Nuclear & Fusion Technologies Sustainability Due Diligence & Market Research
Published studies in this sector, each with a table of contents and sample pages available on request
Published studies in this sector, each with a table of contents and sample pages available on request
10 studies in Nuclear & Fusion Technologies
Nuclear and fusion technologies cover the next generation of fission reactors, the fuel cycle that supplies them, and the systems being built to make fusion power practical. The sector spans small modular reactors, microreactor systems and advanced reactor components, nuclear fuel cycle technologies, nuclear waste vitrification systems and radiation monitoring equipment, and fusion energy systems, tokamak and stellarator core components, tritium handling and breeding systems and inertial confinement fusion lasers.
Demand rests on the value of firm low-carbon power for grids, industry and data centers, energy security, and maturing risk-informed licensing. Hyperscaler offtake, public programs and a fast-growing pool of private fusion capital add momentum. Cost premiums, financing, specialist skills, supply chains for advanced fuels and components, and the gap between demonstration and commercial delivery set the pace.
ANMD studies in this sector size each market from 2020 to 2032 by value and by physical measures such as capacity, component sets, systems or enrichment demand, and break it down by technology, component family, project stage, application and buyer across seven regions, with country modules for the leading markets. Each study pairs the market analysis with sustainability due diligence covering lifecycle emissions, radiation safety, waste and decommissioning, security and non-proliferation, and the evidence behind performance claims.
It covers advanced fission, the fuel cycle and fusion, including small modular reactors, microreactor systems, advanced reactor components, nuclear fuel cycle technologies, nuclear waste vitrification systems, radiation monitoring equipment, fusion energy systems, tokamak and stellarator core components, tritium handling and breeding systems and inertial confinement fusion lasers. ANMD publishes a separate study for each of these markets.
Six of the ten markets studied at least double in value between 2025 and 2032. Fusion energy systems, microreactors, tritium systems and tokamak components grow fastest, while small modular reactors, the fuel cycle, radiation monitoring and waste vitrification grow at mid to high single digits as projects move through licensing and construction. Each study gives the full forecast by segment and region.
Data centers need large amounts of firm, low-carbon power around the clock. Small modular reactors and microreactors offer that on compact sites, and hyperscaler offtake agreements are becoming a driver of demand, although licensing, cost and delivery timelines still decide how fast projects proceed.
Each study includes sustainability due diligence covering lifecycle emissions, radiation and worker safety, waste management and decommissioning, security and non-proliferation, community acceptance, relevant disclosure frameworks, and a screen for overstated performance and climate claims. The table of contents and sample pages for each study show the full scope.
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