Energy Input TRIZ Cases

See how superheated steam melts and atomizes aluminium to bypass the oxide layer, enabling effi

See how melting and atomizing aluminium with superheated steam removes the protective oxide lay

Stress-cycled shape memory alloy modules recover latent heat between cycles to raise solid-state cooling power and efficiency.

Separating reforming from membrane hydrogen removal and reusing retentate heat cuts energy loss while delivering high-purity fuel-cell hydrogen.

Pyrolysis, electrolysis, and a direct carbon fuel cell are integrated to make aluminum, hydrogen, power, and sequestration-ready CO2.

Ultrasonication and hydrothermal growth produce monodisperse octahedral BiVO4 with better charge separation and stable water oxidation.

An inert gas loop evaporates ammonia, recovers reactor heat, and improves safe, commercial-scale hydrogen output with lower energy loss.

Ultrasonication and hydrothermal treatment shape tetragonal octahedral BiVO4 particles to raise photocurrent in visible-light water splitting.

Steam-assisted ammonia vaporization bridges low-temperature start-up until effluent gas heat recovery can sustain efficient hydrogen production.

Injecting a cooling medium into vaporized ammonia limits overheating and steel nitridation during hydrogen production from ammonia.

Hot flue gas preheats and vaporizes ammonia feed to cut waste heat loss, reduce ammonia consumption, and improve hydrogen production efficiency.