Vessel Mounting Details TRIZ Cases
- Predictive Control of Cryogenic Hydrogen Tank Dispensing
Vehicle use and environmental data guide tank conditioning to limit pressure swings, improve hydrogen dispensing, and reduce refueling downtime.
- Supercritical Hydrogen Distribution for Aircraft High-Pressure Delivery
Tank heating and a primary heat exchanger maintain supercritical hydrogen pressure for consistent aircraft delivery without phase changes.
- Liquid-Piston Gas Cooling for Isentropic Hydrogen Expansion
A liquid piston enables isentropic gas expansion, reducing hydrogen refueling cooling capacity requirements by 50–100%.
- Aircraft Hydrogen Supply Venting for Leak Containment
Double-walled hydrogen pipelines, shut-off valves, sensors, and venting help contain leaks and reduce hydrogen concentration in aircraft.
- Liquid Hydrogen Centrifugal Pump With Dual Subcooling for Cavitation Control
Upstream and downstream subcooling raises available NPSH, limiting cavitation and hydrogen vaporization during transfer to a higher-pressure vessel.
- Solid-Hydrogen Fuel Storage Level Estimation Without Flow Meter
Temperature and pressure sensing replace a flow meter to estimate solid-hydrogen fuel remaining in real time and display the result.
- Receiving Vessel Cascade Filling With Pressure-Matched Gas Flow
Pressure matching pairs supply and receiving vessels to limit decompression heating and avoid compressor use during cascade hydrogen refueling.
- Gas Tank Disconnection with Supply-Pipe Pressure Purging
Residual pressure in the supply pipe can cause noise during tank removal; staged valve control lowers pressure before disconnection.
- Parallel Unit Hydrogen Storage With Gravity-Driven Thermal Flow
Parallel unit containers and gravity-driven thermal fluid flow help equalize temperature, reduce pumping needs, and improve hydrogen storage efficiency.