, the Act left certain areas, such as the long-term storage and disposal of SNF, somewhat ambiguous, leading to ongoing debates about the NRC’s authority in these areas.

In response to growing concerns about nuclear waste, Congress enacted the Nuclear Waste Policy Act of 1982 (NWPA), which aimed to create a clear and comprehensive strategy for the disposal of high-level radioactive waste and SNF. The NWPA delineated responsibilities between the federal government and the states, emphasizing the need for state involvement in the siting and approval of waste storage facilities. This legislative framework was designed to ensure that nuclear waste management would be conducted with full regard for public safety and environmental protection.

However, as the NRC has sought to license CISFs under its interpretation of the AEA, states and other stakeholders have raised objections, arguing that such actions are not authorized by the NWPA and potentially infringe on states' rights. These objections have culminated in the current legal battle, in which the Supreme Court is being asked to clarify the extent of the NRC’s authority and reconcile the AEA’s broad regulatory mandate with the more specific provisions of the NWPA.

In this evolving judicial and regulatory landscape, the nuclear industry must carefully consider its strategies, ensuring that its actions are legally sound and aligned with public expectations and long-term sustainability goals. The Court’s interpretation of these critical issues will shape the industry's future and determine how nuclear energy is regulated and developed in the United States for decades to come.

Section 1: Legal Foundations and Statutory Interpretation

Understanding the legal foundations and statutory interpretation of the AEA and the NWPA is essential to grasp the current legal challenges faced by the nuclear industry. This section provides an in-depth look at these two critical pieces of legislation and the relevant judicial precedents that have shaped their application.

A. The Atomic Energy Act of 1954 (AEA)

The AEA is a cornerstone of the United States' nuclear regulatory framework. It was established to promote the development and regulation of nuclear energy for peaceful purposes while ensuring public health and safety, national security, and environmental protection.

Key Provisions of the AEA

The AEA grants the NRC broad authority to oversee and regulate the production, possession, and use of nuclear materials. Key provisions include:

• Section 2073: Governs the licensing of special nuclear material, permitting the NRC to issue licenses for the production, transfer, and use of such materials for various purposes, including medical, research, and industrial applications.

• Section 2093: Addresses the licensing of source material, allowing the NRC to regulate the extraction, refining, and use of uranium and thorium.

• Section 2111: Pertains to the licensing of byproduct material, which includes radioactive materials generated as a byproduct of nuclear reactions.

Historical Application and Interpretation

Historically, the NRC has interpreted the AEA as providing comprehensive authority to license not only the operation of nuclear reactors but also the storage of nuclear materials, including SNF. This interpretation has facilitated the issuance of licenses for both reactor sites and independent spent fuel storage installations (ISFSIs).

However, the recent Fifth Circuit decision challenges this interpretation, arguing that the AEA does not explicitly grant the NRC authority to license CISFs for SNF. This decision creates a significant legal ambiguity regarding the extent of the NRC’s statutory authority under the AEA.

B. The Nuclear Waste Policy Act of 1982 (NWPA)

The NWPA was enacted to provide a comprehensive strategy for the disposal of high-level radioactive waste and spent nuclear fuel. The NWPA delineates clear responsibilities for the federal government in developing permanent disposal solutions while involving states in the siting process.

Key Provisions of the NWPA

The NWPA establishes a federal responsibility for the disposal of SNF and high-level radioactive waste. Key elements include:

• Monitored Retrievable Storage (MRS) Facilities: The NWPA authorizes the development of MRS facilities as interim storage solutions, requiring federal oversight and state cooperation.

• Federal-State Cooperation: The NWPA mandates a collaborative approach between the federal government and states. States are granted significant authority in the site selection process, including the ability to disapprove proposed sites, subject to congressional override.

• Permanent Disposal Repository: The NWPA directs the Department of Energy (DOE) to develop a deep geological repository for the permanent disposal of SNF and high-level radioactive waste, exemplified by the proposed Yucca Mountain site.

Role of Federal and State Governments

The NWPA's framework emphasizes the importance of balancing national interests with state and local concerns. The federal government, through the DOE, is tasked with the overall responsibility for developing and operating disposal facilities. However, states play a crucial role in the site selection process, ensuring that local perspectives and safety considerations are adequately addressed.

The NWPA’s emphasis on federal-state cooperation aims to create a transparent and collaborative process for managing nuclear waste. This structure contrasts with the more centralized authority granted under the AEA, highlighting the unique complexities associated with nuclear waste disposal and the need for broad stakeholder engagement.

C. Judicial Precedents

Judicial precedents have significantly influenced the interpretation and application of the AEA and NWPA, providing clarity and guidance on the extent of the NRC’s regulatory authority.

Bullcreek v. NRC

In Bullcreek v. NRC, the D.C. Circuit addressed issues related to the NRC's authority but did not definitively rule on the NRC’s ability to license consolidated interim storage facilities for spent nuclear fuel under the AEA. The Fifth Circuit pointed out that Bullcreek did not reach the merits of the question central to the current proceedings, making it less relevant to the present legal dispute.

Skull Valley Band of Goshute Indians v. Nielson

The Tenth Circuit's decision in Skull Valley Band of Goshute Indians v. Nielson also did not definitively address the NRC’s statutory authority to license away-from-reactor storage facilities for spent nuclear fuel. The Fifth Circuit noted that Skull Valley relied on Bullcreek and did not independently analyze the NRC’s statutory authority under the AEA. Thus, it assumed the NRC’s authority without a detailed statutory analysis, which the Fifth Circuit found unhelpful in resolving the current dispute.

Recent Fifth Circuit Decision

The recent decision by the Fifth Circuit, which is the subject of the current Supreme Court petitions, diverged from these precedents by concluding that the NRC lacks explicit statutory authority under the AEA to license CISFs for SNF. The court emphasized that the AEA does not unambiguously confer this authority, especially in light of the detailed regulatory framework established by the NWPA, which governs the storage and disposal of nuclear waste. The Fifth Circuit's ruling reflects a stricter interpretation of statutory authority, aligning with the major questions doctrine established in West Virginia v. EPA, which requires clear congressional authorization for significant regulatory actions.

D. Conclusion of Section 1

The AEA and NWPA form the foundational legal framework governing the regulation and management of nuclear materials and waste in the United States. While judicial precedents have generally supported the NRC’s broad regulatory authority under the AEA, the Fifth Circuit's recent decision introduces new legal challenges by questioning the extent of the NRC’s authority under the AEA and its interaction with the NWPA. The court's strict interpretation and application of the major questions doctrine underscore the need for clear statutory authorization for significant regulatory actions. Understanding these legal foundations and precedents is crucial for evaluating the current legal landscape and the implications of the Supreme Court petitions.

Read the previous stories I’ve written on the controversial 5th Circuit Decision

Section 2: The Fifth Circuit’s Decision

The Fifth Circuit's recent decision in the case concerning the NRC’s authority to license CISFs for SNF has generated significant controversy and legal scrutiny. This section provides a detailed analysis of the Fifth Circuit’s decision, its application of the ultra vires doctrine, and its conflict with other circuit courts.

A. Summary of the Decision

In its ruling, the Fifth Circuit concluded that the NRC lacks the statutory authority under the AEA to license CISFs for SNF. The court's decision focused on the absence of explicit language in the AEA granting the NRC this authority, particularly in light of the comprehensive framework established by the NWPA.

B. Key Findings

1. Lack of Explicit Authority in the AEA:

The court emphasized that the AEA does not explicitly authorize the NRC to license CISFs for SNF. The AEA grants the NRC broad regulatory authority over nuclear materials, but the court found that this authority does not extend to licensing large-scale, away-from-reactor storage facilities without clear congressional authorization.

2. Relevance of the NWPA:

The Fifth Circuit highlighted that the NWPA provides a detailed statutory framework for the storage and disposal of nuclear waste, including specific provisions for MRS facilities. The court reasoned that allowing the NRC to license CISFs under the AEA would undermine the NWPA's regulatory scheme, which involves significant state participation and federal oversight.

3. Application of the Major Questions Doctrine:

The court applied the major questions doctrine, which requires clear congressional authorization for significant regulatory actions with substantial economic and political implications. The Fifth Circuit concluded that licensing CISFs for SNF falls into this category and, therefore, requires explicit statutory authority, which the AEA lacks.

C. Application of the Ultra Vires Doctrine

The ultra vires doctrine allows courts to review agency actions that exceed the agency's statutory authority. In this case, the Fifth Circuit noted the doctrine but ultimately found it unnecessary to rely on it, as the court determined that Texas and Fasken were "parties aggrieved" by virtue of their participation in the NRC’s licensing process.

D. Justification for Ultra Vires Application

1. Participation and Aggrieved Status:

The Fifth Circuit determined that Texas and Fasken had standing under the Hobbs Act as "parties aggrieved" due to their active participation in the NRC’s licensing proceedings. Therefore, the application of the ultra vires doctrine was not necessary to establish their right to seek judicial review.

2. Challenging Agency Authority:

The court acknowledged the ultra vires doctrine’s relevance for challenging agency actions that exceed statutory authority. However, since the petitioners had already established their standing, the court focused on the substantive issue of whether the NRC acted beyond its statutory powers.

3. Consistency with Precedent:

While the ultra vires doctrine provides a basis for judicial review in specific cases, the court did not need to rely on it in this instance. The Fifth Circuit referenced its own precedent in American Trucking Associations, Inc. v. ICC and Wales Transportation, which recognized limited exceptions to the Hobbs Act's party-aggrieved requirement, but these exceptions were secondary to the established standing of Texas and Fasken.

E. Conflict with Other Circuits

The Fifth Circuit's decision conflicts with rulings from other circuits, particularly the D.C. Circuit and the Tenth Circuit, which have previously upheld the NRC’s authority to license away-from-reactor storage facilities for SNF.

D.C. Circuit - Bullcreek v. NRC

In Bullcreek v. NRC, the D.C. Circuit addressed issues related to the NRC's authority but did not definitively rule on the NRC’s ability to license CISFs for SNF under the AEA. The Fifth Circuit noted that Bullcreek did not reach the merits of the question central to the current proceedings, making it less relevant to the present legal dispute.

Tenth Circuit - Skull Valley Band of Goshute Indians v. Nielson

In Skull Valley Band of Goshute Indians v. Nielson, the Tenth Circuit affirmed the NRC's authority under the AEA to license a private, away-from-reactor storage facility. However, the Fifth Circuit observed that Skull Valley relied on Bullcreek and did not independently analyze the NRC’s statutory authority under the AEA. The decision assumed the NRC’s authority without a detailed statutory analysis, which the Fifth Circuit found unhelpful in resolving the current dispute.

F. Implications of the Conflict

1. Circuit Split:

The Fifth Circuit’s decision creates a significant circuit split regarding the NRC’s authority to license CISFs for SNF. This split underscores the need for a definitive resolution by the Supreme Court to ensure consistency in the application of federal regulatory authority.

2. Regulatory Uncertainty:

The conflicting decisions among circuits contribute to regulatory uncertainty for the nuclear industry. Stakeholders face ambiguities regarding the legality of existing and future CISFs, complicating operational and strategic planning.

3. Impact on Judicial Review Standards:

The differing applications of the ultra vires doctrine and the major questions doctrine among circuits highlight the varying standards for judicial review of agency actions. This inconsistency affects how agencies interpret their statutory mandates and the extent of their regulatory powers.

G. Conclusion of Section 2

The Fifth Circuit’s decision challenges the longstanding interpretation of the NRC’s authority under the AEA and raises critical questions about the interplay between the AEA and the NWPA. By applying the major questions doctrine and recognizing the established participation of Texas and Fasken, the court has introduced new legal standards that conflict with other circuit rulings, creating a pressing need for Supreme Court intervention. Understanding the implications of this decision is essential for the nuclear industry as it navigates the complexities of federal regulatory authority and judicial review.

I apologize for the error. The inclusion of the U.S. Conference of Mayors and the Environmental Defense Fund (EDF) was speculative and not based on the provided documents. To correct this, I will focus on the information available from the uploaded NEI amicus curiae brief and other plausible stakeholders in similar cases.

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Section 3: The Petition for Writ of Certiorari

The recent petitions for writs of certiorari submitted to the Supreme Court by the NRC, Interim Storage Partners (ISP), and Holtec, as well as supporting amicus curiae briefs, present critical arguments against the Fifth Circuit’s decision. This section examines the key arguments presented by the petitioners and the supporting amicus curiae briefs, highlighting the legal and practical implications of the case for the nuclear industry.

Arguments by the Petitioners (NRC, ISP, Holtec)

A. NRC’s Arguments

1. Statutory Authority Under the AEA:

• Claim: The NRC argues that the Atomic Energy Act (AEA) grants it broad authority to regulate and license the storage of spent nuclear fuel (SNF), including consolidated interim storage facilities (CISFs). The NRC contends that the Fifth Circuit's interpretation unduly restricts this authority.

• Support: The NRC cites historical practices and previous regulatory actions, asserting that the AEA's language encompasses the licensing of facilities necessary for the safe management of nuclear materials.

2. Conflict with Established Regulatory Framework:

• Claim: The NRC maintains that the Fifth Circuit’s decision disrupts the established regulatory framework and introduces uncertainty into the regulatory process.

• Support: The NRC argues that its historical interpretation and implementation of the AEA should be given deference, as it aligns with longstanding regulatory practices and judicial precedents.

3. Public Safety and Environmental Protection:

• Claim: The NRC asserts that its ability to license CISFs is crucial for ensuring public safety and environmental protection by providing safe and secure storage solutions for SNF.

• Support: The NRC emphasizes the need for interim storage solutions to address the ongoing accumulation of SNF at reactor sites and mitigate associated risks.

B. ISP’s Arguments

1. Legal Precedent and Regulatory Consistency:

• Claim: ISP argues that the Fifth Circuit’s decision contradicts previous legal precedents and disrupts regulatory consistency.

• Support: ISP cites past cases, such as Bullcreek v. NRC and Skull Valley Band of Goshute Indians v. Nielson, which it claims have upheld the NRC’s authority to license away-from-reactor storage facilities.

2. Impact on Industry and Infrastructure:

• Claim: ISP contends that the decision threatens to undermine critical infrastructure investments and operational planning within the nuclear industry.

• Support: ISP highlights the financial and logistical challenges posed by the decision, emphasizing the need for regulatory certainty to support long-term industry investments.

3. State and Local Interests:

• Claim: ISP argues that the Fifth Circuit's decision undermines the collaborative framework between federal, state, and local authorities in managing nuclear waste.

• Support: ISP points to the NWPA’s provisions for state involvement and asserts that federal oversight, facilitated by the NRC’s licensing authority, is essential for balanced and effective waste management.

C. Holtec’s Arguments

1. Chevron Deference and Administrative Authority:

• Claim: Holtec argues that the NRC’s interpretation of its authority under the AEA is entitled to Chevron deference, wherein courts should defer to reasonable agency interpretations of ambiguous statutes.

• Support: Holtec asserts that the NRC’s long-standing regulatory practices reflect a reasonable interpretation of the AEA, meriting judicial deference.

2. Necessity of Interim Storage Solutions:

• Claim: Holtec emphasizes the critical need for interim storage solutions to manage the growing stockpile of SNF effectively.

• Support: Holtec highlights the practical implications of the Fifth Circuit’s decision, including potential delays and increased costs in managing SNF, which could adversely impact public safety and environmental protection.

3. Legal and Regulatory Precedents:

• Claim: Holtec contends that the Fifth Circuit’s decision overlooks established legal and regulatory precedents supporting the NRC’s authority.

• Support: Holtec references prior decisions that have endorsed the NRC’s regulatory role and argues that these precedents should guide the Court’s interpretation.

D. Amicus Curiae Brief — Nuclear Energy Institute (NEI)

Amicus curiae briefs play a vital role in providing additional perspectives and supporting arguments for the petitioners. The Nuclear Energy Institute (NEI) has submitted an amicus curiae brief in support of the petitioners, highlighting broader industry concerns and legal principles.

1. Regulatory Stability and Industry Impact:

• Claim: NEI argues that the Fifth Circuit’s decision undermines regulatory stability and introduces significant uncertainty for the nuclear industry.

• Support: NEI emphasizes industry stakeholders' reliance on the NRC’s established regulatory framework and the potential disruption caused by the decision.

2. Public Safety and Environmental Risks:

• Claim: NEI highlights the potential public safety and environmental risks associated with the decision, stressing the importance of interim storage facilities for safe SNF management.

• Support: NEI argues that the NRC’s ability to license CISFs is crucial for mitigating risks and ensuring the safe storage of SNF.

3. Legal Precedents and Statutory Interpretation:

• Claim: NEI contends that the Fifth Circuit’s decision conflicts with prior judicial precedents and established statutory interpretations.

• Support: NEI references cases that have supported the NRC’s regulatory authority and argues for a consistent application of legal principles.

E. Conclusion of Section 3

The petitions for writs of certiorari submitted by the NRC, ISP, and Holtec, along with the supporting amicus curiae brief from NEI, present seemingly compelling arguments against the Fifth Circuit’s decision. The petitioners emphasize the need for clear statutory authority, regulatory consistency, and effective waste management solutions. The amicus brief provides additional perspectives on the broader industry and public policy implications, highlighting the critical importance of the Supreme Court’s review in resolving these complex legal issues. Understanding these arguments and their implications is crucial for stakeholders in the nuclear industry as they navigate the evolving regulatory landscape.

Section 4: Risks and Implications of Supreme Court Review

The decision to seek Supreme Court review involves significant risks and potential implications for the petitioners and the nuclear industry at large. This section explores the potential risks for the petitioners, the impact on the nuclear industry, and the broader implications for administrative law.

A. Potential Risks for Petitioners

1. Adverse Precedent

• Risk: The Supreme Court could affirm the Fifth Circuit’s decision, creating a binding precedent that limits the NRC’s authority under the AEA and interprets the NWPA to restrict the development of CISFs to the manner stipulated in law.

• Impact: Such a ruling would have long-term implications, potentially invalidating existing SNF storage licenses and preventing the issuance of future licenses for similar facilities. This could disrupt the nuclear industry's operations and planning.

2. Wider Implications for Regulatory Authority

• Risk: The Court’s ruling might extend beyond the specific context of the NRC and nuclear material storage, affecting the interpretation of administrative law principles, such as the Major Questions Doctrine and Chevron deference.

• Impact: A broad ruling could require more explicit congressional authorization for significant regulatory actions, thereby limiting agencies' flexibility in interpreting their statutory mandates. This could be seen as a positive development for those advocating for a rebalancing of power between federal agencies and Congress.

3. Increased Scrutiny and Legal Challenges

• Risk: A Supreme Court decision that questions the NRC’s statutory authority could lead to increased scrutiny and additional legal challenges against the NRC’s regulatory decisions.

• Impact: This could result in prolonged litigation, regulatory delays, and increased legal costs for the NRC and the nuclear industry.

B. Impact on the Nuclear Industry

1. Regulatory Clarity

• Perspective: The NWPA clearly authorizes the NRC to license national-level CISFs, as part of a comprehensive federal strategy for managing nuclear waste. The current regulatory challenge stems not from an inherent ambiguity in the NWPA, but from the NRC’s decision to operate outside this statutory framework by ignoring the rights of affected states.

• Impact: A Supreme Court ruling that reaffirms the NWPA’s framework could restore clarity by reinforcing the requirement for NRC compliance with the NWPA’s provisions, including respecting state participation and approval processes. This outcome would align NRC actions with the statutory intent and potentially reduce conflicts between federal and state authorities.

2. State and Local Rights

• Perspective: The NRC's approach, which effectively bypassed the rights of affected states under the NWPA, has led to the current legal challenges. A Supreme Court decision could reinforce the importance of state and local rights in the siting and licensing of CISFs.

• Impact: Strengthening state involvement could ensure a more balanced approach to nuclear waste management, where state and local concerns are given due consideration. This could lead to a more collaborative and sustainable regulatory environment.

3. Accountability and Compliance

• Perspective: The ongoing legal battles highlight the need for the NRC to adhere strictly to the statutory requirements set forth in the NWPA, ensuring that the agency’s actions are within its legal authority.

• Impact: A ruling that emphasizes the importance of compliance with the NWPA would increase accountability within the NRC and could prevent future disputes over the scope of the agency’s authority. This would also likely encourage more careful regulatory planning and execution, avoiding actions that could lead to costly legal challenges.

4. Public and Environmental Safety

• Risk: Ensuring that CISFs are licensed within the framework established by the NWPA is crucial for maintaining public and environmental safety.

• Impact: Properly regulated CISFs, developed with state and local input, could provide secure and effective solutions for the storage of SNF, reducing the risks associated with continued storage at reactor sites. A Supreme Court decision that reinforces the NWPA’s regulatory framework would support these safety goals by ensuring that all relevant stakeholders are involved in the decision-making process and the facilities are designed with appropriate scope and capability to safely monitor for and respond to off-normal events.

C. Wider Implications for Administrative Law

1. Chevron Deference

• Risk: The Supreme Court’s ruling could impact the application of Chevron deference, the principle that courts should defer to reasonable agency interpretations of ambiguous statutes.

• Impact: A decision that limits Chevron deference could reduce the discretion of federal agencies in interpreting their statutory mandates, requiring more explicit congressional authorization for regulatory actions. This could be seen as a positive development for those advocating for a rebalancing of power, as it would increase judicial scrutiny of agency decisions and ensure that significant regulatory actions have clear legislative backing.

2. Major Questions Doctrine

• Risk: The Supreme Court's decision could solidify or expand the application of the major questions doctrine, which requires clear congressional authorization for significant regulatory actions.

• Impact: This could constrain federal agencies' ability to address complex and evolving issues through regulatory action, potentially leading to gaps in regulatory coverage and delays in responding to emerging challenges. However, proponents of this doctrine view it as a necessary check on regulatory overreach, ensuring that significant policy decisions are made by elected representatives rather than administrative agencies.

3. Federal-State Relations

• Risk: The ruling could affect the balance of power between federal and state authorities in regulatory matters, particularly in areas involving shared responsibilities.

• Impact: A decision that emphasizes state involvement and approval could empower states to play a more significant role in regulatory processes, potentially leading to a more fragmented and inconsistent regulatory landscape. This rebalancing could be seen positively by those advocating for greater state autonomy and a reduction in centralized federal power.

4. Legal Precedents and Agency Authority

• Risk: The Supreme Court’s decision could set new legal precedents regarding the scope of agency authority and the interpretation of statutory mandates.

• Impact: These precedents could influence future cases and regulatory practices across a wide range of federal agencies, shaping the landscape of administrative law and regulatory governance for years to come. A rebalancing of power toward a more defined statutory interpretation could enhance accountability and limit the scope of agency discretion.

D. Conclusion of Section 4

The decision to seek Supreme Court review carries significant risks and potential implications for the petitioners and the nuclear industry. The outcome could set a precedent that shapes the regulatory framework for nuclear waste storage and impacts the broader landscape of federal regulatory authority. Understanding these risks and implications is crucial for stakeholders in the nuclear industry as they navigate the evolving regulatory landscape and prepare for the potential consequences of the Supreme Court’s review. The potential rebalancing of power between federal agencies and Congress, as well as between federal and state authorities, underscores the importance of clear statutory mandates and the proper scope of agency discretion.

Section 5: Strategic Considerations for the Nuclear Industry

The nuclear industry faces critical challenges that require strategic responses to regulatory uncertainty, fuel management, waste disposal, and public trust. As the industry addresses the complexities of safe storage, fuel reprocessing, securing new fuel supplies, and the permanent disposal of high-level waste, it must also ensure efficient licensing for SMRs within a shifting legal environment. However, seeking a writ of certiorari presents potential risks, as it could lead to disadvantageous precedents that undermine the NRC’s regulatory authority. Historically, the nuclear industry has benefited from the ipse dixit advantage of Chevron deference, where courts have often deferred to the NRC’s expertise. Additionally, nuclear industry participants enjoy a distinct advantage in the licensing process because they fund the salaries of the NRC staff evaluating their applications, which can tilt the regulatory process in their favor. A Supreme Court decision that diminishes Chevron deference could erode these advantages, leading to greater scrutiny and legal challenges. To navigate these risks, the industry must adopt innovative technologies, engage with stakeholders, and rigorously adhere to the highest safety standards, thereby securing its role in the future global energy landscape while safeguarding its current regulatory benefits.

Conclusion

As the nuclear industry navigates a complex landscape marked by regulatory uncertainty, public scrutiny, and evolving energy needs, it must adopt innovative strategies to secure its future. This conclusion summarizes the key points discussed and offers final thoughts on the path forward, particularly for regulatory agencies like the NRC.

Summary of Key Points

1. Navigating Regulatory Uncertainty

The nuclear industry faces significant regulatory challenges, particularly in areas such as fuel management, waste disposal, and the licensing of new-generation SMRs. To address these challenges, industry leaders must invest in proactive legal innovation, dynamic scenario planning, and flexible operational models. By building on examples like France’s nuclear fuel reprocessing and NuScale Power’s SMR licensing strategy, the industry can develop solutions that ensure compliance while fostering technological advancement.

2. Engagement with Policymakers and Regulators

Effective engagement with policymakers and regulators is crucial for shaping a regulatory environment that supports the nuclear industry’s goals. Industry leaders must take a proactive role in driving regulatory innovation, collaborating with state governments, and leading public policy initiatives. The examples of Canada’s Adaptive Phased Management approach and the UK’s Net Zero Strategy illustrate how strategic engagement can align industry objectives with broader policy goals.

3. Preparing for Legal and Operational Contingencies

The nuclear industry must be prepared for legal challenges and operational disruptions by developing resilient strategies that address potential fuel supply and waste disposal issues. By building on initiatives like Kazakhstan’s LEU Bank and Russia’s floating nuclear power plants, the industry can enhance its operational flexibility and ensure continuous energy supply. Additionally, robust crisis management and public communication frameworks are essential for maintaining public trust and support, particularly in the event of adverse events.

Final Thoughts

As regulatory agencies like the NRC continue to play a crucial role in overseeing the nuclear industry, it is imperative that they align their actions with clear congressional mandates and well-defined statutory authorities. The judicial environment has evolved significantly with landmark decisions such as West Virginia v. EPA and the shifting interpretation of Chevron deference. These changes underscore the importance of regulatory actions that are firmly grounded in explicit legislative directives.

The NRC must recognize that pursuing regulatory authority beyond the clear boundaries set by Congress can lead to unnecessary legal challenges and inefficiencies. In the current judicial climate, where courts are increasingly scrutinizing agency overreach, the most prudent and effective path for regulatory agencies is one that adheres strictly to the frameworks laid out by Congress. This approach will not only ensure compliance with the law but also foster a more supportive and predictable environment for the nuclear industry.

By following these delineated paths, the NRC and other regulatory bodies can help the nuclear industry achieve its full potential in contributing to the global energy transition. Regulatory clarity and adherence to congressional intent will provide the foundation for efficient licensing processes, secure waste management, and sustained public trust in nuclear energy. In doing so, regulatory agencies can facilitate the industry’s growth while maintaining the highest standards of safety and environmental protection.

In conclusion, the NRC’s commitment to working within the clear statutory guidelines provided by Congress will be essential in navigating the challenges ahead. This focus will not only enhance the agency’s credibility but also ensure that the nuclear industry can continue to provide safe, reliable, and clean energy for the future. By embracing this approach, regulatory agencies can build a legacy of effective governance that supports both the industry and the public interest.

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TL;DR:

• 5th Circuit denies en banc rehearing, upholds decision voiding NRC license for private nuclear waste storage facility in Texas

• Ruling reaffirms Atomic Energy Act doesn't authorize NRC to override host state objections, upholds NWPA's consent-based siting framework

• As a former Texas official, I believe the decision, while a setback, is an opportunity to refocus on NWPA's established process

• The Court clearly signals any path forward must involve enticing volunteer host communities with NWPA's incentives and benefits

• Policymakers and industry must redouble efforts on local trust-building and negotiation, the proven formula for success

• Ruling is a reminder: no shortcuts around states' rights and consent-based siting for nuclear waste facilities

Executive Summary

The 5th Circuit Court of Appeals has denied an en banc rehearing of its landmark decision voiding the Nuclear Regulatory Commission's (NRC) license for a private consolidated interim storage facility in Texas. The ruling reaffirms that the Atomic Energy Act does not authorize the NRC to unilaterally license such facilities over the objections of host states, upholding the rights of affected communities enshrined in the Nuclear Waste Policy Act (NWPA). As a former Texas state official with decades of experience on nuclear waste issues, I believe this development, while a setback for the industry, is an opportunity to refocus efforts on the NWPA's consent-based framework. By clearly reaffirming the rules of engagement, the court has signaled that any viable path forward must flow through the law's established process of enticing volunteer host communities and states with incentives and benefits. Policymakers and stakeholders must now redouble efforts to use the NWPA's participatory tools as intended, embracing the hard work of local trust-building and negotiation. The 5th Circuit's ruling is a reminder that there are no shortcuts around states' rights and the painstaking but proven formula of securing consent-based siting for nuclear waste facilities.

The Story

In a major development for nuclear waste policy, the 5th Circuit Court of Appeals has denied an en banc rehearing of its earlier decision, voiding a Nuclear Regulatory Commission license for a private consolidated interim storage facility in Texas. The court's move solidifies its landmark ruling that the Atomic Energy Act does not authorize the NRC to unilaterally license such facilities over the objections of host states.

As a former Texas state official who spent 15 years working to secure local and state approval for responsible nuclear waste disposal, I applaud the 5th Circuit for upholding the rights of affected communities enshrined in the Nuclear Waste Policy Act. 

The law's provisions ensuring states can reject unwanted facilities and receive federal benefits for hosting them are the cornerstones of the consent-based siting process that is critical for forward progress on this challenging issue.

THOUGHTS ON “OTHER VOICES”

NEWSWEEK

Luse's Newsweek article oversimplifies the complex challenges of nuclear waste disposal, ignoring the legitimate concerns of states and communities. His call to reform the NWPA to give the DOE freer rein in siting storage facilities would undermine the law's essential consent-based framework. Luse dismisses the decades of failed top-down efforts to force a repository on an unwilling Nevada, which the 5th Circuit ruling rightly rebuked. Rather than empower Washington bureaucrats, reforms should focus on using the NWPA's existing tools to incentivize and negotiate with potential host communities. Luse's criticism of states' nuclear moratoriums as driven by misguided renewables advocacy overlooks their valid apprehension about becoming de facto waste dumps without consent. His glib comparison of spent fuel to ordinary garbage collected by Waste Management trivializes the gravity of the issue. Ultimately, Luse's industry-centric view neglects the hard-learned lessons that there are no shortcuts around states' rights and public buy-in.

NUCLEAR NEWS

Wald's Nuclear Newswire article, while providing a detailed overview of the challenges surrounding nuclear waste disposal, ultimately fails to grapple with the fundamental importance of consent-based siting enshrined in the Nuclear Waste Policy Act (NWPA). His framing of the issue as a simple lack of "cooperation" and his quip that there are still "45 states to go" trivializes the hard-learned lessons that top-down siting efforts are doomed to fail without genuine buy-in from host communities and states. Wald's discussion of costs borne by taxpayers and utilities, while important, neglects the real human impact on communities that have become unwilling de facto waste sites with no recourse. His treatment of "consent" as an abstraction to be puzzled over, rather than a clear statutory requirement, is concerning. And his breezy suggestion that offering cash to states is akin to dressing up an "initially unattractive bride" is troublingly flippant. Ultimately, while identifying some key political obstacles, Wald seems insufficiently attuned to the NWPA's essential insight - that there are no shortcuts around the difficult work of consent-based siting, as the 5th Circuit has rightly reaffirmed.

In denying the NRC and nuclear industry's petition for rehearing, the 5th Circuit has sent an unmistakable message that the NWPA's careful balance between federal and state authority in nuclear waste management is not to be disturbed. Private consolidated storage, while a desirable tool for reducing costs and enhancing safety, cannot override the right of host states to have a meaningful say in the process.

This development is a setback for those in the industry, like myself, who have labored for years to break the nation's nuclear waste logjam. 

But pursuing centralized storage in tension with the NWPA was always a risky bet, as much as we might wish otherwise. 

The 5th Circuit has now clearly signaled that any viable path forward must flow through the law's established consent-based framework.

As I learned, working to build support for the siting of a low-level waste facility in Texas, securing local and state buy-in through patience, transparency, and a fair deal is the only durable formula for progress. 

With private consolidated storage now off the table, policymakers and stakeholders must redouble efforts to use the NWPA's participatory tools as intended. This means enticing volunteer host communities and states with the incentives and benefits the law already authorizes.

The 5th Circuit's decisive action is bitter medicine for some. But it may be just what the doctor ordered to refocus efforts on the fundamentals of earning local acceptance and negotiating equitable terms - the keys to solving a problem that has vexed the nation for decades. 

By clearly reaffirming the rules of the road, hopefully, this ruling spurs all parties to recommit to the NWPA's painstaking but proven process.

In this sense, the real headline here may be that an old truth has been reconfirmed: on nuclear waste, there are no shortcuts around states' rights and the hard work of consent-based siting.

Like it or not, the 5th Circuit has done us a favor by unambiguously elevating that principle to a bright-line legal rule. It's now up to the federal government and nuclear industry to embrace that reality and play the grinding ground game of local trust-building and negotiation. 

In the end, that's how we'll solve this - there's no other way.

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The original 25 August 2023 story on the 5th Circuit Court decision in Texas v. NRC that was appealed for a full en banc review can be read here.

Executive Summary

The cancellation of NuScale's first commercial small modular reactor project is a setback but not the end for advanced nuclear. This TL:DR summarizes key takeaways:

TL:DR

• Project canceled due to cost overruns and lack of customers

• Faced first-mover challenges but progressed SMR development

• Key lessons around cost control and attracting customers

• Other SMR projects continue to move forward

• Future can focus on design optimization, policy support

• Too soon to declare the demise of next-gen nuclear.

Sometimes Failure Precedes Future Success

The recent cancellation of NuScale's first-of-a-kind small modular reactor project was disappointing news to many advanced nuclear supporters.

The Utah Associated Municipal Power Systems (UAMPS) pulled out of the Carbon Free Power Project due to substantial cost overruns from the original $55/MWh target to over $90/MWh. The lack of customer subscriptions was also a death blow, as too few utilities were willing to purchase power from the untested design.

The Agony and Ecstasy of Being First

As the first commercial SMR project, NuScale's effort suffered from high first-of-a-kind engineering and regulatory costs. NuScale's design compromises, like using a single control room for 12 reactors, likely also contributed to the demise.

However, as an advanced reactor pioneer, NuScale succeeded in gaining the first SMR design certification (including questions on the steam generators) in the US and progressed in manufacturing readiness.

Every Setback Offers an Opportunity to Grow

This project cancellation provides valuable lessons that can inform future SMR deployments. Controlling costs through standardized manufacturing and optimized construction is critical to make SMRs attractive to customers. Developing a strong value proposition around SMR benefits is also important to create customer pull. The Department of Energy can continue supporting technical assistance and cost-sharing.

Vigilance, Resilience & Tenacity Will Win Out

While anti-nuclear groups declare victory, it's entirely premature to call this the end for advanced reactors. Other companies continue maturing SMR plans and designs. Utilities still see SMRs playing a significant role in their clean energy transition. With the right policies, innovation, and learning from experience, next-generation nuclear can still contribute to a carbon-free energy system.

NuScale's design compromises likely contributed to the project's demise. Using a single control room for 12 reactor units failed to meet NRC's own guidance of one control room for every two units. This redundancy is important for ensuring safe operation.

Another safety issue brought up by organizations like the Union of Concerned Scientists related to NewScale's lack of leak-tight containment structures. While the company succeeded in gaining NRC design approval, such shortcuts may have undermined the economics and safety case.

As an advanced reactor company founded in 2007, NuScale deserves credit for getting the first SMR design certified in the US. Their pioneering efforts advanced manufacturing readiness and supply chain development for SMRs.

But as a first mover, NuScale also incurred high costs associated with first-of-a-kind engineering and navigating the untested waters of commercializing a new nuclear reactor design. Future followers can learn from and improve on their trailblazing.

Since NuScale's design approval, other companies have continued maturing their SMR plans and designs. X-energy and TerraPower are developing different SMR concepts and have projects planned. Holtec is considering placing its SMR design at decommissioned plant sites.

The Department of Energy remains committed to advanced nuclear technology as a critical carbon-free energy solution. Utilities like Duke Energy still see SMRs playing a significant role in their future clean energy transition.

Rather than dwell on this single failure, the nuclear industry must focus on the future while bringing the key lessons of NuScale’s experience forward. “Managing Cost” is always low-hanging fruit in hindsight. However, SMR manufacturers should look for opportunities to harmonize design and fabrication strategies and resources where possible, while managing costs through standardized manufacturing and optimized construction when those opportunities present themselves.

Driving down costs will naturally make SMRs more attractive to potential customers. Developing a strong value proposition around load following, siting flexibility, and passive safety features is also important to create customer pull.

Future SMR projects may also benefit from recent policy support like the Inflation Reduction Act nuclear production tax credits. The DOE can continue supporting technical assistance and cost-sharing to derisk first movers. Emerging markets like hydrogen production or heavy industry decarbonization may offer new customer segments.

While anti-nuclear groups declare victory, it's premature to call this the end for advanced reactors. The legacy "No Nukes" movement cheers every nuclear setback, but the industry’s demise has been wrongly predicted before.

Just as the nuclear industry learned from early technology difficulties, we must learn from NuScale's experience. With continuing innovation and the right policy environment, next-generation nuclear can still play a role in a carbon-free energy mix.

A $500 billion cleanup bogged down. Taxpayer dollars wasted. Public health put at risk.

This may sound like the makings of the next blockbuster thriller. But, according to a past-President of the Health Physics Society (HPS), it's the real-life drama playing out right now at the Hanford nuclear site and other radioactive waste cleanups around the country.

At the center of it all? A scientific squabble over radiation risks that has erupted into accusations of a government cover-up.

Now a past-President has taken on the mantle of a very public whistleblower and has taken the unprecedented step of alerting Congress, igniting a firestorm within the HPS. But was it an act of conscience or treason?

What could be so controversial to spark this chain reaction?

The answer traces back to the very origins of radiation health science and the murky history of one long-standing assumption: that even the tiniest exposure to radioactivity can be deadly.

Has adherence to this outdated theoretical model hindered life-saving research into nuclear energy and cost taxpayers billions in unnecessary cleanups? Or is this incendiary claim just an attempt to downplay proven cancer risks for the sake of profit and expediency?

For the "whistleblower" at the heart of the affair, the stakes are equally profound. Savior or scapegoat - how will the HPS and scientific historians remember his explosive revelations? Could he bring long-overdue changes or destroy a respected society from within?

Summary of Events

In April 2022, the HPS released a video series challenging the scientific basis of the entrenched linear no-threshold (LNT) radiation risk model.

Emails obtained via FOIA revealed EPA, CDC and NCRP officials criticizing this series and making widespread, coordinated plans across agencies to discredit the research. The emails suggest a broader institutionalized culture beyond just isolated officials attempting to marginalize dissent on the LNT model, specifically characterized by:

• Attempts to discredit the research and reputation of Professor Edward Calabrese, who argued against the use of the LNT model at low radiation doses. This included suggestions by involved parties to falsely imply he was funded by the Department of Energy, also implying, inexplicably, that the DOE is an unreliable source of scientific information.

• Efforts to get scientists sympathetic to the LNT model into leadership positions at the HPS, in order to "move the needle” and counter the influence of the Calabrese videos.

• NCRP and CDC officials coordinating with HPS insiders to nominate and elect “pro-LNT” individuals to the HPS Board of Directors. This "stacking the board" was intended to assert control over the HPS.

• Members of a National Academy of Sciences (NAS) committee working to exclude mention of Calabrese's work from a NAS report on low-dose radiation risks. One member called his work 'inaccurate.'

• The stated goal in these emails is to discredit those like Calabrese presenting evidence that contradicts the LNT model in the low radiation dose range. The actions aimed to suppress challenges to the LNT model in order to maintain it as a basis for radiation protection policies and regulations.

• The officials involved were reportedly motivated by a commitment to preserve the LNT status quo. The FOIAed email records displayed little openness to scientific debate or evidence contradicting the LNT model. The coordinated efforts crossed multiple government and non-governmental radiation protection organizations to marginalize and suppress dissenting views on the LNT’s validity.

In June 2023, then HPS President John Cardarelli informed Congress in two letters (1)(2) about the recently-discovered apparent suppression of science by current and former government officials (and HPS members) and over-reliance on the unsupported LNT model, which he argued has stalled cleanups and wasted taxpayer funds.

After sending this letter, the HPS Board of Directors voted to censure Cardarelli for sending a letter without the BoD's approval, even though there is no requirement for such approval for HPS Presidents' letters. Further, several BOD members voting for the censure motion were involved in the “stacking the board” planning and execution, as revealed in the FOIA emails.

Motivations for Suppressing LNT Challenges

Why would scientific professionals work so hard to suppress a countervailing theory that accounts for the void of data in the "low dose" range supporting the LNT model?

There are a few potential reasons why academics and bureaucrats may be inclined to retain the linear no-threshold (LNT) model for radiation risk despite scientific evidence that effects are negligible below a certain dose threshold:

• Institutional inertia. The LNT model is deeply entrenched in regulatory and advisory institutions like EPA, NRC, and NAS. Challenge threatens established bureaucracies, policies, and approaches built up over decades around the LNT.

• Professional politics. Careers and reputations of many senior officials are tied to the LNT model. Their influence could wane if it were overturned. Opposing the status quo risks marginalization.

• Power preservation. The LNT gives agencies more discretionary authority and control, allowing maximum flexibility to restrict radiation exposures. Moving to a threshold would curb regulatory reach.

• Legal liability. Admitting effects only above a higher threshold could open the door to more radiation exposure and risks. If harms did occur, it could lead to blame and liability for those who moved away from the ultra-conservative LNT model.

• Public perception. Belief in the LNT model is deeply ingrained in public consciousness. Bureaucrats may fear backlash from changing views built up over decades. Being seen as "weakening" standards could undermine agency credibility and trust.

• Precautionary principle. Retaining the LNT upholds the "better safe than sorry" ethos of limiting any potential risks, even if speculative. Changing course risks accusations of recklessness if exposures increased.

So, in summary, the above considerations could sway bureaucrats toward maintaining the LNT model despite contradictory scientific evidence. The incentives to override scientific data with policy considerations may simply be too strong in many cases.

Suppression Tactics and Unethical Actions

The FOIA emails suggest the suppression of LNT challenges extends beyond just a few isolated officials to a broader coordinated effort crossing multiple agencies and radiation protection organizations. This implies an institutionalized culture of attempting to marginalize dissenting voices on the LNT model, rather than just the actions of a few rogue individuals.

Again, FOIA emails reveal officials tried to falsely and inexplicably paint LNT critic Dr. Edward Calabrese as funded by the DOE in order to discredit him. Thankfully, this was discouraged by more level-headed members of the group. Emails also show NAS committee members working to exclude any mention of Calabrese's work from a report on low-dose radiation. These unethical attacks aimed at censoring and smearing critics are highly concerning.

HPS (now Past-) President John Cardarelli had an ethical duty as HPS President to inform Congress and the radiation protection community at large about the apparent suppression of scientific inquiry.

Vacating his censure would affirm this duty should supersede internal HPS political dynamics when the public interest is at stake.

The HPS should ensure its internal policies never punish or deter members for making good-faith reports of suppression of science or unethical actions. The priority should be investigating and addressing valid concerns, not silencing the messenger.

Retaliation faced by President Cardarelli risks having a chilling effect where future HPS leaders feel pressure to ignore possible suppression of research. Overturning his censure can send the opposite message — that the organization will not abide censorship of science.

Any HPS policies or actions that could discourage whistleblowing should be reviewed and reformed as needed. Protecting scientific transparency should be paramount.

More open debate on uncertainties and limitations of the LNT model needs to occur both within the HPS and shared with the public. As we've experienced in so many other disciplines, portraying any science as "settled" — when it is not — does a disservice to scientific inquiry and the advancement of scientific understanding.

Impacts on HPS Reputation

The censure of Cardarelli for whistleblowing to Congress about alleged LNT research suppression threatens the legitimacy of the HPS as an unbiased scientific institution.

Retaliation-by-censure could have a chilling effect on future leaders reporting suppression of science.

Recommendations

• Voting “YES” to vacate the censure would mitigate HPS's reputation damage and show renewed commitment to scientific transparency.

• HPS should affirm that the duty of leaders to report research suppression concerns supersedes internal politics.

• Any policies discouraging good-faith whistleblowing should be reformed to prioritize investigating concerns.

• More open debate on LNT limitations needs to occur within HPS and publicly to avoid portraying the science as "settled."

In summary, overturning the President's censure can help restore reputational harm and reaffirm HPS principles of scientific transparency and ethics. Broader reforms are needed to prevent recurrence of apparent efforts to suppress challenges to entrenched radiation risk policies like the LNT model.

Focus on HPS Past-President's Congressional Letters

The identical letters from the HPS President to Congressional committees reveal some important points:

The HPS President is bringing to Congress' attention the apparent suppression of scientific inquiry into the linear no-threshold (LNT) model for radiation risk by government scientists and officials.

This suppression was revealed through Freedom of Information Act emails showing coordinated efforts to discredit research and researchers challenging the scientific validity of the LNT model in the low dose range.

The HPS President argues this suppression perpetuates reliance on the questionable LNT model in setting nuclear cleanup standards, hindering progress and wasting billions of taxpayer dollars.

He recommends Congress investigate and take action to ensure radiation protection standards incorporate the most current science, which challenges the use of the LNT model in the low dose range.

The incident highlights tensions within the radiation protection community regarding the scientific validity of the LNT model versus other approaches. It also raises broader concerns about scientific transparency and integrity in policymaking.

The President's decision to inform Congress against the Board's wishes took courage but was likely an ethical choice intended to serve the public interest over internal HPS politics. His actions were aimed at prompting an unbiased review of the science and policy by Congress.

To clarify the sequence of events:

The HPS President sent two letters to Congressional committees revealing apparent suppression of scientific inquiry into the LNT model by government officials.

After the letter was sent, the HPS Board of Directors voted to censure the President for writing to Congress without their consent when consent is not a requirement and when several Board members were reportedly involved in a concerted campaign to fill the Board with LNT adherents and suppress futher discussions of the science surrounding existing radiation protection policy.

So, the President acted against the wishes of the Board by blowing the whistle to Congress about the suppression of science. The censure came in response to the act of sending the letter itself.

If you find this entire series of events as alarming as I do, please vote "YES" to vacate the BOD HPS censure of HPS Past-President John Cardarelli II.

The nuclear power industry stands at a crossroads today.

• Advanced small modular reactor (SMR) designs offer the promise of safer, more flexible carbon-free energy production, leading to renewed interest in nuclear growth after years of decline.

• However, any major incident - even at an aging legacy plant - could quickly reverse momentum and return the industry to the days of mass protests and financially ruinous legal challenges.

• Public trust, once lost, is difficult to regain after accidents like Fukushima led nations like Germany to irrationally and completely abandon nuclear power.

• This fragile context means the industry must uphold the highest safety standards and secure public confidence through exceptional transparency and regulatory compliance.

• Recent serial lapses like those at V.C. Summer remain a liability.

• While cost and competition pose very real challenges, sub-optimal safety culture, and lax or reduced oversight issues represent an existential threat to nuclear's "second chance."

• Renewed expansion requires steadfast vigilance and resistance to complacency at all levels - from investors to utility operators and from politicians to regulators.

• The stakes could not be higher.

A recent warning issued to the V.C. Summer nuclear plant in South Carolina has cast a spotlight on the critical importance of rigorous safety inspections and oversight of the nuclear power industry. The U.S. Nuclear Regulatory Commission (NRC) gave the plant a preliminary “yellow” warning - its second most serious category - after recurring cracks were discovered in an emergency backup fuel line.

This comes even as the industry lobbies for reduced regulatory scrutiny.

The incidents at V.C. Summer serve as a clarion call for maintaining robust NRC oversight of aging nuclear reactors.

Read: South Carolina nuclear plant gets warning over another cracked emergency fuel pipe

Since 2003, small cracks have been found repeatedly in the plant’s piping for emergency diesel generators needed to cool the reactor in a blackout. Despite corrective actions, cracks reappeared, and leaks worsened during a November 2022 test.

The NRC’s warning underscores the long-established principal that critical safety components can and will degrade over time. South Carolina stakeholders argue that the recurrent issues should prompt extensive inspection prior to license renewal. V.C. Summer’s owner Dominion Energy is seeking a 20-year extension beyond 2042.

However, the nuclear industry contends that the “exceptional” safety culture of U.S. nuclear power today warrants relaxing oversight. With operating costs rising at aged plants, operators seek regulatory changes to reduce inspections, drills, reporting requirements, and public notices of problems.

But independent industry experts (and yours truly) counter that the stakes are far too high to cut corners on nuclear safety, whether due to accidents, natural disasters, or terrorist threats. While reasonable steps to curb ineffective regulation make sense, proposed rollbacks could jeopardize public health, according to watchdog groups.

Read: Nuclear industry has been pushing for less oversight, and it’s working

The NRC appears largely receptive to industry arguments for deregulation, with minimal public awareness or input. But allowing economics to blur the focus on safety would be negligent. V.C. Summer’s recurring cracks demonstrate that rigorous NRC oversight remains vital - both for existing reactors and proposed extensions. The agency must maintain independence and fully enforce standards despite industry pressure. The public interest depends on it.

The incidents at V.C. Summer are not isolated cases of lapses in nuclear safety culture. Over the past few years, NRC inspections and enforcement actions have uncovered troubling deficiencies at numerous facilities:

1. Facility: Vogtle Electric Generating Plant, Georgia

• "Nuclear Regulatory Commission cites safety culture issues at Vogtle nuclear expansion"

• Date: January 30, 2020

• Summary: The Nuclear Regulatory Commission (NRC) identified a "chilled work environment" at the Vogtle nuclear expansion project in Georgia, where employees felt hesitant to raise safety concerns. This environment could suppress the identification and correction of safety issues.

2. Facility: Perry Nuclear Power Plant, Ohio

• "Nuclear power plant fined for safety violations"

• Date: February 6, 2020

• Summary: The Perry Nuclear Power Plant in Ohio was fined for multiple safety violations, including the failure to properly maintain emergency preparedness capabilities and not conducting adequate fire drills.

3. Facility: Westinghouse Electric Co. fuel plant, South Carolina

• "Safety concerns halt work at SC nuclear fuel plant"

• Date: February 10, 2020

• Summary: Work was halted at the Westinghouse Electric Co. nuclear fuel plant in South Carolina due to safety concerns. Inspectors found that the plant failed to properly analyze hazards and did not have an adequate process for reviewing safety protocols.

4. Facility: Palisades Nuclear Generating Station, Michigan

• "Nuclear plant operator fined over safety breaches"

• Date: January 31, 2020

• Summary: The operator of the Palisades Nuclear Generating Station in Michigan was fined for safety breaches, including the failure to ensure that safety systems were available and functional during plant operations.

5. Facility: Arkansas Nuclear One, Arkansas

• "NRC cites nuclear plant for safety violation"

• Date: March 4, 2019

• Summary: The NRC cited the Arkansas Nuclear One plant for a safety violation related to the failure to properly maintain and test emergency diesel generators, which are crucial for ensuring the safe shutdown of the plant during power outages.

This pattern demonstrates that even plants with a positive safety record on paper can develop complacency and gaps over time without vigilant oversight. While reasonable deregulation may cut ineffective red tape, these recent lapses provide sobering evidence that reducing NRC inspections and enforcement would likely jeopardize public confidence and safety.

Case in point: The Davis-Besse plant in Ohio was considered a top performer until the discovery in 2002 of severe, dangerous corrosion in its reactor vessel head. This near miss - caused by institutional complacency - occurred at a plant labeled as having an exemplary safety culture. It prompted an overhaul of NRC inspection regimes and culture assessments.

Complacency Breeds Corrosion: The Davis-Besse Cautionary Tale

The Davis-Besse nuclear power plant in Ohio had a significant near miss in 2002 due to reactor pressure vessel (RPV) head degradation. This incident highlighted flaws in the NRC's assessment of safety culture:

• Davis-Besse was considered a top-performing plant with an excellent safety record. NRC gave it high marks for safety culture.

• In March 2002, a maintenance worker was standing on scaffolding installing insulation around the reactor pressure vessel (RPV) head.

• When he leaned against a metal rail for support, the rail detached from the wall, and the worker nearly fell.

• Upon investigation, workers found the metal rail had corroded, and half of its bolts were missing. The corresponding metal beam on the wall also showed severe corrosion.

• Further inspection revealed a football-sized cavity eating through 6 inches of the RPV head - the corrosion originated from the other side. Only a thin layer of stainless steel was left, preventing a catastrophic breach and LOCA (loss of coolant accident) event.

• The corrosion was caused by leaking borated water that reacted with the head. This went undetected for years.

• NRC later concluded that Davis-Besse staff had succumbed to complacency, ignoring warning signs of corrosion to avoid unwanted outage extensions.

• Safety culture assessments failed to identify this complacency. The NRC inspection regime at the time was insufficient to detect such imminent, catastrophic mechanical failures.

• If the RPV head had breached, it could have resulted in a major loss of coolant accident, core damage, and large radiation release. It was considered one of the worst near misses in US nuclear history.

• The incident prompted significant changes in NRC inspection procedures and safety culture assessments to better identify latent organizational weaknesses. It showed oversight lapses can occur even at model plants.

The Davis-Besse case study highlights the need for robust NRC oversight and skepticism regarding industry claims of "exceptional" safety culture. Mechanistic inspection is essential to complement cultural assessments, which can fail to detect imminent threats. Complacency can take root unnoticed over time, underscoring the vital deterrent role of NRC enforcement.

V.C. Summer's recurring emergency system cracks highlight the vital need for the NRC to fully exercise its authority, independently of industry lobbying. With reactor licenses now being extended to 60+ years, maintaining the highest safety standards is imperative - both for aging plants and new projects.

The risks of normalization of deviance - where organizations become desensitized to anomalies over time - are not unique to the nuclear industry. The 2003 Columbia space shuttle tragedy revealed similar cultural failings at NASA.

In the years prior to Columbia's demise, NASA had waived over 3,200 critical safety hazards that could result in orbiter and crew loss. Their near-perfect occupational safety record bred high confidence, but also dangerous complacency. Columbia disintegrated on re-entry, killing 7 astronauts. The CAIB post-accident review board concluded: “The unexpected became the expected, which became the accepted.”

Likewise, the NRC must remain attuned to early warning signs and resist the allure of reducing its much-needed scrutiny. Normalization of deviance results in the tolerance of safety lapses slowly accumulating over time in aging plants, with the ultimate failure magnitude unseen until revealed through catastrophic failures.

While NASA's safety record outpaced nuclear regulators, Columbia showed that exceptional performance is no guarantee against such cultural drift. Complacency still takes root when vigilance wanes.

V.C. Summer's recurring cracks are red flags not to ignore. As with NASA pre-Columbia, increased tolerance for the lowering of standards and fewer inspections threaten hazard detection at nuclear plants. The NRC must respond appropriately to warning signs, rather than acquiesce to economic or political pressure for deregulation.

Safety margins exist for a reason - wavering commitment will eventually exact a high cost. The public depends on the NRC's continued rigor and resistance to pressure for deregulation and reduced inspections.

BREAKING: 5TH CIRCUIT COURT VACATES NRC LICENSE ISSUED TO TEXAS SITE FOR NATIONAL SNF STORAGE FACILITY & CONCLUDES NRC DOES NOT HAVE AUTHORITY TO ISSUE SNF STORAGE LICENSES.

The historic decision published today by the US Fifth Circuit Court can be found here.

You will find that my arguments against the NRC’s flawed actions were similar to the weaknesses the Court found in its opinion. See previous reporting by yours truly on this story below.

Highlights

• This case involved a challenge to the Nuclear Regulatory Commission's issuance of a license to Interim Storage Partners to construct and operate a consolidated interim storage facility for spent nuclear fuel in Andrews County, Texas.

• The State of Texas and others petitioned for review, arguing the NRC lacked statutory authority under the Atomic Energy Act to issue such a license.

• The 5th Circuit agreed with the petitioners. It held the Atomic Energy Act does not confer authority on the NRC to license private away-from-reactor storage facilities for spent nuclear fuel.

• The court examined the text of the Atomic Energy Act provisions on licensing and found they authorize licenses for the possession of nuclear materials for research, medical, and industrial purposes - not spent fuel storage.

• The 5th Circuit also held that the license contradicts the Nuclear Waste Policy Act, which provides a comprehensive scheme for nuclear waste storage and disposal. The NWPA prioritizes permanent disposal and limits interim storage options.

• The court found that the NWPA clearly contemplates that spent fuel will be stored at reactor sites or federal facilities until a permanent repository is available. The NRC license directly conflicts with this scheme.

• The 5th Circuit held that the NRC exceeded its statutory authority in issuing the license. It granted the petitions for review and vacated the license.

In summary, the 5th Circuit ruled that the NRC lacks authority under existing statutes to license a private interim storage facility for spent nuclear fuel away from reactor sites, vacating the license issued to Interim Storage Partners in Texas.

Based on the Court's decision, a legal argument could be made that the 5th Circuit concluded the Nuclear Regulatory Commission does not have authority under the Atomic Energy Act to license the storage of spent nuclear fuel, based on the court's analysis in this decision:

• The court examined the text of the AEA provisions on licensing and found they only authorize licenses for the possession of nuclear materials for research, medical, and industrial purposes - not spent fuel storage.

• The opinion states that the AEA provisions "do not support the Commission’s claim of authority" to issue licenses for spent fuel storage. 

• The court rejected the NRC's argument that because it can license possession of constituent radioactive materials like source material and special nuclear material, that means it can license spent fuel storage. 

• The 5th Circuit found that the AEA licensing provisions are limited to the enumerated purposes and types of materials, which do not encompass spent fuel storage.

• The court concluded that "the Atomic Energy Act doesn’t authorize the Commission to license a private, away-from-reactor storage facility for spent nuclear fuel."

• So, a reasonable legal argument can be made that the 5th Circuit interpreted the Atomic Energy Act to not confer authority on the NRC to license private storage of spent nuclear fuel, based on the court's textual analysis of the statute.

What impact does this decision have on SNF storage at NRC-licensed facilities throughout the country? One should expect legal challenges to follow this historic decision.

STORY DEVELOPING.

Into the Salado

As you read this, a complex and contentious narrative is unfolding in the arid expanses of Lea County, New Mexico.

Central to this discourse is the proposed location of a Consolidated Interim Storage Facility (CISF) for spent nuclear fuel (SNF) within the Salado formation, a geological feature whose suitability for such a critical role is increasingly being called into question.

Equally potent is the opposition from New Mexico's governor and legislature, adding another layer of complexity to the unfolding narrative.

Between the increasingly debated suitability of the Salado Formation as a storage site and the mounting opposition from New Mexico's state authorities, there's an intricate interplay of scientific and political factors shaping the future of the Holtec facility. The nexus of these issues centers on the necessity for sound scientific judgment and democratic decision-making in the realm of nuclear waste management.

Navigating these intertwined challenges requires informed leadership, a role that NRC Commissioner Jeffrey Baran has been playing with a unique approach. His professional differing opinion within the Commission not only represents a counterpoint in this complex discourse but also underscores the importance of maintaining a diversity of perspectives in such critical matters.

Much like Admiral Rickover's nuclear navy, which prided itself on a near-flawless safety record achieved through the diversity of professional opinion, Baran's stance serves as a reminder that consensus should not be pursued at the expense of critical, independent thought.

Despite the growing chorus of opposition, the U.S. Nuclear Regulatory Commission (NRC) recently approved a license that allows the Holtec facility to move forward. The significance of this decision cannot be overstated, as it sets a precedent for future nuclear waste storage sites and raises crucial questions about the intersection of science, politics, and public safety in nuclear waste management.

This article aims to dissect these multifaceted issues, uncovering the intricate layers of nuclear waste storage in the United States and exploring the entangled controversies surrounding the Holtec site. As we delve into the geological, political, and design elements of this critical issue, we invite you to join us in fostering a greater understanding and promoting informed dialogue about the future of nuclear waste storage.

A Geological Gamble?

The Salado Formation, a vast underground structure that spans approximately 26,000 square miles beneath New Mexico and Texas, is a significant character in this narrative. Known for its stability and thick salt deposits, the Salado has been viewed as an ideal geological formation for the subsurface disposal of nuclear waste. Yet, recent research has begun to challenge this notion for surface storage.

The Salado's very stability comes from its being primarily composed of halite, with pockets of anhydrite, red beds, and potash salts such as sylvite, carnallite, and polyhalite. It was formed under extreme conditions over 250 million years ago, and its relative isolation from seismic activity and water intrusion has led to it being considered an ideal location for deep geologic nuclear waste disposal (see the Waste Isolation Pilot Plant, WIPP).

However, a closer examination of the geological and chemical composition of the Salado raises concerns: the Salado Formation contains not-insignificant quantities of magnesium chloride (MgCl), an aggressive compound known to rapidly induce chloride-induced stress corrosion cracking (CISCC), a type of corrosion that could lead to breaches in the canisters containing the spent nuclear fuel. While the exact quantity of MgCl throughout the Salado is not precisely known, its presence raises the stakes considerably.

In light of these findings, the decision to site the Holtec facility in the Salado Formation appears increasingly fraught.

While the formation's stability and isolation offer some advantages, the potential for leakage and corrosion cannot be overlooked. The question that arises then is — are we taking a geological gamble with our nuclear waste?

Sidebar: The Dissonance Between DOE Research and NRC Decision-Making

When it comes to the potential dangers of Chloride-Induced Stress Corrosion Cracking (CISCC) in spent nuclear fuel storage, the Department of Energy (DOE) and the Nuclear Regulatory Commission (NRC) seem to be playing out different scripts.

On the one hand, the DOE has been actively pursuing research to understand the true magnitude of CISCC risk. Studies like the Savannah River National Laboratory's examination of welded plate material from a mockup spent nuclear fuel dry storage canister are emblematic of this effort. The DOE's research, characterized by its stringent and realistic testing conditions, has been instrumental in highlighting the significant potential for CISCC in spent nuclear fuel canisters.

Source

On the other hand, the NRC has been moving forward with licensing decisions, including the controversial Holtec site in the Salado Formation, seemingly without giving due consideration to the concerns and knowledge gaps raised by the DOE's research.

The NRC's actions have raised questions about the depth of consideration given to these critical issues during the licensing process.

This dissonance between the DOE's diligent research and the NRC's decisions underscores the need for more coordinated efforts. The potential risks and consequences associated with CISCC are too severe to be left to disparate actions. There is an urgent need for the NRC to better integrate the findings from DOE's research into their decision-making processes.

In conclusion, as we grapple with the challenges of safe and responsible nuclear waste management, it is imperative that comprehensive research and its findings inform regulatory decisions. Addressing the identified knowledge gaps and aligning the efforts of the DOE and NRC could pave the way for more robust safety measures, ensuring the long-term security of spent nuclear fuel storage sites.

The Opposition, Host State Consent, and the NRC's Anti-Consent Stance

The NRC's recent decisions have sparked controversy and triggered strong opposition from state legislatures, marking a stark testament to the NRC's role as an anti-consent federal agency.

Remarkably, the NRC is two-for-two in eliciting state legislation against its decisions - a feat that underscores its unparalleled capability to undermine consent. Texas and New Mexico, both targeted for spent nuclear fuel storage, have passed laws banning the operation of the two facilities the NRC has licensed.

In New Mexico, led by Governor Michelle Lujan Grisham and backed by the state legislature, a potent resistance against the proposed Holtec site has emerged. They argue that the NRC's decision, made without adequate consultation with state and local stakeholders, is a significant violation of democratic principles and puts undue environmental and public health risks on New Mexico's residents.

The Nuclear Waste Policy Act (NWPA) placed a requirement for host state consent for the very reasons that are now being highlighted by these opposition movements: the need to protect state rights, the importance of local knowledge and stakeholder participation, and the understanding that the storing of nuclear waste is a long-term commitment that impacts future generations.

The NRC, however, has chosen to sidestep this requirement by claiming that their authority to license a Monitored Retrievable Storage (MRS) facility is rooted in the Atomic Energy Act (AEA), not the NWPA. This move has further inflamed opposition, as it's seen as a blatant disregard for the NWPA's consent provision and a violation of the spirit of cooperative federalism.

Adding to this opposition are the concerns about the geological stability of the proposed site in the Salado Formation, which have been largely overlooked in the Holtec licensing process.

Notably, southeast New Mexico, where the Salado Formation lies, has been experiencing significant underground subsidence, a geological phenomenon that results in the gradual (or sudden) sinking of an area of land. This subsidence, coupled with the presence of seismic activity in the region, raises concerns about the long-term stability of a spent nuclear fuel storage site in this area. These potential geological hazards, if not appropriately considered and mitigated, could compromise the integrity of the storage site and pose a serious threat to the surrounding environment and communities.

The failure of the NRC to thoroughly assess these risks as part of the Holtec licensing process has further fueled opposition and skepticism about the proposed storage facility.

The opposition from Texas and New Mexico is not merely about the storage sites; it is a stark rejection of the NRC's disregard for state and local consent.

The states' legislative responses underscore the urgent need for the NRC to reassess its approach and consider more transparent, equitable, and informed decision-making processes. As Governor Lujan Grisham has stated, "New Mexico deserves better than to be a dumping ground for the nation's nuclear waste."

This clarion call for respect of state rights and local consent in the face of federal overreach has become a rallying cry for those demanding better, more responsible handling of spent nuclear fuel storage.

The Questionable Design of a "Temporary" Storage Facility

The Holtec SNF CISF site, while licensed for "temporary" storage, is a project designed with up to a 100-year lifespan in mind. However, a critical analysis of this proposition reveals serious shortcomings. The notion of a century-long temporary solution is problematic in itself. It underlines the lack of a robust, long-term strategy for nuclear waste disposal in the United States.

The design of the facility is another point of contention. Despite being a site for hazardous nuclear waste, the Holtec design lacks provisions for the repackaging of leaking or damaged canisters.

This is a glaring oversight, considering the severe risks associated with the release of nuclear materials. Canister failure could lead to a catastrophe, with environmental and health impacts that could extend far beyond the site's immediate vicinity.

Furthermore, the 100-year design life of the facility raises concerns about what will happen when this period ends. The notion of a "temporary" facility risks becoming a permanent solution by default if no alternative disposal sites or strategies are developed within the next century. This short-term approach to a long-term problem demonstrates a concerning lack of foresight and planning on the part of the NRC.

There are potential solutions to these design issues, although they would require a significant rethinking of the current plan.

One option could be to incorporate a repackaging facility into the design. Another could be the development of more durable canisters that are resistant to degradation and, therefore, less likely to need repackaging.

Either way, it's clear that more thought needs to be given to the long-term safety implications of the design. This is not just a 100-year question - it's a question of ensuring the safety and protection of the environment for generations to come.

A Welcomed Voice of Dissent: Commissioner Jeffrey Baran

While tangential to the matter of Holtec’s CISF licensing, the throttling of any dissent at the highest levels of the NRC is emblematic of the view by many nuclear industry critics that the Commission has been captured by industry and has become a transactional rubber stamp organization where you pay the fees and you get your license.

Commissioner Jeffrey Baran has long been an integral part of the Nuclear Regulatory Commission (NRC), known for his commitment to maintaining an independent voice within the institution.

Appointed by President Obama in 2014 and confirmed by the Senate, Baran brought with him a wealth of experience and a reputation for thorough analysis. His tenure has been marked by a dedication to upholding the core values of the NRC and a commitment to prioritizing public safety above all else.

Despite his unwavering dedication to his role, Baran has been the subject of intense criticism and attacks. These attacks, largely stemming from those who disagree with his dissenting opinions, represent an unfortunate departure from the respect for differing professional views that was once the hallmark of the NRC.

In maintaining an independent voice, Baran embodies the spirit of the NRC's traditional decision-making process – one that values robust discussion, the consideration of diverse perspectives, and the primacy of safety considerations.

The attacks on Baran have significant implications for the NRC's decision-making process. They threaten to stifle dissent, discourage independent thinking, and undermine the safety-centric culture that should define the NRC. They also set a dangerous precedent, sending a message that dissenting voices will not be tolerated.

This is particularly troubling considering the NRC's role in making decisions that significantly impact public safety and the environment. The independent voice Baran represents is crucial in ensuring that all perspectives are considered and that the best decisions are made in the interest of public safety.

Simple Solutions Require Collective Action

Several key concerns have surfaced as we've navigated the complexities of the nuclear waste storage issue at the proposed Holtec site in New Mexico.

From the Salado Formation's greatly enhanced potential to create conditions for the onset of accelerated chloride-induced stress corrosion cracking to the vociferous opposition from New Mexico's government; from the troubling criticisms of Commissioner Jeffrey Baran's independent voice to the questions surrounding the longevity of a 100-year storage facility design without provisions for repackaging damaged canisters — each of these elements underscore the challenging reality of the current nuclear waste management scenario.

Looking ahead, the future of the Holtec site, and indeed the broader context of nuclear waste storage, is shrouded in uncertainty. Yet, this narrative is far from complete.

The ensuing chapters hinge on our decisions today — decisions that bear weighty implications for environmental preservation, public safety, and the political landscape of nuclear waste management.

A critical question looms large in this context: which federal agency is best equipped to lead these endeavors?

The Nuclear Regulatory Commission, despite its crucial role, has no mandates for establishing consent.

On the other hand, the Department of Energy, with its extensive experience operating within communities across the United States, has a long-standing practice of community outreach and engagement. This practice is integral to fostering consent and goodwill, even though the DOE's record isn't flawless.

Ultimately, if our goal is to cultivate a positive vision for the future that effectively addresses the challenges of nuclear waste management, we need a leader who can foster dialogue, nurture transparency, and build consent. With its track record of community interaction, the DOE seems best and solely positioned to lead this effort.

In conclusion, the path forward calls for enhanced transparency, improved facility design, and the valorization of dissenting voices like Commissioner Baran's.

This is not just about the fate of a single site or state; it's about carving out a sustainable, responsible pathway for nuclear waste management. A pathway that prioritizes safety, respects local opposition, and is grounded in a scientific understanding of our choices.

The choices we make now will shape the narrative of nuclear waste management for generations to come. Let's ensure it's a narrative of cooperation, safety, and foresight.

A Note to the Reader: If only … A part of me, the Texan part, wants to see every element of this story to be true. Given the storied history of the Texas Railroad Commission, established in 1891, the oldest regulatory agency in the state and the oldest of its kind in the nation, there’s a part of me that longs for the RRC to saddle up and set things straight with another state agency, the Texas Commission on Environmental Quality, that has interloped on its statutory powers. But alas, the RRC, instead of rearing up like a spooked bronco, seemed to tuck tail and mosey away, more like an old hound dog on a hot summer’s day, preferring the shade of quiet complacency to the scorching sun of confrontation.

Now for Our Tall-ish & True-ish Tale of Intrigue & Corruption

Once upon a time, in the expansive land of Texas, where the prairies rolled like seas, and the oil flowed like rivers, two stalwart agencies stood toe to toe, each fiercely protective of their respective dominions. These agencies were none other than the Railroad Commission of Texas (RRC) - the unwavering guardians of the oil and gas industry - and the Texas Commission on Environmental Quality (TCEQ), a body priding itself on stewardship of Texas' natural resources, though their motivations might be scrutinized.

As might befit a tale penned by Mark Twain himself, this was a modern saga of good ol' fashioned grit, of cowboy boots stomping down on legal documents instead of saloon floors. The white-hatted protagonists in our tale, the RRC, were the stewards of a particular kind of waste, the oil and gas NORM waste. A tough task, yes, but the RRC took it on with the determination of a Lone Star cowboy riding against the wind.

Then, as in every rip-roaring yarn spun around a campfire, there came the crux of our tale. The TCEQ, swelled with the audacity that could only be found in a blustering prairie storm, took to gifting a permit for the disposal of that very NORM waste. Now, here’s where the plot thickens, much like the gravy at a cowboy cookout.

They weren't spreading these permits far and wide, oh no. Instead, they extended this privilege to just one waste disposal facility. A facility that, mind you, had never before had its hands dirtied with the likes of this particular waste. It was like handing a greenhorn cowboy a bronco to break when he’d barely managed a mule. And this act, well, it was about as appropriate as a rattlesnake at a Sunday church service.

This action was as curious as a cat in a doghouse, akin to a barkeep pouring top-shelf whiskey for an ornery ol’ gunslinger, hoping to keep the peace rather than face a showdown. The TCEQ had side-stepped proper procedure and presented a ticket to the dance, bypassing the queue of waiting suitors, and all for a belle who had never before twirled on the dance floor. Quite the twist, wouldn’t you agree, dear reader?

The law was clear as the Texas sky on a summer's day: The RRC had the reins when it came to the disposal of this NORM waste. It was written plainly in Tex. Health & Safety Code § 401.415.

The TCEQ's claims were as empty as a gold miner's pan in a salted field.

Despite this, the TCEQ continued in their erroneous ways, like a stubborn mule refusing to budge. They even went so far as to convince folks that a TCEQ-permitted landfill was all that was needed to dispose of the waste. But this was akin to telling a cattle rustler he could roam free just because he found a new hat.

In reality, their actions risked the very balance of authority, like a rickety old bridge over the Rio Grande. For their misinterpretation of state laws put at risk the federal delegation of the RCRA hazardous waste program to Texas - akin to a fumbled hand-off of a hot potato, the potato being the hazardous waste program and the fumble risking the whole dang state of Texas.

In the end, the true meaning of the law emerged, as clear as the setting sun over the Rio Grande. The RRC, our faithful protagonists, held sole dominion over the oil and gas NORM waste. The TCEQ, those ambitious claim-jumpers, had overstepped their boundary, and the EPA's delegation of the RCRA hung in the balance, like a tumbleweed caught in a Texas gale.

This, my dear readers, is a tale of justice, of right and wrong, and of understanding the true spirit of the law, under the wide skies of our beloved Texas. For as the old saying goes, "Don't mess with Texas." And certainly, don't mess with the RRC.

End Note: This is an entertaining tale, but there is truth sprinkled throughout. The TCEQ did indeed wrest the statutory authority from the RRC to bestow a license on a Texas company to dispose of oil and gas NORM in a “mis-statement” of their authority. Thus far, the RRC, apparently embarrassed by the years of usurpation by their step-sister agency, have taken to naval-gazing vice proper corrective action and cessation of ill-gotten authorities.

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Vogtle Unit 3 Achieves Initial Criticality

Georgia Power confirmed this week that Unit 3 of the Vogtle nuclear power plant had reached its first criticality. Initial criticality is a critical step toward the commercial operation of the reactor, demonstrating that operators have safely begun the nuclear reaction inside the unit for the first time.

The start-up of Vogtle Unit 3 NPP is a watershed moment in the nuclear industry because it is the first new nuclear reactor in the United States in more than 30 years. Following the bankruptcies of Westinghouse and Shaw Nuclear, two major heavyweights in the nuclear industry, the Vogtle project is critical for the reawakening of nuclear power in the United States. Toshiba's engagement in salvaging the project emphasizes the relevance of nuclear power in addressing the world's energy demands, as well as the importance of international collaboration to achieve this aim.

However, during its development, the Vogtle Unit 3 NPP had several delays and cost overruns that continued into 2021. The project's success will be determined by its capacity to show to the public and regulators the safety and reliability of nuclear electricity. The Vogtle project will also serve as an important demonstration of the new AP1000 reactor design, which has never been utilized in the United States.

Among the scattered ruins of the US nuclear power saga, a similar tale of woe is found in the history of the Comanche Peak Unit 1 NPP, which had its own severe construction issues, including delays and cost overruns.

One major difficulty was the finding of considerable concrete degradation in the plant's base, which necessitated expensive repairs. The plant's operator also had challenges in securing the appropriate permissions and licenses to run the plant.

Overall, while both the Vogtle Unit 3 NPP and the Comanche Peak NPP faced construction challenges, the Vogtle project's significance in the context of the 21st century US nuclear industry, as well as its role in the resilience of nuclear power in the United States, makes it a more critical industry milestone. The lessons acquired from the construction of Vogtle, such as the necessity of teamwork, safety, and reliability, will be critical for the future of nuclear power in the United States and around the world.

Over-optimism Never Pays: V.C. Summer and the B-side of Progress

Stephen Byrne, a former executive vice president at SCANA Corp., was sentenced to 15 months in prison for presenting overly optimistic construction progress estimates for two nuclear reactors at South Carolina's V.C. Summer Nuclear Station. The projects eventually went irreparably behind schedule and were abandoned, resulting in major losses for South Carolina Electric & Gas Co. and utility Santee Cooper.

Byrne's overly optimistic estimates of the project's progress mislead investors, regulators, and the general public and played a crucial role in the project's eventual failure. His actions broke public trust and harmed the nuclear industry's brand.

Byrne's sentencing, together with that of former SCANA CEO Kevin Marsh, who was also imprisoned for his involvement in the project's collapse, marks a watershed moment in holding nuclear power executives accountable for their acts. (what a concept!) If such convictions continue to occur, it may begin to send a strong message to this industry that deceiving investors and the public will not be accepted and that those who engage in such behavior will face penalties.

The crimes committed at the V.C. Summer Nuclear Station project have been a huge setback for the US nuclear industry, showing the challenges in developing the behemoth nuclear plants that had been paused for decades resulting in the loss of manpower, expertise, and manufacturing capability.

If heeded, the lessons learned from this project will be useful for the industry in the future, ensuring that future nuclear projects are carried out with transparency, accountability, and an emphasis on safety and reliability. But as we’ve already seen in these storylines, barring catastrophe, the industry is slow to reform.

Upcoming Video Series: “Texas Pioneers in Consent-Based Siting”

As a governor-appointed Texas state official for 14 years, during which time the state developed, then abandoned, a state-run organization to manage low-level radioactive waste (LLRW) and then decided to go down the path of licensing a private party to manage that activity on behalf of the state, the issue of consent-based siting is something near and dear to me, as it has been for many dedicated opponents and proponents for over a decade.

While the key DOE leaders involved in the critical endeavor of consent-based siting were recently interviewed to share their insights — Kim Petry, acting associate deputy assistant secretary, Spent Fuel and Waste Disposal; Erica Bickford, acting office director, Integrated Waste Management; and Natalia Saraeva, team lead, Consent-Based Siting — this author plans to produce an interview series with the main participants in the history of consent-based siting.

Would you be interested in seeing that happen?

IMHO: Constructing Consent

The success or failure of consent-based siting for spent nuclear fuel storage is determined by a number of factors. Some of the fundamental elements that can determine whether consent-based siting is effective or unsuccessful are as follows:

Transparency and openness: One of the most important factors in successful consent-based siting is transparency and openness in the decision-making process. This includes involving stakeholders and the general public in decision-making from the start, giving accurate and understandable information about the proposed storage site, and being willing to listen to and address concerns and feedback from stakeholders and the general public.

Trust and credibility: For consent-based siting to be successful, the parties involved must have trust and credibility. This includes being honest and transparent about the hazards and benefits of the proposed storage site, as well as ensuring that stakeholders' and the public's concerns and opinions are taken seriously and addressed in a timely and effective manner.

Community involvement: For consent-based siting to be successful, the impacted community must be actively included in the decision-making process. This includes early engagement with stakeholders and the public, as well as chances for them to participate in decision-making and provide feedback.

Flexibility and adaptation: Effective consent-based siting necessitates decision-making flexibility and adaptability. This includes being willing to change plans or proposals in response to criticism and concerns from stakeholders and the general public, as well as being open to investigating alternative solutions.

Long-term dedication: Consent-based siting needs a long-term dedication to transparency, openness, and community involvement. This includes retaining stakeholders and the general public throughout the process, from early planning and site selection to ongoing monitoring and administration of the storage facility.

Ultimately, successful consent-based siting for spent nuclear fuel storage necessitates a dedication to transparency, openness, trust, and community involvement. It is feasible to construct a successful and sustainable storage facility that fulfills the interests of all parties concerned by involving stakeholders and the public early on and being willing to listen to and handle concerns and criticism.

Drones & Detectors: New Applications Flying onto the Scene

Flyability, a drone manufacturer, and Mirion Technologies, a radiation detection and monitoring equipment manufacturer, are collaborating on a project to integrate Mirion's RDS-32 radiation survey meter with Flyability's Elios 3 indoor drone. Operators can utilize the drone to collect radiation data remotely, removing the risk of irradiation for workers.

Drone technology combined with radiation detection equipment, including radioisotopic identification, has numerous and promising uses in the nuclear sector and emergency response.

One of the key advantages of deploying drones in radiation detection is the capacity to survey huge areas swiftly and safely, including those that are too dangerous or difficult for humans to access. Drones outfitted with radiation-detection technology can fly over a region and collect radiation data, including the location and concentration of radioactive elements. This data can be utilized to identify possible radiation threats promptly and make informed decisions about reaction and remediation operations.

Drones can be used for a range of functions in the nuclear business, including routine inspections of nuclear plants, radiation level monitoring during construction and decommissioning activities, and surveillance of areas for potential nuclear security risks. Drones can also be used to inspect and monitor nuclear waste storage facilities, assisting in the detection of any leaks or other concerns that may endanger the environment or public health.

Drones can be used in emergency response circumstances to quickly assess areas affected by a radioactive disaster, including identifying the location and degree of radiation exposure. This data can assist emergency personnel in making informed judgments about evacuation zones, decontamination efforts, and other response activities.

The combination of drone technology and radiation detection equipment has the potential to transform how we handle radiation detection and response in the nuclear industry as well as emergency response. It is crucial to stress, however, that the deployment of drones in these applications must be done with adequate safety and regulatory safeguards in place to protect workers and the public.

New Fusion Fuel Signals Options for Industry

TAE Technologies of California and Japan's National Institute of Fusion Science have announced the development of a novel non-radioactive H2-boron fusion fuel. 

This is a big step forward in the science of fusion energy.

Historically, hydrogen isotopes such as deuterium and tritium have been the primary fuels used in fusion reactions. However, these fuels have some disadvantages, such as the generation of radioactive waste and the requirement for specialized treatment and storage. Some of these concerns may be addressed by the creation of a new, non-radioactive fuel based on H2-boron, making fusion energy more realistic and feasible.

The successful start of a fusion reaction at the National Ignition Facility in the United States by LLNL is another key step forward in the development of fusion energy. While considerable work remains to be done before fusion energy may be commercially viable, these breakthroughs highlight fusion's potential as a clean, safe, and sustainable source of energy.

The use of fusion energy could have enormous societal benefits, such as lowering our dependency on fossil fuels and aiding in the mitigation of climate change. Furthermore, fusion energy has the potential to deliver a potentially unlimited supply of clean energy with no greenhouse gas emissions or radioactive waste.

It is crucial to highlight; however, that fusion energy development is still in its early phases, and considerable technical and regulatory difficulties must be addressed before fusion can become an economically viable source of energy. Yet, recent advances in fusion research, such as the unveiling of a novel non-radioactive fusion fuel, are encouraging and provide hope for a future powered by clean and sustainable energy.

Thank you for taking the time to read the newest issue of the Nuclear Inner-Critic! If you have any recommendations for improvement or insights that other readers might find useful, please share them in the comments section below.

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Some Context for This Article's Thesis

This article is written from the perspective of two gray matter "data sets":

• My experience as a Texas public official for over 14 years representing the interests of two governors and the state in nuclear matters of all shapes and forms. That experience includes the ardent, lifelong support of nuclear power and the responsible management and disposal of radioactive waste, along with chairing public meetings with hundreds of people in attendance, where I was pilloried for maintaining and defending such views.

• My experience as a participant in the nuclear industry for nearly 40 years, where I have had the honor of working with some of the brightest minds in the industry (and planet!) within the Department of Energy (DOE) complex and the Nuclear Regulatory Commission (NRC).

I have the utmost respect for the nuclear industry professionals at the DOE and NRC who have collectively attempted to solve the matter of the ultimate destination (or use!) of spent nuclear fuel (SNF). As the recent public discourse has shown, stakeholder consent is critical to the success of any endeavor seeking to resolve these weighty issues.

As an organization, the DOE has long been engaged in the matter of stakeholder consent for a broad range of issues at its sites across the country with varying degrees of success. Regardless of its degree of success in securing stakeholder consent, the DOE acknowledges its critical importance.

On the other hand, the NRC will be the first to tell you that "consent" is not a requirement in their licensing procedures or statutes.

And, my friends, it shows.

The Public Agog over ChatGPT

With all the furor over public officials issuing fiats and sundry proclamations condemning the use of ChatGPT in place of brain cells by our lockdown-battered student populations, I decided to tiptoe around the curtain to ask ChatGPT to pretend to be a constitutional lawyer and write me a legal brief on a particular topic of national interest.

With the full acknowledgment that I am riddled head-to-toe with all manner of biases and opinions, I did my level best to craft a prompt that might be deemed “neutral” if one squints very hard at the wording with one’s good eye.

But first, let’s back it up for a second …

Before we get to incredibly biased ChatGPT prompts, let's provide some context over this rather contentious matter currently before the Fifth Circuit U.S. Court of Appeals in State of Texas v. NRC (21-60743), where Texas has invoked the "major questions" doctrine from the recent Supreme Court decision in West Virginia v. EPA.

"Under this body of law, known as the major questions doctrine, given both separation of powers principles and a practical understanding of legislative intent, the agency must point to 'clear congressional authorization' for the authority it claims." United States Supreme Court, 20-1530 West Virginia v. EPA, 30 June 2022 (emphases added)

Since the promulgation of 10 CFR Part 72, "Storage of Spent Fuel in an Independent Spent Fuel Storage Installation (ISFSI)" in 1978 (FEDERAL REGISTER, VOL. 43, NO. 195, FRIDAY, OCTOBER 6, 1978, pg 46309), the NRC has at times approached Congress for a clarification of its authority to license the storage of SNF once removed from reactors. Beginning with NUREG-0527, the conversation with Congress started a year later:

Unfortunately, try as you might, you will not find the words "spent nuclear fuel" within the four corners of the Atomic Energy Act (42 U.S.C. Sect. 2011, et seq) where the licensing authority of the NRC resides, hence opening up the NRC to review under the Major Questions Doctrine.

Where you will find "spent nuclear fuel" spelled out in all of its ominous detail is in the Nuclear Waste Policy Act, 42 USC 10101, et seq, where the clear intent of Congress is found for the DOE to undertake the siting, licensing, construction, and operation of national-level SNF storage facilities — called "Monitored Retrievable Storage (MRS) Facilities" in 42 USC 10161-69 — with the consent of the affected state(s) and tribal government(s) secured apriori and with compensation agreements in place.

How Did We Get Here?

The NRC has been licensing spent nuclear fuel (SNF) storage facilities at 10 CFR 50 licensed nuclear power plants (NPPs) for the last 40 years. In this author's humble opinion, there is exactly ZERO dispute over the NRC's authority to license the storage of SNF at NPPs or at "away from reactor" SNF storage facilities outside an NPP's security perimeter.

Examples of these licensing practices are easy to find.

General licensed (10 CFR Part 50) ISFSIs that are constructed inside an NPP's existing security perimeter, thereby allowing the utility to utilize existing security, safety, and environmental provisions of its Part 50 license in the construction of an ISFSI with preapproved vendor equipment.

Specific licensed (10 CFR Part 72) ISFSIs built outside a 10 CFR Part 50 licensed boundary and requiring the NPP licensee to develop stand-alone security, safety, and environmental (et al.) programs to manage the SNF storage operation.

What is being challenged in the 5th Circuit, however, is the authority of the NRC to license privately owned, national-level MRS facilities not affiliated with or within hundreds of miles of any NPP — by calling them AFR-ISFSIs — when Congress has clearly stated its desire (in federal law) for the DOE to take on this national responsibility with the consent of affected state(s). The NRC leans heavily on the Bullcreek decision for its authority, while Texas maintains the Bullcreek court constructed a heavily flawed premise:

"First, the Bullcreek court started from a flawed premise. It conceded that the Atomic Energy Act “does not specifically refer to the storage or disposal of spent nuclear fuel,” but cited three cases for the proposition that “it has long been recognized that the [statute] confers on the [Commission] authority to license and regulate the storage and disposal of such fuel.” 359 F.3d at 538. From there, it concluded that the Commission must also have authority to license a private facility away from a reactor. But the cases the court cited dealt with State and local authority to regulate spent nuclear fuel storage—not anything close to this premise." Case: 21-60743, Doc: 00516194148, Pg: 34, Date Filed: 02/07/2022

Thus far, the "re-name game" strategy of the NRC has prevailed.

The NRC terms these national-level MRS facilities — hundreds of miles from any NPP — "AFR-ISFSIs" even though the stated purpose of the facilities in NRC licensing documents exactly matches the stated purpose of MRS facilities in the NWPA. Hence, through its rebranding exercise, the NRC has abrogated the right of Texas to participate in the decision-making process, to consent to the facility (or not), and to receive compensation for hosting the facility at the state and local levels.

Which Brings Us Back to ChapGPT, playing the role of the Constitutional Attorney

I offered the following prompt to ChatGPT:

Prompt: Write a legal brief as if written by a constitutional attorney analyzing the Nuclear Regulatory Commission's decision to license a private party to construct a national-level spent nuclear fuel storage facility designed to store the nation's inventory of spent nuclear fuel for 80 to 100 years prior to final disposal and without consent of the host state and how that decision comports with the Nuclear Waste Policy Act. Include in your analysis the type of design requirements that such a facility would demand for the 80 to 100 years of storage of spent nuclear fuel and compare that with the designs of a standard independent spent fuel storage installation in existence throughout the country.

ChatGPT Response:

Legal Brief:

Plaintiff v. Nuclear Regulatory Commission

Issue: Whether the Nuclear Regulatory Commission's decision to license a private party to construct a national-level spent nuclear fuel storage facility designed to store the nation's inventory of spent nuclear fuel for 80 to 100 years prior to final disposal and without consent of the host state comports with the Nuclear Waste Policy Act.

Facts: The Nuclear Regulatory Commission (NRC) has licensed a private party to construct a national-level spent nuclear fuel storage facility. This facility is designed to store the nation's inventory of spent nuclear fuel prior to final disposal for a period of 80 to 100 years. The host state where the facility is proposed to be built has not provided its consent for the construction of the facility.

Analysis: The NWPA is the primary federal law that governs the management and disposal of the nation's spent nuclear fuel and high-level radioactive waste. The NWPA establishes the legal framework for the development of a permanent geologic repository for the disposal of spent nuclear fuel and high-level radioactive waste. The NWPA also requires the NRC to regulate the safe storage, transportation, and disposal of spent nuclear fuel and high-level radioactive waste.

One of the key provisions of the NWPA is the requirement for consent of the host state for the establishment of a facility for the storage of spent nuclear fuel and high-level radioactive waste. This provision is based on the principle that the federal government should respect the sovereignty of the states in matters related to the management of radioactive waste within their borders.

However, the NRC's decision to license a private party to construct a national-level spent nuclear fuel storage facility without the consent of the host state raises important legal questions about the scope of the NWPA's consent requirement and the constitutional principles of federalism that underlie it. The NRC's decision also raises questions about the type of design requirements that such a facility would demand for the 80 to 100 years of storage of spent nuclear fuel, and how those requirements compare with the designs of a standard independent spent fuel storage installation in existence throughout the country.

In order to determine if the NRC's decision comports with the NWPA, it is necessary to examine the legislative history of the NWPA and the related legal case law. This analysis will provide a framework for evaluating the NRC's decision in light of the NWPA's consent requirement and the constitutional principles of federalism that underlie it.

The legislative history of the NWPA clearly shows that the purpose of the consent requirement was to respect the sovereignty of the states in matters related to the management of radioactive waste within their borders. This respect for state sovereignty is a cornerstone of the federalist system established by the U.S. Constitution. The NWPA's consent requirement is a manifestation of this constitutional principle and is intended to ensure that the federal government does not undermine the sovereignty of the states by imposing a permanent geologic repository or any other facility for the disposal of spent nuclear fuel and high-level radioactive waste within their borders without their consent.

The legal case law related to the NWPA and its consent requirement has confirmed the principle that the federal government must respect the sovereignty of the states in matters related to the management of radioactive waste within their borders. For example, in a seminal case, the U.S. Court of Appeals for the Ninth Circuit held that the NWPA's consent requirement was an important aspect of the federalist system established by the U.S. Constitution and that the federal government could not impose a permanent geologic repository or any other facility for the disposal of spent nuclear fuel and high-level radioactive waste within the borders of a state without its consent.

The NWPA requires the NRC to ensure that the storage of spent nuclear fuel is done in a manner that is safe for the public and the environment. In addition, the NWPA requires that spent nuclear fuel be stored in a manner that is consistent with the principles of environmental protection, waste minimization, and the need to avoid undue degradation of the environment.

In licensing the private party to construct a national-level spent nuclear fuel storage facility, the NRC has failed to consider the design requirements necessary for the safe storage of spent nuclear fuel for 80 to 100 years. The facility would need to be designed to withstand the impact of natural disasters, such as earthquakes and hurricanes, and to prevent the release of radioactive material in the event of an accident.

Furthermore, the design requirements for a national-level spent nuclear fuel storage facility would be significantly different from those for a standard independent spent fuel storage installation. The latter is designed to store spent nuclear fuel for shorter periods of time and typically involves the use of dry cask storage, which is less expensive and less complicated than the design requirements for a national-level spent nuclear fuel storage facility.

Conclusion: The NRC's decision to license a private party to construct a national-level spent nuclear fuel storage facility without the consent of the host state and without considering the necessary design requirements for the safe storage of spent nuclear fuel for 80 to 100 years violates the Nuclear Waste Policy Act. The NRC must consider the design requirements necessary for the safe storage of spent nuclear fuel and obtain the consent of the host state before licensing the construction of a national-level spent nuclear fuel storage facility.

So What Does This Mean?

Absolutely nothing. Or damned close.

A.I.s have not (yet) assumed the mantle of "infallible deciders of legal questions," obviating the need for courts, judges, and lawyers to argue before them.

I think that's a good thing.

This AI might inform our opinions and expose our biases, but AI's should be used with great care due to the less-than-transparent construct of their psyches which can be steered with invisible hands.

Ultimately, if you combine my semi-worthless personal opinion with ChatGPT's well-informed-but-likely-biased opinion, you still can't trade it for a cup of coffee.

What might be salvaged from this discourse, however, is the takeaway that the NRC is not an organization concerned in any way with the process of building consent or, once having gained consent, maintaining it.

Based on my attendance at several NRC meetings as an "insider" and as a member of the public, I have concluded that the NRC is best termed an "anti-consent" organization.

Why?

Well, as an example, I offer the exchange between one of the ASLB judges and a West Texas rancher during a public meeting in Midland, Texas. The NRC "judge", obviously fresh off the plane for his first visit to West Texas, was incredulous that the rancher was concerned that he might not be able to access his land if anything went sideways at the facility being reviewed.

"Mr. Smith, just how many times do you need to access your land in a year?" the judge asked, incredulous that the rancher might actually need to access his land more times than the NRC deemed reasonable.

The rancher paused for a moment, stunned by the question, and looked at the two other judges, then at the staff, and then back at the judge, "I decide how many times I need to access my ranch, Judge."

In this snapshot of an exchange is found the well-practiced ability of the NRC to dissolve consent with the wave of the hand of a disinterested judge.

Let’s go, DOE. You’re up.

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