NECX 2026 Opens in Dallas with Focus on Nuclear Sector Growth

The Nuclear Energy Conference & Expo (NECX 2026) commenced in Dallas, Texas, with an opening plenary session featuring senior representatives from government agencies, regulatory bodies, and nuclear industry operators. The gathering addressed the expanding landscape of opportunities now available to participants across the nuclear energy sector.

NECX serves as the premier annual forum for the nuclear industry, jointly hosted by the American Nuclear Society and the Nuclear Energy Institute. The conference structure brings together stakeholders to identify and capitalize on emerging business prospects within the sector.

The opening session emphasized the current momentum in nuclear energy development, with participants examining how regulatory frameworks, government policy, and industry initiatives are creating pathways for growth. Supply chain professionals attending the conference are positioned to assess new vendor relationships, procurement strategies, and partnership opportunities as the sector expands.

The Dallas venue hosted discussions on how organizations can position themselves to benefit from increased nuclear capacity development and modernization efforts. The conference format combines plenary sessions with technical tracks and exhibition space, enabling attendees to engage with peers and explore solutions relevant to their operational needs.

For supply chain professionals, NECX 2026 represents a key opportunity to understand market trends, connect with established and emerging suppliers, and evaluate how their organizations can participate in the sector's growth trajectory. The conference agenda reflects the industry's focus on translating policy momentum into tangible project development and procurement activity.

  • NECX 2026 held its opening plenary in Dallas with government, regulatory, and industry leadership
  • The conference is cohosted by the American Nuclear Society and the Nuclear Energy Institute
  • Sessions addressed unprecedented opportunities emerging in the nuclear energy sector
  • The event provides supply chain professionals with networking and market intelligence opportunities

Blykalla advances SMR deployment with second Swedish plant application

Blykalla has submitted a second application for a small modular reactor project in Sweden, following an earlier proposal filed in May for a six-unit installation in Norrsundet within the Gävle municipality in east central Sweden. The company, which develops the SEALER (Swedish Advanced Lead Reactor) technology, targets locations where advanced nuclear power can serve industrial and regional needs beyond traditional large-reactor sites.

Blykalla's strategy emphasizes geographic flexibility. According to CEO Jacob Stedman, the company seeks "locations across Sweden where advanced nuclear power will deliver the greatest value," noting that lead-cooled reactors enable deployment "closer to industry, in new municipalities and inland locations where traditional nuclear power has historically not been possible."

Technology and timeline

Blykalla originated as a spin-off from KTH Royal Institute of Technology in Stockholm, where lead-cooled reactor research has proceeded since 1996. The company was established in 2013 and is developing the SEALER-55 unit, rated at 140 MWt and 55 MWe. The company targets commercial operation of its first reactor in the early 2030s.

Swedish state-aid framework

Sweden's parliament approved state financing mechanisms for new nuclear investment in May of the prior year. The framework provides loans to reduce financing costs for qualifying projects, capped at approximately 5,000 MWe of total capacity across supported reactors. Eligibility requires co-location of reactors with combined output of at least 300 MWe.

Financial support takes the form of two-way Contracts for Difference, available once a reactor achieves operational status and receives a license for full-capacity electricity production. The state-aid act entered force on 1 August, opening applications to interested developers. Multiple companies have since applied, including Blykalla, positioning the framework as a significant mechanism for SMR and large-reactor deployment in the Nordic region.

US Maritime Administration and Core Power Chart Course for Nuclear-Powered Commercial Shipping

The United States Department of Transportation's Maritime Administration and Core Power announced a non-exclusive Memorandum of Cooperation to advance nuclear frameworks for maritime applications. The agreement, signed in Washington DC, aligns with the US Maritime Action Plan and Executive Order 14269 on restoring American maritime dominance, positioning nuclear propulsion as a strategic capability for commercial shipping.

Nuclear propulsion fundamentally alters operational economics for commercial vessels. A reactor sustains high power output for years between refuelling cycles, reducing dependence on conventional marine fuel supply chains and eliminating propulsion-related emissions. The commercial challenge lies in developing an integrated system that meets safety, security, licensing, insurance, and financing requirements at fleet scale.

  • Core Power targets first construction starts from 2028
  • The framework addresses regulatory acceptance, port operations, workforce credentialling, fuel services, lifecycle support, insurance, finance, and industrial capacity
  • Conventional hulls and marine systems will be constructed at commercial shipyards, with allied shipbuilding capacity accelerating hull production
  • A dedicated US nuclear-grade integration and lifecycle shipyard will handle nuclear installation, fuelling, testing, commissioning, refuelling, and through-life support

Supply Chain and Industrial Strategy

The agreement establishes a forum for government, industry, and stakeholders to resolve uncertainties across regulatory, operational, and financial domains. Reducing these barriers aims to unlock private capital investment in ships, yards, and supporting infrastructure.

Core Power plans to leverage allied shipbuilding capacity for conventional construction while building specialist nuclear integration capability domestically. This approach seeks to strengthen the broader maritime industrial base while maintaining US control over nuclear-specific operations and lifecycle management.

The framework reflects concerns about global competition in maritime nuclear development. China is advancing toward nuclear-powered commercial shipping, prompting US policymakers to prioritize domestic capability and leadership in this emerging sector.

  • The memorandum creates an actionable commercial pathway linking policy to private-sector execution
  • Government coordination and private capital investment are positioned as complementary rather than substitutive
  • The initiative supports workforce development and credentialling for nuclear maritime operations

Broader Context

The announcement precedes the International Atomic Energy Agency's launch of the Atomic Technologies Licensed for Applications at Sea initiative, which supports maritime industry exploration of small modular reactors for civilian shipping and offshore energy applications. The IAEA ministerial launch event is being hosted by the United States in Washington DC.

  • The US Maritime Action Plan employs a three-pillar strategy to rebuild industrial capacity identified as central to economic and national security
  • Seven decades of US nuclear-at-sea experience and allied partnerships position the country to lead next-generation maritime nuclear development
  • Commercial viability and system-level integration are prerequisites for fleet-scale deployment