North America Nuclear Power Plant Equipment Market Size and Share - Growth Analysis Report and Forecast Trends 2026-2030

The market covers equipment procurement for pressurized water, boiling water, and pressurized heavy water reactors, alongside turbine generators, condensers, pumps, valves, containment structures, control systems, and spent-fuel handling hardware. North America represents the largest single regional segment, anchored by the United States' approximately 90-plus commercial reactors and a modest but growing Canadian fleet. Market expansion is fueled not only by new construction but significantly by equipment and service demand tied to license-renewal and power-uprate programs at existing plants.

• •Regional market valued at roughly $20.1 billion in 2026, up from approximately $19.4 billion the prior year, with a long-term CAGR near 3-3.5%
• •U.S. nuclear power sector alone valued at over $13 billion in 2024, projected to surpass $19.6 billion by 2032
• •Equipment demand spans new-build, replacement, upgrade, and decommissioning activities across the full plant lifecycle

Policy tailwinds including carbon-reduction targets, the U.S. Inflation Reduction Act production tax credits for clean energy, and renewed federal interest in domestic nuclear manufacturing are expanding the investment case for both gigawatt-scale reactors and smaller modular designs. Rapidly growing electricity demand from electric-vehicle adoption, industrial reshoring, and hyperscale data-center clusters has sharpened attention on nuclear as a firm, low-carbon baseload resource. Utilities are also extending the operational lives of existing reactors through equipment upgrades and steam-generator replacements, sustaining a steady aftermarket stream.

• •Federal clean-energy incentives and nuclear tax credits are lowering the cost of capital for new builds and upgrades
• •Electricity demand growth from data centers, EV charging, and electrification is reinforcing nuclear's role in grid reliability
• •License-renewal programs and power-uprate projects generate sustained demand for replacement components and digital control-system retrofits

By reactor type, pressurized water reactors constitute the dominant equipment segment, followed by boiling water reactors and a smaller share for heavy-water designs. Equipment is further segmented by product category: reactor pressure vessels and internals, turbine generator sets, reactor coolant pumps, steam generators, instrumentation and control systems, and balance-of-plant components. Geographically, the United States accounts for the overwhelming majority of North American market value, with Canada contributing through its CANDU heavy-water fleet and emerging SMR interest.

• •Pressurized water reactors drive the largest share of equipment revenue due to their prevalence in the U.S. and planned European-designed builds
• •Small modular reactor equipment represents a fast-growing sub-segment as multiple SMR designs advance through regulatory review
• •Decommissioning and waste-management equipment is an emerging niche as aging plants reach end-of-life

Who are the notable companies in the industry?

The competitive structure of the market is moderately consolidated at the large-component level, where reactor pressure vessels, large forgings, and turbine generators demand immense forging and machining capacity concentrated among a small number of vertically integrated producers with decades of nuclear-grade certification. Westinghouse Electric Company LLC leads in reactor systems and primary vessel supply, while GE-Hitachi Nuclear Energy and Mitsubishi Heavy Industries Ltd. compete aggressively on advanced reactor designs and turbine-generator technology. Doosan Corporation and Babcock & Wilcox Company leverage deep forging and specialty-component expertise, whereas Dongfang Electric Corp. Limited and JSC Atomstroyexport bring cost-competitive, state-backed manufacturing scale. At the specialty-component tier, pumps, valves, instrumentation, and digital control systems, the field is more fragmented, with numerous engineering-driven firms supplying modular subsystems. Across the supply chain, feedstock and technology routes center on nuclear-grade steel forging and casting for primary-circuit components, precision machining and welding for secondary systems, and proprietary digital-I&C platforms for next-generation reactors.

• •Primary circuit equipment (vessels, steam generators, large forgings) exhibits high barriers to entry due to capital intensity and strict regulatory qualification
• •Specialty suppliers serving secondary systems, instrumentation, and SMR subsystems operate in a more competitive, less consolidated environment
• •Major manufacturing and forging capacity is concentrated in North America, Europe, and East Asia, with regional supply-chain resilience increasingly prioritized by governments

What are the recent trends and outlook?

Advanced reactor technology, particularly light-water SMRs and non-light-water designs such as high-temperature gas reactors and molten salt configurations, is reshaping near-term equipment demand as first-of-a-kind units approach construction phase. Digitalization, including digital twin modeling, predictive maintenance sensors, and cybersecurity-hardened I&C systems, is becoming standard on both new and operating plants. Over the forecast horizon to the early 2030s, the combination of policy support, rising power demand, and reactor-life-extension cycles positions the market for steady, above-trend growth with potential upside if SMR deployment accelerates faster than projected.

• •Digital control-system upgrades and cybersecurity compliance are creating sustained replacement demand across operating fleets
• •SMR and advanced-reactor first-of-a-kind projects could unlock accelerated equipment demand in the 2028-2035 window
• •Supply-chain localization policies in the U.S. and Canada are expected to boost domestic manufacturing share for critical nuclear components