Generation of hydrogen free radicals from water for fuels by electric field induction

A Supplement of GFEDF Based on Water Splitting for Hydrogen Fuels

“…The correctness of the result contracting to GFEDF is supported by the facts that: in the fields including artificial photosynthesis [24,25], photo catalyst reaction [19,20,26,27], enzyme catalyzed reaction [28] and electrocatalytic reaction [29,30], many nonspontaneous reactions can be achieved without work from outside environment. Instead of work, light and heat are the energy to make the reactions occur under catalyst.…”

Effect of organic loading rate on dark fermentative hydrogen production in the continuous stirred tank reactor and continuous mixed immobilized sludge reactor from waste pastry hydrolysate

“…Hydrogen production can be divided into physiochemical and biological methods (Nong et al, 2015). Physiochemical hydrogen production (such as electrolysis and carbohydrate pyrolysis) requires not only enormous production costs, but also greater consumption of the fossil fuels (Clark et al, 2015).…”

Fenton-mediated thermocatalytic conversion of CO2 to acetic acid by industrial waste-derived magnetite nanoparticles

“…[26][27][28] It must be noted that H 2 was evolved, as confirmed by GC, which can be formed by the recombination of H , easily. 29 Additionally, this H 2 can also generate more H by reacting with OH radicals. 29,30 This further facilitation of H in a high amount had an enhanced effect on the CO 2 conversion or hydrogenation.…”

“…29 Additionally, this H 2 can also generate more H by reacting with OH radicals. 29,30 This further facilitation of H in a high amount had an enhanced effect on the CO 2 conversion or hydrogenation. 31 The main part of the mechanism includes utilization of the above-mentioned reactive species formed by H 2 O 2 and Fe 3 O 4 -NP.…”