Exact(15)
Our study demonstrated a high-performance dual-solid-fuel hydrogen generation system, and may lay a foundation for developing practical hydrogen generators for mobile/portable applications.
Therefore, the Al/NaBH4 mixture activated by La and CoCl2 may be applied as hydrogen generation material and the experimental data lays a foundation for designing practical hydrogen generators.
For polymer electrolyte based devices, it highlights that a strategic simple switch from proton exchange membranes (PEMs) to hydroxide exchange membranes (HEMs) may lead to a new-generation of affordable electrochemical energy devices including fuel cells, electrolyzers, and solar hydrogen generators.
Both Lowe and La Mountain used portable hydrogen generators to inflate their balloons.
It is proposing to retrofit our existing cars with tiny hydrogen generators that work off the car exhaust and supplement existing combustion.
Whereas La Mountain built his own generator, Lowe obtained the support of the Washington Navy Yard to construct large portable hydrogen generators that fit on a standard army wagon.
Similar(45)
To design a hydrogen generator, hydrogen generation rate was measured using the Co-B catalyst as a function of solution temperature, amount of catalyst loading, NaBH4 concentration, and NaOH (a base-stabilizer) concentration.
A simple and reliable control method, differential pressure-driven control, was applied to the hydrogen generator to generate a Hydrogen-On-Demand system.
The monolith supported-catalyst is highly prized in the practical NaBH4-based hydrogen generation system due to simple design of hydrogen generator, controllability of reaction and easy separation from the spent solution.
The mechanisms that limit the total yield of H2 generated and impact the performance of the hydrogen generator are investigated in this paper, including density, solubility and porosity of the reaction byproducts.
Other researchers Subramanian and Javed [18] and Kim et al. [3] applied controlled injections of fuel solution into the hydrogen generator via syringe and piezoelectric pumps, respectively, and indicated that better hydrogen generation control was achieved.
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