HB 2090
In CommitteeHouse
Advanced nuclear energy
Integrating advanced nuclear energy into the state energy strategy.
This status may be delayed. See Action History below for the latest updates.
How does a bill become law?
- Introduced: The bill is filed and assigned a number.
- Committee: A subject-matter committee holds hearings, takes public testimony, and decides whether to advance the bill.
- Floor Vote: The full chamber (House or Senate) debates and votes on the bill.
- Opposite Chamber: The bill repeats the committee and floor vote process in the other chamber.
- Governor: The Governor reviews the bill and decides whether to sign or veto it.
- Signed: The bill has been signed into law.
AI Analysis
This bill directs the Department of Commerce to develop a nuclear power strategic framework to evaluate how advanced nuclear energy — especially small modular reactors — can help Washington meet its ambitious clean energy and reliability goals. It does not mandate building nuclear plants, but sets the stage for future analysis and policy development to support nuclear as part of the state’s clean energy mix.
- Directs the Department of Commerce to develop a nuclear power strategic framework by December 15, 2026, to assess how advanced nuclear energy can support Washington’s clean energy goals.
- Requires the framework to include state objectives for new fission nuclear power, key actions for government and industry stakeholders, and steps for siting, permitting, financing, and workforce development.
- Mandates consideration of policy options such as expediting siting/permitting for nuclear projects at previously evaluated sites (e.g., Hanford site) or former coal/gas plants, and mechanisms to reduce financial risks for developers.
- Requires public input and consultation with the energy strategy advisory committee, and mandates integration of the framework into the next update of the state energy strategy.
- Authorizes the Department of Commerce to seek nonstate funding (grants, gifts, etc.) to carry out this work — the requirement to develop the framework only takes effect if sufficient external funding is received.
Who is affected
- State utilities and electric utilities — May be required to incorporate nuclear power into long-term energy planning and could benefit from new infrastructure, jobs, and regulatory clarity if nuclear projects move forward.
- Other states in the Pacific Northwest — Could gain access to new clean energy projects, workforce opportunities, and potential cost savings from coordinated regional nuclear development.
- Workforce and job seekers — May see new job opportunities, especially in the Tri-Cities region, and increased demand for training in nuclear-related fields.
- Tribal nations and federal agencies (e.g., U.S. Department of Energy) — May be involved in permitting, siting, and consultation processes, especially for projects on or near tribal lands or federal sites like Hanford.
Pro/Con Analysis
Stronger case for benefits
Potential Benefits (5)
By identifying nuclear as a high-capacity-factor, dispatchable clean energy source, the framework supports grid reliability during winter peaks and low-wind periods—reducing risk of blackouts that disproportionately impact low-income and elderly households during extreme weather.
Public SafetyPeopleRef: Sec. 2(1)(a), (f)(iii)The framework explicitly assesses workforce development and economic well-being impacts, and prioritizes siting at former fossil fuel sites—potentially accelerating job transitions in coal/gas communities (e.g., Pacific Northwest) into stable, high-wage nuclear careers, especially for displaced utility workers.
Business & EmploymentPeopleRef: Sec. 2(1)(f)(ii), (f)(iii)The requirement to assess land-use trade-offs between nuclear and nonnuclear clean energy may help avoid large-scale habitat fragmentation and agricultural land loss that would accompany massive solar/wind farms—benefiting rural communities and ecosystems.
EnvironmentPeopleRef: Sec. 2(1)(e)(iv)By mandating consideration of education and workforce programs, and integrating the framework into the state energy strategy, the bill supports long-term STEM and technical training pipelines—particularly in the Tri-Cities region—potentially expanding access to high-skill, high-wage careers for Washington students.
EducationLean peopleRef: Sec. 2(1)(d), (e)(i)The framework’s focus on reducing systemwide costs and accelerating clean energy deployment may lower electricity prices over time by avoiding overbuilding variable renewables and transmission—benefiting ratepayers, especially low- and middle-income households who spend a higher share of income on energy.
Business & EmploymentPeopleRef: Sec. 2(1)(f)(i)
Potential Concerns (5)
The bill authorizes expedited siting/permitting for nuclear projects at previously evaluated sites (e.g., Hanford) or former fossil fuel plants, which could reduce regulatory scrutiny for high-risk infrastructure in populated or ecologically sensitive areas—though the bill does not waive safety standards, it may prioritize speed over thorough environmental review in sensitive zones.
Public SafetyRef: Sec. 2(1)(c)The bill proposes mechanisms to mitigate financial risks for nuclear developers (e.g., loan guarantees, tax incentives), which could reduce private investment risk—but such risk-shifting mechanisms often disproportionately benefit large, well-capitalized utilities and developers over smaller clean energy firms or community-scale projects.
Business & EmploymentRef: Sec. 2(1)(e)(iii)While the bill promotes nuclear as low-carbon, it does not require or incentivize comprehensive evaluation of nuclear’s full lifecycle environmental impacts—including uranium mining, spent fuel transport, thermal pollution, and long-term waste storage—which could pose localized environmental harms not fully accounted for in the framework.
EnvironmentRef: Sec. 2(1)(c)The bill encourages siting preference for former nuclear or fossil fuel sites (e.g., Hanford), but this may concentrate regulatory, health, and environmental monitoring burdens on specific local jurisdictions (e.g., Franklin County) without corresponding investment in community health infrastructure or emergency response capacity.
Local GovernmentRef: Sec. 2(1)(e)(ii)(A)The requirement that the framework only proceed if nonstate funding is secured shifts implementation risk to the state’s ability to attract external grants—potentially delaying or weakening the framework if federal or private funding stalls, leaving the state without a concrete plan despite legislative intent.
Local GovernmentRef: Sec. 2(5)
Who Is Most Affected
Low- and middle-income households may benefit from more reliable, affordable electricity and job opportunities in transitioning energy regions—but could face disproportionate exposure to localized environmental or emergency risks if siting decisions prioritize speed over community engagement.
Large utilities and nuclear developers stand to gain from regulatory streamlining and financial risk mitigation, but may face increased scrutiny over long-term waste liability and public opposition—especially if projects rely on Hanford or other federal lands.
Workers in coal/gas plants and related supply chains have clear pathways to retraining and new employment if nuclear projects materialize, especially in eastern Washington—but success depends on timely investment in training infrastructure.
Tribal nations may gain influence in siting decisions and workforce partnerships, but could face new burdens if nuclear infrastructure expands on or near reservations without adequate consultation or benefit-sharing agreements.
Local governments in potential siting counties (e.g., Franklin, Yakima) may gain jobs and tax revenue—but could face long-term liabilities for emergency response, environmental monitoring, and infrastructure upgrades if projects proceed.