Proton exchange membrane and bio-Fenton micro fuel cells for energy harvesting, gas leakage detection, and dye degradation

Abstract

Flexible proton exchange membrane and bio-Fenton fuel cells for the application of energy harvesting, dye degradation and gas leakage sensor.

Enhanced Hydrogen Production during Electro‐Oxidation of Ethanol using Plasmonic Gold Nanoparticles

“…In particular, production of H 2 utilizing environment friendly solar energy has attracted a lot of attention owing to their lesser impact in the surrounding environment. [6][7][8][9][10] An array of diverse photocatalysts has been developed utilizing the efficacies of micro-or nanoscale science and technology [11,12] to split either water or organics to produce H 2 under direct solar radiation. [13] Alternatively, electrosplitting of various H 2 -rich inorganics such as saline water [10] or organics such as alcohols [14] is a very promising technology for large-scale production of H 2 .…”

“…[ 3,4 ] While the synthesis of “clean” H 2 [ 5 ] involving the various renewable resources has been one of the major targets, more efficient conversion of its chemical energy into the electrical one in next‐generation fuel cells [ 6 ] has been the other key aim so far. Subsequently, extensive scientific [ 7 ] and technological [ 8 ] research efforts have been devoted for the generation, storage, and utilization of H 2 fuel. In particular, production of H 2 utilizing environment friendly solar energy has attracted a lot of attention owing to their lesser impact in the surrounding environment.…”