Spent nuclear fuel
70,000 MT across cooling-pool and surface-storage systems.
$75BThe NuclearSAFE Platform™
Engineering the permanent future of nuclear waste.
NuclearSAFE is a technology platform company creating integrated, patent-protected systems for the safe, efficient and environmentally responsible back end of the nuclear fuel cycle.
3Complementary primary systems
40+Proprietary IP innovations
370+Years of stated core-team experience
Places of operationOklahomaTennesseeTexasCanadaUK
The scale of the unresolved back end
Massive inventories. Massive costs. Decades still ahead.
The U.S. nuclear-waste challenge spans spent nuclear fuel, Hanford tank waste, uranium hexafluoride inventories and Savannah River liquid waste. NuclearSAFE planning estimates place the combined opportunity represented by these selected problem areas at approximately $700 billion.
Hanford, Washington
56,000,000 gallons in tank-waste and vitrification programs.
$493BPaducah, Kentucky
357,133 MT of UF₆ represented in surface cylinder inventories.
$23BSavannah River, S.C.
42,000,000 gallons represented in liquid-waste cleanup operations.
$101BThe common denominator is not a lack of spending.It is the need for technologies that move difficult waste streams from prolonged management toward engineered disposal pathways.
Figures reproduce NuclearSAFE planning estimates shown in the supplied source presentation and should be independently validated before external publication.
One platform. Three systems.
A triple-threat technology architecture.
SuperLAT®, CinGOT™ and SuperSILO® form an integrated platform built to address spent nuclear fuel, high-level waste and other difficult radioactive waste forms.
SuperLAT®
Deep horizontal repository systems
Proven horizontal drilling capability adapted for deep, retrievable and scalable nuclear waste disposal.
Explore SuperLAT →
CinGOT™
The final engineered waste form
A copper-dominant encapsulation system intended to improve durability, manufacturability and disposal readiness.
Explore CinGOT →
SuperSILO®
Deep geologic silo systems
Engineered deep disposal volumes for stabilized liquid, granular and other difficult waste streams.
Explore SuperSILO →Technology leadership
Not another repository developer.
NuclearSAFE develops the technologies, systems, IP and engineering architecture that can enable future disposal programs. The company is positioned as a platform innovator—not a conventional mine builder, storage contractor or long-term caretaker.
Platform-level integration
Waste form, repository, deployment, retrieval, monitoring and closure technologies developed as one ecosystem.
Industrial technology transfer
Adapting mature drilling, automation, metallurgy and manufacturing capabilities to nuclear waste challenges.
Patent-backed differentiation
A broad, non-duplicative IP base that demonstrates sustained engineering innovation.
The NuclearSAFE Platform™—SuperLAT®, CinGOT™ and SuperSILO®.
A different operating model
Others need a town on the surface and a village underground.
NuclearSAFE advances surface-operated, automated systems intended to reduce underground labor, surface disruption, construction duration and long-term operating burden.
~30Surface personnel concept
ZeroUnderground workforce concept
MonthsDeployment objective, not decades
MinimalPermanent surface footprint
Industrial horizontal drilling provides the operating foundation that SuperLAT adapts for a new nuclear mission.
Industrial maturity at scale
This technology works.
In the last 10 years, SuperLAT-type horizontal drilling systems used across oil and gas operations have drilled more than 250,000 horizontal wells and an estimated 4.5 billion feet of wellbore. This is a powerful industrial-maturity benchmark.
250,000+Horizontal wells
4.5B ftEstimated wellbore drilled
10 yearsIndustrial operating record
SuperLAT does not ask the nuclear industry to invent deep horizontal drilling. It adapts a mature industrial capability to the specific requirements of nuclear-waste disposal.
Choose the proof you need
Different questions. Direct evidence.
NuclearSAFE now separates the investor, government, regulatory, intellectual-property and industrial-technology cases so each audience can go directly to the evidence most relevant to its decision.
EngineeringTechnology Proof
Oilfield-scale evidence behind SuperLAT wellbore operations, redundancy and contingency capability.
LicensingRegulatory ReadinessHow the NuclearSAFE platform maps to the performance functions of geologic disposal.
GovernmentU.S. DOEDefined problems, testable solutions and procurement-friendly demonstration pathways.
CapitalInvestor OverviewThe problem, platform, business model, moat and path from demonstration to revenue.
IPPatents & IPPublic nuclear-technology patent families spanning disposal, capsules, retrieval, closure and specialized waste.
Beyond the primary platform
The technologies around the technologies.
NuclearSAFE's secondary portfolio addresses waste conditioning, alternative geologies, transport, retrieval, automated operations, site intelligence, closure and specialized radioactive materials.
The origin of an industry
Deep horizontal disposal began with Dr. Henry Crichlow.
U.S. Patent 5,850,614 established the foundational concept of disposing high-level radioactive waste in deep horizontal wellbores.
That invention helped launch a new industry. NuclearSAFE now extends the original insight into an integrated platform spanning advanced capsules, repository construction, automation, retrieval, geologic systems and permanent closure.
Meet the company