Water electrolysis enhanced by super gravity field for hydrogen production

Effect of Super-gravity Field on Grain Refinement and Tensile Properties of Cu–Sn Alloys

“…Considering the fact that the most remarkable characteristic is that super-gravity can significantly promote the relative motion between solid-liquid, gas-liquid and liquid-liquid because of the difference in density. [27][28][29][30][31][32][33] What's more, our previous study 24) reported that the "crystal rain" caused by super-gravity was contributed to the mechanism of the grain refinement of Al-Cu alloys. Therefore, it is expected that a similar mechanism is occurring in super-gravity field as a result of the moving behavior of crystal nuclei.…”

Polymer anion selective membranes for electrolytic splitting of water. Part I: stability of ion-exchange groups and impact of the polymer binder

“…In addition, if non-renewable electricity generation is used, it results in higher CO 2 emissions related to hydrogen production compared to natural gas steam reforming. Due to these economic and environmental aspects, nowadays hydrogen is mainly produced from fossil fuels [2].…”

Modeling of bubbles hydrodynamics and mass transfer in electrochemical gas-evolving systems

“…The study results show a good linear relation between the value of G value and the cell voltage E at a given current density, which can be expressed as follows [160]:…”

“…The imposed centrifugal fields increases the electrochemical cell performance by creating creates an acceleration environment at both the electrode and bulk. [129,[160][161][162][163]. The rotational motion works along with the interphase buoyancy force, ∆ρg, to improve the bubbles removal from the electrode surface by increasing the interphase slip velocity between the gas and the solid surface of the electrode.…”

“…Wang et al [160,162] reported that under the presence of super gravity field the formed bubbles in a hydrogen evolution reaction has smaller critical radii, and the rotation acceleration allows a rapid bubble disengagement or spillover from the electrode surface. They investigated the applicability of G variations in electrochemical systems.…”