Hydrogen Production TRIZ Cases
- Hydrogen Plant Shutdown Sequencing for Reforming Catalyst Protection
This shutdown sequence lowers reformer temperature before stopping process gas, reducing catalyst shock, venting, and downtime.
- Activated Aluminum Hydrogen Generation with Gallium-Indium and Imidazole
This case uses gallium-indium alloying and imidazole to disrupt oxide passivation and accelerate hydrogen generation from aluminum.
- Ceramic Catalyst Modules With Resistance Heating for Hydrogen Reforming
Resistance-heated ceramic catalyst modules enable flexible, lower-emission hydrogen reforming.
- Arc Plasma Reactor with Segmented Catalyst Zone for CO2 Reforming
A rotating arc plasma and separated catalyst zone reform CO2 and methane with stable conversion and less carbon buildup.
- Flood Reactor Liquid-Level Control for Hydrogen Pressure Regulation
This reactor varies liquid height to control reactant exposure, sustain hydrogen output, and prevent damaging pressure buildup.