FLiBe
A key fluoride salt for fusion breeding blankets, advanced fission systems, and high-temperature heat transfer.
Explore FLiBeHigh-purity halide salts
High-purity, low-corrosivity halide salts for high-temperature systems.
SaltGen develops and produces high-purity, low-corrosivity halide salts for advanced energy and high-temperature industrial applications.
Purity. Chemistry. Data.
01 / The challenge
High-temperature systems depend on salt chemistry.
Molten salts offer unique properties that make them attractive for demanding high-temperature applications. However, impurities and uncontrolled chemistry can significantly increase corrosion and accelerate materials degradation.
Controlling salt chemistry can help maintain system performance, reliability, and asset life. SaltGen provides high-purity, low-corrosivity halide salts designed to help reduce corrosion and support longer-lasting, higher-performing systems.
Impurities, composition, redox conditions, and other chemical variables can influence:
02 / Our technology
High-purity halide salt technology.
Purification, characterization, and analytical capabilities for halide salts in demanding high-temperature environments.
FLiNaK
A versatile fluoride salt for thermal energy systems, electrochemistry, and materials compatibility research.
Explore FLiNaK03 / Why SaltGen
A material problem with system-level consequences.
For many high-temperature technologies, the salt is more than a commodity. Its chemistry can directly affect the performance of the system around it.
High-purity materials
Halide salts with controlled composition and impurity levels.
Chemistry characterization
Analytical capabilities to understand what is in the salt and how its chemistry changes.
Technical expertise
Knowledge of purification, molten-salt chemistry, electrochemistry, and high-temperature materials interactions.
Together, these capabilities can help technology developers establish a more reliable chemical baseline for research, engineering, and qualification.
04 / Applications
Explore applicationsEnabling technologies across multiple high-temperature industries.
01
Nuclear fusion
Tritium-breeding blankets, coolant systems, and high-temperature materials development.
02Nuclear fission
Fuel, carrier, and coolant salts for advanced reactor systems.
03Chemical production
High-temperature chemical and electrochemical processing.
04Mining & separation
Metal recovery, refining, separation, and high-temperature processing.
05Concentrated solar power
High-temperature heat transfer and thermal energy storage.
Investigation of a U(IV)/U(III) Thermodynamic Reference Electrode for High-Temperature Molten Fluoride Salts
Research into high-temperature reference electrodes, FLiBe purification, and reproducible electrochemical measurements.
Read the research overviewDeveloping a high-temperature system?
If salt chemistry is part of your engineering challenge, SaltGen is developing materials and technical capabilities that may help.