Room temperature hydrogen production from water in auto-electrolytic process

Local probe investigation of electrocatalytic activity

“…204 It's worth mentioning that the topographical alteration did not signicantly affect the currents measured at the microelectrode, because the HOR is not a diffusion-controlled reaction on the Pt surface. The aforementioned outcome can be very important when it comes to the efficiency of systems that are based on Mg. 205,206 A widely investigated catalyst for the hydrogen evolution reaction is molybdenum disulphide (MoS 2 ), [207][208][209] in which the edge sites play an active role in the HER, 210 while the basal planes were considered inert 211 until they were activated through creation of sulphur vacancies. 144,212 Li et al 211 employed SECM in SG/TC mode in combination with multiphysics modelling in order to study the kinetics of S vacancies on monolayers of MoS 2 , using the following conditions: 0.1 M HClO 4 electrolyte, 25 mm diameter Pt UME at d ¼ $4 mm and d ¼ $5 mm for SV-MoS 2 (unstrained area) and V-MoS 2 (strained area) respectively.…”

Effects of hydrogen and oxygen enrichment on performance and emissions of an SI engine under idle operating condition

“…Although some researchers [61] studied about hydrogen production via water electrolysis, there isn't enough study in the literature using water electrolyser method directly in internal combustion engines. In this study, hydrogen was produced and consumed simultaneously to eliminate the necessity of storage device.…”

Effects of magnetic field and pulse potential on hydrogen production via water electrolysis

“…In the related literature concerned about hydrogen gas production by water electrolysis, Kundu et al explored the auto‐electrolytic process of hydrogen gas by using Mg and stainless steel as electric polar. Kiuchi et al used the current interrupter method to investigate the ohmic resistance of bubbles near Pt electrodes under microgravity.…”