Bimetallic PtPd nanoparticles relying on CoNiO2 and reduced graphene oxide as a most operative electrocatalyst toward ethanol fuel oxidation

Optimized Electrodeposition of Ni2O3 on Carbon Paper for Enhanced Electrocatalytic Oxidation of Ethanol

“…In response to the escalating challenges posed by fossil energy consumption and environmental pollution, there has been a heightened focus on the development and adoption of novel and environmentally friendly energy sources. − Ethanol, characterized as a biomass derived liquid fuel, stands out as a promising renewable energy option and a key green chemical raw material. It has also emerged as a viable alternative to H 2 . , The advantages of ethanol as a fuel are evident; it boasts enhanced safety during transportation and storage compared to H 2 , exhibits low toxicity relative to other alcohols, and its cost-effective production through the fermentation of sugar-containing raw materials is well-established. , Furthermore, ethanol possesses a high energy density, with complete oxidation yielding 8.0 kW h kg –1 , , rendering ethanol fuel cells a compelling prospect for renewable electrochemical energy conversion …”

Plant‐mediated fabrication of cobalt oxide nanoparticles and evaluation of their catalytic effects on electro‐oxidation of formaldehyde

“…Transition metal oxides are attractive electrocatalysts for electrochemical systems, because of their high electrocatalytic activity and low cost [23]. So that they can be selected as the promotor [24,25], and catalytic component [26] for electrochemical oxidation reactions.…”

Interstitial Hydrogen Atom Modified PdPt Nanosheets for Efficient Ethanol Electro-oxidation with High C–C Bond Cleavage Selectivity

“…In the previous work, we found the Au–Pd alloy structures exhibiting great activities toward EOR compared to the pure Pd counterparts . In the meantime, other researchers explored a series of Pt–Pd bimetallic nanoparticles to improve alcohol oxidation, the morphology of which includes irregular, nanocube, octahedral, and nanoflower shapes. − Nevertheless, the challenge remains due to the high cost and low reserve of noble metal Pd and Pt, and thus high-performance electrocatalysts with maximized Pd and Pt utilization are highly desirable.…”