By John Paul Bourgeois
Introduction
What energy source accounts for the second largest percentage of electricity production in Louisiana after natural gas? Many might think the answer is coal, wind, solar, or several other energy sources. In fact, nuclear energy is the answer, and by a significant margin.[1] In 2021, nuclear energy generated 17.6% of Louisiana’s net electricity.[2]Although this percentage is a significant portion of Louisiana’s electric energy grid, nuclear energy production in the state only comes from two nuclear plants, each built around 40 years ago.[3] The lack of new nuclear plants in the state illustrates the recent concern over nuclear energy generation. Construction of new nuclear plants declined in the later years of the twentieth century due to concerns over safety and extremely high costs.[4] Furthermore, the safety concerns increased regulation, which led to construction delays, further driving up costs.[5] Overall, the nuclear power generation industry, at best, stagnated and, at worst, floundered.[6]
Considering this relative decline in new nuclear projects, some may believe the nuclear energy industry has simply reached its ceiling. Others, however, still see a future for nuclear energy production.[7] The reason for renewed interest in nuclear energy is small modular reactors (SMRs).[8] SMRs produce significantly less energy per reactor than traditional nuclear reactors.[9] Despite this disadvantage, analysts believe that SMRs have advantages over traditional nuclear reactors because they are smaller, easier to deploy, and potentially cheaper.[10] As of July 2025, reports identified 127 separate SMR designs worldwide.[11] Despite this progress in theoretical development, only a few SMRs are currently built and functioning, and none of them are in the United States.[12]
The reasons for the lack of development on SMRs are complex. One major reason for the lack of SMRs is extensive regulation concerning their development and construction.[13] Some entities, including several states, assert that over‑regulation limits development of the industry.[14] For example, a pending lawsuit by Texas, Utah, and Last Energy—which Louisiana later joined—asserts that the Nuclear Regulatory Commission (NRC) does not have the authority to license SMRs and certain other types of reactors.[15] In addition, during the 2025 regular session, the Louisiana Legislature passed multiple laws addressing the regulation of nuclear energy.[16] The issue is whether reduced regulation of the industry, either by expediting federal licensing or shifting control to the states, will allow for the development of SMRs in Louisiana and across the United States.
I. History of Nuclear Regulation
Historically, the United States federal government regulates nuclear energy.[17] In the 1940s, Congress created the Atomic Energy Commission (AEC), which oversaw the nuclear industry.[18] Subsequent years saw the rise of nuclear energy production, and Congress took further action to cement the AEC as the chief nuclear energy regulator.[19]Congress later abolished the AEC due to complaints about overly stringent regulations.[20] A new agency, the NRC, took control of nuclear power regulation during the 1970s.[21] The NRC remains in charge of the majority of nuclear energy regulation, including licensing requirements for new plants and license renewals for existing plants.[22]
Although the NRC maintains control over most nuclear energy regulation, states also have a role.[23] For example, under the Atomic Energy Act of 1954, the NRC may shift control over certain aspects of its nuclear regulatory authority to the states.[24] When a state gains this status, it becomes an “Agreement State.”[25] Louisiana and 38 other states are currently Agreement States, so each state has limited authority over nuclear energy regulation.[26] Despite the predominant federal control, Louisiana and other states have reignited a push for greater state control as SMR technology advances.[27]
II. 2025 Louisiana Nuclear Regulatory Developments
During the 2025 legislative session, the Louisiana Legislature passed three laws that are particularly relevant to Louisiana’s nuclear regulation.[28] Furthermore, earlier this year Louisiana joined a lawsuit seeking to shift licensing authority of SMRs and certain other small reactors from the NRC to the states.[29] The remainder of this blog discusses each law and the lawsuit, as well as their practical effects.
First, the Louisiana Legislature passed Senate Bill 127—also known as Act No. 179 (SB 127).[30] Louisiana’s SB 127 amends and reenacts Louisiana Revised Statutes § 30:2014.5, which governs expedited permit programs.[31] The amendment authorizes the Secretary of the Louisiana Department of Conservation and Energy to create an expedited permitting program for nuclear power generation.[32] The bill allows electric public utilities to submit applications for expedited permits to the Secretary, and the utility must certify that it intends to construct an SMR.[33] In addition, the utility must state that the application is consistent with a letter of collaboration with the federal government, and the Secretary shall indicate that the permit issuance is in accordance with the federal permitting program.[34] Essentially, the law tries to stimulate development of SMRs in Louisiana by expediting the permitting program, effectively reducing regulatory delays.[35]
Second, the Louisiana Legislature passed House Resolution 212 (HR 212), which directs the Louisiana Department of Energy and Natural Resources (LDENR) to consider whether advanced nuclear energy use is a potential path forward for Louisiana.[36] HR 212 notes recent advancements in nuclear technology, as well as the fact that other states have updated their own nuclear programs.[37] HR 212 also states factors that LDENR should consider in its evaluation, including industrial uses, environmental impacts, safety criteria, local and state tax impacts, and job creation.[38] Overall, this law focuses less on the regulatory system and more on the feasibility of advanced nuclear energy use in Louisiana, which reflects the uncertainty surrounding SMR’s economic and technological viability.[39]
Finally, Louisiana House Bill 692 (HB 692) prioritizes the security of clean, reliable, and affordable energy.[40]HB 692 defines terms relating to clean energy and notably designates “energy generated by nuclear reactors” and “energy generated using natural gas” as green energy.[41] The bill also sets requirements for energy sources, mandating that they must be affordable, dispatchable, and reliable.[42] All sources other than advanced nuclear generation must deliver cost savings to customers, relative to certain other energy sources.[43] Interestingly, HB 692 encourages use of domestically produced fuel sources, but provides an exception for nuclear resources and generation.[44]
In conclusion, these three bills illustrate several points about the current situation regarding nuclear energy production and use in Louisiana. Clearly, these laws demonstrate Louisiana’s intent to be a leader in the development of SMRs in the United States. In contrast, these laws also show the uncertainty regarding this technology and its economic feasibility. The subsequent section will analyze the implications of these laws and compare them to different regulatory systems, both in different jurisdictions and different industries, to better understand the path forward for Louisiana’s nuclear industry.
III. Comparison to Other Regulatory Regimes and Concerns for SMRs
Louisiana can look at regulatory systems in other jurisdictions and industries to navigate the complexities of advanced nuclear technology. Issues include federal versus state control and other various challenges that come with regulating new and expensive technology. In addition, the success of advanced nuclear power generation may depend on the availability of subsidies and benefits, as is common with other energy sources.[45] For example, subsidies or tax credits are often available for carbon capture and sequestration (CCS) projects, as well as for renewable energy, solar, and wind projects.[46]
The push for state influence over nuclear regulation mimics other regulatory systems, such as CCS regulation. Several states, including Louisiana, have primacy over permit applications to build Class VI carbon capture injection wells.[47] The grant of primacy gives LDENR—rather than the Federal Environmental Protection Agency (EPA)—control over CCS permitting and other regulation.[48] Although Louisiana now has primary enforcement authority for Class VI wells, the Safe Water Drinking Act’s underground injection control program requires that Louisiana’s Class VI well requirements match or exceed the EPA’s requirements.[49] This stipulation allows Louisiana’s CCS regulations to avoid preemption by federal law.
Preemption is a concern when any regulated industry shifts control from the federal government to states. The United States Constitution provides that federal laws “shall be the supreme Law of the Land” and take precedence over state laws.[50] The issue of preemption helps explain why CCS regulations in Louisiana must meet the minimum requirements set by the EPA, and a similar system is likely if the NRC cedes federal control over SMR licensing. Therefore, states will need to meet or exceed federal requirements, but states can still reduce regulatory delays by making permit decisions quicker than the NRC.[51] Furthermore, expediting the permit process aligns with current federal policy, as President Trump issued four executive orders in May 2025 designed to promote modernized nuclear energy by reducing licensing delays and increasing research.[52]
Moreover, Louisiana can look to other states and countries as examples of jurisdictions pushing advanced nuclear energy. To illustrate, in 2021, 53.5% of Illinois’s electricity generation came from nuclear power, and 53.8% of South Carolina’s electricity generation came from nuclear power.[53] This energy production, however, comes from traditional nuclear reactors, as no SMRs are currently operational in the United States.[54] To accelerate advanced nuclear generation in the United States, ten states formed the Advanced Nuclear First Mover Initiative.[55] This initiative seeks to reduce costs and licensing delays for advanced nuclear power.[56] Indiana, a member of the initiative, introduced several bills in 2025 seeking to balance utility and ratepayer costs and address siting concerns.[57] On the international level, China and Russia each have one SMR in operation.[58]
Additionally, Louisiana has substantial opportunities to not only improve its own grid reliability and expand its electric power generation capabilities, but also to have local corporations secure lucrative commercial contracts for nuclear power.[59] For example, Google partnered with Kairos Power, an advanced reactor developer with a novel design, to purchase Kairos Power’s nuclear energy from SMRs currently under construction in Tennessee.[60] These opportunities demonstrate the potential to grow Louisiana’s economy by providing power to large corporations and creating jobs.[61] Louisiana ranks 50th in state economic growth rates over the past five years.[62] The Louisiana Legislature recognizes the potential for job creation in HR 212, which directs LDENR to consider job creation as one of the relevant factors for examining the feasibility of developing advanced nuclear power generation in Louisiana.[63]
If Louisiana expands its nuclear energy generation capabilities via SMR development, companies can bring additional jobs to the state, while also increasing revenue through an agreement like that of Kairos Power and Google. Louisiana can use its new nuclear power generation to simultaneously provide support to the Louisiana electric grid and boost the Louisiana economy. Notably, this approach also avoids eliminating jobs in other sectors of the Louisiana energy industry.
Although SMRs have huge potential to support the grid and help the Louisiana economy flourish, questions persist regarding the state of SMR technology and the economic viability of SMRs.[64] SMRs have extremely high costs, as does traditional nuclear energy.[65] The significant regulatory hurdles and delays in licensing also exemplify the concerns about the safety and feasibility of the technology itself.[66] Louisiana’s HR 212 also highlights these concerns, as it directs LDENR to examine the feasibility of advanced nuclear power generation in Louisiana.[67]
The federal government and Louisiana have several options to reduce the high cost of SMRs. Some of these options are evident in the design of the SMRs themselves. For example, some commentators believe SMRs are cheaper than traditional nuclear reactors due to their small size.[68] Although SMRs are very expensive to build, financing and shorter construction times help make them cost‑competitive with traditional nuclear energy.[69] SMR construction is often faster than traditional nuclear plant construction, so investors would begin recovering initial capital costs earlier.[70]Additionally, SMRs are smaller than traditional reactors and thus require significantly less upfront capital cost.[71] The combination of these factors may allow companies to more easily secure funding for SMRs.[72]
Aside from the cost benefits of SMRs, Louisiana and the federal government can offer other financial incentives, such as tax credits or subsidies for companies producing nuclear energy via SMRs. In fact, the federal government has a history of providing financial incentives on energy projects.[73] The federal government provides various tax credits for CCS, residential clean energy, and industrial‑level renewable electricity production.[74] Similar credits for advanced nuclear power generation would encourage companies, investors, and states to invest in these projects because the tax credits would cover a portion of the costs. Likewise, the Louisiana Legislature’s decision in HB 692 to classify nuclear energy as “green energy” might allow nuclear energy to qualify for additional tax credits or subsidies, further reducing costs.[75] These methods for cost reduction could help make SMRs a reality in the United States.
Conclusion
In conclusion, the regulation of SMRs has significant hurdles, as evidenced by the total lack of SMRs in operation in the United States.[76] Despite these challenges, Louisiana could benefit both economically and socially if the state becomes a leader in SMR development. Louisiana can become a leader in this industry by expediting the licensing period or shifting control to the state, as the Louisiana Legislature and state lawsuits are attempting to do.[77] Furthermore, traditional nuclear reactors shut down increasingly often.[78] New traditional reactors are not sufficiently replacing the electricity generation of the retiring reactors, although both of Louisiana’s existing reactors extended their licenses by 20 years.[79] Nonetheless, after a two decade plateau, United States electricity consumption started rising again, highlighting the need for additional generation capabilities.[80] Louisiana could benefit from working to overcome the challenges presented by SMR regulation, as the Louisiana Legislature already started to do during the 2025 legislative session.[81]
[1] See State Electricity Generation Fuel Shares, NEI, https://www.nei.org/resources/statistics/state-electricity-generation-fuel-shares [https://perma.cc/CDQ8-T9SH] (updated Aug. 2022).
[2] Id. The other shares of Louisiana electricity generation are 64.8% natural gas, 8.0% coal, 4.2% biomass/other, 4.0% petroleum, 1.2% hydro, and 0.2% solar.
[3] River Bend Station, entergy, https://www.entergy.com/nuclear/river-bend [https://perma.cc/NTX3-BKN2] (last visited Oct. 6, 2025); Waterford 3 Steam Electric Station, entergy, https://www.entergy.com/nuclear/waterford-3 [https://perma.cc/E49X-W3SX] (last visited Oct. 6, 2025).
[4] Phillip Rossetti, Low-Energy Fridays: Why Aren’t We Using More Nuclear Energy?, RStreet (Oct. 23, 2023),https://www.rstreet.org/commentary/low-energy-fridays-why-arent-we-using-more-nuclear-energy/. [https://perma.cc/32VC-RRJR]; see World Nuclear Power Reactors 1951-2025, World Nuclear Indus. Status Rep. (May 19, 2025), https://www.worldnuclearreport.org/reactors.html#tab=iso [https://perma.cc/5WU2-PBP8].
[5] Rossetti, supra note 4. For example, the Three Mile Island crisis in the late 1970s, during which a nuclear reactor core partially melted, led to the evacuation of nearly 150,000 people. After the incident, the Nuclear Regulatory Commission began requiring additional safety inspectors and more stringent licensing requirements. J. Samuel Walker & Thomas R. Wellock, A Short History of Nuclear Regul. 1946–2009, 53–57 (2010).
[6] Rossetti, supra note 4.
[7] See generally Robin Gaster, Small Modular Reactors: A Realist Approach to the Future of Nuclear Power, Info. Tech. & Innovation Found. (Apr. 2025), https://www2.itif.org/2025-small-modular-reactors.pdf [https://perma.cc/LF35-AWFE] (indicating small modular reactors could be the future of nuclear power generation).
[8] Id. SMRs are a form of advanced nuclear reactor that produce up to roughly one-third of a traditional reactor. Joanne Liou, What are Small Modular Reactors (SMRs)?, Int’l Atomic Energy Ass’n (Sep. 13, 2023), https://www.iaea.org/newscenter/news/what-are-small-modular-reactors-smrs [https://perma.cc/WM6C-X2J2].
[9] Liou, supra note 8.
[10] Id. SMRs can also make the grid more reliable by reducing reliance on individual units or reactors since multiple SMRs can support rural areas, reducing the need for extensive transmission infrastructure.
[11] There are now 127 different SMR designs, finds NEA report, World Nuclear News (July 23, 2025), https://www.world-nuclear-news.org/articles/there-are-now-127-different-smr-designs-finds-nea-report [https://perma.cc/TA7T-E2PC].
[12] Liou, supra note 8.
[13] See, e.g., Francisco “A.J.” Camacho, NRC lawsuit could hand states power over advanced reactors, EnergyWire (July 23, 2025, 6:30 AM), https://www.eenews.net/articles/nrc-lawsuit-could-hand-states-power-over-advanced-reactors/ [https://perma.cc/J9RB-3XZ2] (explaining suit seeking greater state control of regulation of advanced reactors due to federal delays). Notably, this case is currently stayed, as the parties sought to seek alternative solutions following President Trump’s nuclear-related executive orders.
[14] Id.
[15] Id.
[16] Benn Vincent et al., Energy & Environmental Highlights of the 2025 Louisiana Legislative Session, Kean Miller (July 30, 2025), https://www.louisianalawblog.com/energy/energy-environmental-highlights-of-the-2025-louisiana-legislative-session/ [https://perma.cc/CK7T-GBFK].
[17] History, U.S. Nuclear Regul. Comm’n, https://www.nrc.gov/about-nrc/history.html [https://perma.cc/3CAR-PDP4] (last updated Feb. 20, 2025).
[18] Id.
[19] Id.
[20] Id.
[21] Id.
[22] Id.
[23] See, e.g., Agreement State Program, U.S. Nuclear Regul. Comm’n, https://www.nrc.gov/about-nrc/state-tribal/agreement-states.html [https://perma.cc/3Z2X-GK3P] (last updated Mar. 7, 2024).
[24] Atomic Energy Act of 1954, 42 U.S.C. § 2021 (2024); Agreement State Program, supra note 23. Most of this authority is the regulation of nuclear byproducts and source materials.
[25] Agreement State Program, supra note 23.
[26] Agreement States, U.S. Nuclear Regul. Comm’n, https://www.nrc.gov/agreement-states.html [https://perma.cc/2AYF-JFHU] (last updated Sep. 12, 2025).
[27] See, e.g., H.R. 212, 2025 Leg., Reg. Sess. (La. 2025); H.B. 692, 2025 Leg., Reg. Sess. (La. 2025), Act No. 462; S. 127, 2025 Leg., Reg. Sess. (La. 2025), Act No. 111; Texas v. U.S. Nuclear Regul. Comm’n, No. 24-CV-00507 (filed Dec. 30, 2024).
[28] See generally Vincent, supra note 16 (detailing relevant nuclear laws from the 2025 legislative session).
[29] Camacho, supra note 13.
[30] Id.
[31] S. 127, 2025 Leg., Reg. Sess. (La. 2025), Act No. 111.
[32] See id.
[33] See id. § 2014.5(B).
[34] See id. § 2014.5(B)(1)(b).
[35] See generally id. § 2014.5(B)(1)(b).
[36] H.R. 212, 2025 Leg., Reg. Sess. (La. 2025).
[37] Id.
[38] Id.
[39] See generally id. (noting issues to examine regarding feasibility of nuclear energy in Louisiana).
[40] H.B. 692, 2025 Leg., Reg. Sess. (La. 2025), Act No. 462.
[41] Id. § 1502(D). This law defines “green energy” as “any energy generated by utilizing those energy sources listed in 42 U.S.C. 15852(b) or hydrocarbons which, when combusted for the purpose of electricity generation meet the National Ambient Air Quality Standards set by the United States Environmental Protection Agency under the authority of the Clean Air Act.” Vincent, supra note 16.
[42] La. H.B. 692 § 1502(B).
[43] Id. § 1502(B)(3).
[44] Id. § 1502(B)(1)–(3).
[45] See, e.g., Credit for Carbon Oxide Sequestration, IRS, https://www.irs.gov/credits-deductions/credit-for-carbon-oxide-sequestration [https://perma.cc/2X7Y-LSUB] (last updated May 29, 2025); Residential Clean Energy Credit, IRS, https://www.irs.gov/credits-deductions/residential-clean-energy-credit [https://perma.cc/BM7P-3DRK] (last updated July 3, 2025); Renewable Electricity Production Tax Credit Information, U.S. Env’t Prot. Agency, https://www.epa.gov/lmop/renewable-electricity-production-tax-credit-information [https://perma.cc/XBB7-KJ75] (last updated Dec. 10, 2024).
[46] See, e.g., Credit for Carbon Oxide Sequestration, supra note 45; Residential Clean Energy Credit, supra note 45; Renewable Electricity Production Tax Credit Information, supra note 45.
[47] The State of Louisiana Is Granted Primacy Over Class VI Wells, Gibson Dunn (Jan. 8, 2024), https://www.gibsondunn.com/the-state-of-louisiana-is-granted-primacy-over-class-vi-wells/ [https://perma.cc/RDV7-CYBT].
[48] Id.
[49] Id.
[50] U.S. Const. art. VI, cl. 1.
[51] It is worth noting here that President Trump’s executive orders regarding nuclear energy also seeks to reduce regulatory delays on the federal level. See Michael Goff, 9 Key Takeaways from President Trump’s Executive Orders on Nuclear Energy, U.S. Dep’t of Energy (June 10, 2025), https://www.energy.gov/ne/articles/9-key-takeaways-president-trumps-executive-orders-nuclear-energy [https://perma.cc/XPX3-5PS8].
[52] Id.
[53] State Electricity Generation Fuel Shares, supra note 1.
[54] Small modular reactors, Int’l Atomic Energy Ass’n, https://www.iaea.org/topics/small-modular-reactors [https://perma.cc/JKE7-XBWD] (last visited Sep. 9, 2025); Small Modular Reactor (SMR) Global Tracker, World Nuclear Ass’n, https://world-nuclear.org/information-library/current-and-future-generation/small-modular-reactor-smr-global-tracker [https://perma.cc/LS96-QKJG] (last updated July 29, 2025).
[55] John Siciliano, US states start project to cut costs, speed permitting for advanced nuclear units, S&P Global (Feb. 6, 2025), https://www.spglobal.com/commodity-insights/en/news-research/latest-news/electric-power/020625-us-states-start-project-to-cut-costs-speed-permitting-for-advanced-nuclear-units [https://perma.cc/7NZN-DJ5R].
[56] Id.
[57] Id. Regarding the siting concerns, one Indiana county passed a moratorium on all forms of energy generation.
[58] See Small Modular Reactor (SMR) Global Tracker, supra note 54.
[59] See, e.g., Michael Terrell, New nuclear clean energy agreement with Kairos Power, Google (Oct. 14, 2025), https://blog.google/outreach-initiatives/sustainability/google-kairos-power-nuclear-energy-agreement/ [https://perma.cc/25F4-LW3G].
[60] Id. Google plans to purchase this energy to support AI technologies. See also Kairos Power, https://kairospower.com [https://perma.cc/6VVA-RMQR] (2025).
[61] See generally Terrell, supra note 59.
[62] See generally Louisiana – State Economic Profile, IBISWorld, https://www.ibisworld.com/united-states/economic-profiles/louisiana/ [https://perma.cc/83D9-XYKH] (last visited Sep. 8, 2025) (providing an analysis of the Louisiana economy).
[63] H.R. 212, 2025 Leg., Reg. Sess. (La. 2025).
[64] See generally Camacho, supra note 13 (explaining suit seeking state regulation of advanced reactors).
[65] See David Dalton, Generation IV / Economic Modelling Compares Costs Of SMR To Conventional PWR, NUCNET (Oct. 15, 2020), https://www.nucnet.org/news/economic-modelling-compares-costs-of-smr-to-conventional-pwr-10-4-2020 [https://perma.cc/85BQ-58BM].
[66] See generally Siciliano, supra note 55 (explaining concerns and state attempts to reduce hurdles).
[67] La. H.R. 212.
[68] See Dalton, supra note 65.
[69] Ján Mykhalchyk Hradický, Faster, Cheaper, Smarter? The Promise and Pitfalls of Small Modular Reactors, GlobSec (Feb. 6, 2025), https://www.globsec.org/what-we-do/commentaries/faster-cheaper-smarter-promise-and-pitfalls-small-modular-reactors [https://perma.cc/FT7Y-RUEP].
[70] Id.
[71] Id. Also, significantly more interest accumulates on traditional nuclear projects because of higher initial costs and longer construction times.
[72] See generally id. (explaining the challenges of securing funding for advanced nuclear projects).
[73] See, e.g., Credit for Carbon Oxide Sequestration, supra note 45; Residential Clean Energy Credit, supra note 45; Renewable Electricity Production Tax Credit Information, supra note 45.
[74] See, e.g., Credit for Carbon Oxide Sequestration, supra note 45; Residential Clean Energy Credit, supra note 45; Renewable Electricity Production Tax Credit Information, supra note 45.
[75] See generally H.B. 692 § 1502(B), 2025 Leg., Reg. Sess. (La. 2025), Act No. 462 (stating Louisiana’s decision to classify nuclear energy as green energy).
[76] See Small modular reactors, supra note 54; Small Modular Reactor (SMR) Global Tracker, supra note 54; see also Hradický, supra note 69.
[77] See, e.g., S. 127, 2025 Leg., Reg. Sess. (La. 2025), Act No. 111; Camacho, supra note 13.
[78] U.S. nuclear electricity generation continues to decline as more reactors retire, eia: U.S. Energy Info. Admin (Apr. 8, 2022), https://www.eia.gov/todayinenergy/detail.php?id=51978 [https://perma.cc/75HB-LE54].
[79] The licenses now expire in 2044 and 2045. See id.; River Bend Station, supra note 3; Waterford 3 Steam Electric Station, supra note 3. Despite these extensions, Louisiana must continue to plan for future electricity generation needs.
[80] Mark Shipper & Tyler Hodge, After more than a decade of little change, U.S. electricity consumption is rising again, eia: U.S. Energy Info. Admin (May 13, 2025), https://www.eia.gov/todayinenergy/detail.php?id=65264 [https://perma.cc/SWG8-JGHW].
[81] See generally La. H.B. 692, 2025 Leg., Reg. Sess. (La. 2025), Act No. 462; H.R. 212, 2025 Leg., Reg. Sess. (La. 2025); La. S. 127 (explaining Louisiana’s attempts to address challenges of SMR generation).

