LFLEUR
Lithium Fluoride Low Enriched Uranium Reactor
Contact Us
Now accepting reservations for LFLEUR
If you are interested in reserving a Lithium Fluoride Low Enriched Uranium Reactor, contact us through this form. We are proud to be pioneering the world towards sustainable nuclear energy, and we hope you will be a part of that future.
Water Optional
Lithium reactors coupled to sCO2 power conversion systems open the door to dry cooling. Decoupling reactor siting from available water sources lets us bring the energy solution to the problem.
Commercial LEU Fuel
LFLEUR is powered by domestically available commerical fuel supplies.
Fuel Leasing Program
We retain ownership of the fuel through our leasing program, assuming the responsibility instead of leaving it to our customers. We focus on recertification, so you can focus on providing your customers the energy that they need at an affordable rate.
2040
Operational production reactors coming online in 2040.
Scalable Design
LFLEUR's scalable design allows for sizing from several megawatts, to multi-gigawatt grid scale deployments.
Operational Subsidies
Secondary reactor products allow us to offer our customers operational subsidies, drastically reducing operational costs.
Technical Details
LFLEUR Specifications
LFLEUR takes the benefits of a molten salt reactor and combines it with a commercially available fuel supply. The following specifications are for the standard LFLEUR design, but design flexibility allows for changes due to siting requirements.
Fuel
LEU
Power
25-100 MWe
Power Conversion System
sCO2 Brayton
Cooling Options
Dry or Wet
Efficiency
> 42%
Reactor Outlet Temp
650°C
Reactor Inlet Temp
500°C
Reactor Pressure
<10 bar
Reactor Structure
Hastelloy N
Moderator
Carbon
