Land (Stationary Storage)
- Bulk cryogenic storage tanks for industrial gases (LN₂, LOX, LAr, LNG)
- Fixed or transportable tanks for hydrogen and helium storage
Applications
CryoIMS for Every Cryogenic Environment
Applicable Cryogenic Liquids
CryoIMS works for any cryogenic liquid below −30°C — from industrial gases to extreme deep-cryogenic fluids.
LH₂
Liquid Hydrogen −252.9°C
20.3 K
LHe
Liquid Helium −268.9°C
4.2 K
LN₂
Liquid Nitrogen −195.8°C
77.4 K
LOX
Liquid Oxygen −183.0°C
90.2 K
LNG
Liquefied Natural Gas −162.0°C
111.0 K
LCO₂
Liquid Carbon Dioxide −56.6°C
216.6 K
LNH₃
Liquid Ammonia −33.3°C
239.8 K
Especially proven for extreme conditions below −200°C — LH₂ and LHe applications where other sensors fail.
Applicable Containments
CryoIMS integrates into every major class of cryogenic containment — from stationary land storage to mobility, marine, aerospace, and research applications.
Mobility (Transport & Vehicle Tanks)
- ISO cryogenic tank containers (e.g., LHe, LN₂, LOX, LAr)
- Vehicle fuel tanks for hydrogen-powered trucks, buses, trains, and heavy-duty mobility
Marine
- Fuel tanks for LNG- or hydrogen-powered ships
- Cryogenic cargo tanks for LNG carriers and liquid gas transport vessels
Aviation & Aerospace
- LH₂ fuel tanks for hydrogen aircraft, drones, and UAM systems
- Cryogenic propellant tanks for rockets
- Ground storage tanks for launch facilities
Research & Laboratory
- Cryogenic storage dewars and laboratory tanks (LN₂, LHe)
- Superconducting magnet systems (MRI, NMR, particle accelerators)
- Scientific cryogenic experiments and detector systems