Engineering the Future of Energy
Thor Atomic Power Corporation (“Thor Atomic”) is a thorium fueled nuclear energy company, delivering the world’s only proven thorium power-plant technology, perfected over two decades of R&D and demonstration.
Fuel Design
Thor Atomic Power Corporation has conducted studies comparing Thorium-MOX fuel with uranium- and thorium-based alternatives, confirming it as a viable option with key advantages. Standard cylindrical oxide fuel pellets are used, enabling deployment in existing light water reactors (LWRs) with minimal licensing effort.
Why Thorium-MOX?
Thorium is a fertile material that, when combined with a fissile driver like reactor-grade plutonium, converts into uranium-233 during operation, an efficient fuel in its own right. Thorium oxide offers superior material properties: higher thermal conductivity, a higher melting point, and better fission product retention than uranium oxide. The result is lower operating temperatures, less fission gas release, and higher achievable burn-up.
Unlike conventional MOX, thorium-plutonium fuel produces almost no new plutonium or minor actinides, enabling significantly greater net plutonium consumption. Post-irradiation, thorium oxide remains chemically stable, largely insoluble, and resistant to oxidation, making it an excellent waste form. Thorium fuel cycles are also recognised as highly proliferation-resistant.
Compatible with 90% of all existing reactors
436 reactors (375,000 MWe) are currently in operation worldwide. 90% are light water reactors, and most new builds are too.
Three-Step Deployment
Our Technology
Thor Atomic's platform unites decades of research with disciplined industrial execution.
With 90% of global nuclear capacity operating on Light water reactors; It enables us to bring tried & tested nuclear ecosystem, which is engineered for high thermal efficiency, delivering reliable, dispatchable clean power and process heat with markedly reduced fuel use and waste.
Light Water Reactor
Integrate thorium into proven light-water reactors for reliable indigenous power without import dependence.
High Efficiency
Advanced fuel cycle boosts thermal performance and cuts waste for a cleaner nuclear lifecycle.
Conversion-Ready
Scalable platform retrofits existing uranium infrastructure for advanced thorium systems, accelerating energy sovereignty.
Digital-First Engineering
AI and digital twins enhance safety, maximize uptime, and enable predictive maintenance from day one.
Regions We Operate
Currently we serve South and Southeast Asia in close partnership with governments, utilities, and industry across India, Sri Lanka, the Maldives, Pakistan, Bangladesh, Myanmar, Thailand, Malaysia, and Indonesia.
Standing on the Shoulders of Giants
The vision behind Thor Atomic’s work is not new. India’s three-stage nuclear power programme was planned by physicist Dr. Homi Bhabha in the 1950s to secure the country’s long-term energy independence through the use of thorium reserves. Recognising that India possessed only minuscule quantities of uranium ore but was home to the world’s largest thorium reserves, Bhabha’s three-stage plan, first publicly presented in 1954 and formally adopted by the government in 1958, was designed to secure energy independence by exploiting uranium holdings through technological pathways that would eventually unlock vast thorium reserves.
Former Indian President A.P.J. Abdul Kalam also championed this cause, with his advisor Dr. Srijan Pal Singh noting that the total energy contained in all the world’s uranium, petroleum, and coal combined is equal to the energy contained in India’s thorium alone.
Thor Atomic’s three-step roadmap realises precisely the path these Indian visionaries laid out. What was foreseen in India in 1954 is now becoming deployable reality, in today’s reactors, around the world.