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This Special Issue reprint covers the most recent advances in nanoalloy electrocatalysts, concerning not only the synthesis, characterization, and modeling, but especially reports of their activity, functionality, durability, and low cost.

Technology: general issues --- History of engineering & technology --- Energy industries & utilities --- oxygen reduction reaction --- molybdenum carbide --- carbon nanotubes --- carbon xerogel --- alkaline fuel cell --- bifunctional catalyst --- electroless deposition --- fuel cells --- heterogeneous catalysis --- preparation --- carbon nanotube networks --- electrocatalysis --- desorption spectrometry --- hydrogen storage --- nanometrology --- graphene --- nanotubes thread --- palladium --- trimetallic catalysts --- nanoparticle --- borohydride oxidation --- direct borohydride peroxide fuel cell --- kinetic parameters --- intermetallic XRD patterns --- alloy formation --- ethanol electrooxidation --- metal segregation --- borohydride reduction --- oxygen reduction reaction --- molybdenum carbide --- carbon nanotubes --- carbon xerogel --- alkaline fuel cell --- bifunctional catalyst --- electroless deposition --- fuel cells --- heterogeneous catalysis --- preparation --- carbon nanotube networks --- electrocatalysis --- desorption spectrometry --- hydrogen storage --- nanometrology --- graphene --- nanotubes thread --- palladium --- trimetallic catalysts --- nanoparticle --- borohydride oxidation --- direct borohydride peroxide fuel cell --- kinetic parameters --- intermetallic XRD patterns --- alloy formation --- ethanol electrooxidation --- metal segregation --- borohydride reduction

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This reprint is a compilation of the articles submitted in the Special Issue entitled, “Heterogeneous Photocatalysis: A Solution for a Greener Earth”, from the journal Catalysts, which presents an overview of the latest advances in the development of innovative photocatalytic processes.

Technology: general issues --- History of engineering & technology --- Environmental science, engineering & technology --- Ce-modified ZnO --- electron microscopy --- methylene blue (MB) degradation --- photoluminescence --- photocatalysis --- TiO2 --- sol–gel process --- SiO2 --- Pd-modification --- activation treatments --- CNS-doped TiO2 --- NaYF4:Yb,Er --- upconversion phosphor --- UV-Vis–NIR photocatalysis --- NiTiO3 --- g-C3N4 --- composite photocatalyst --- recombination --- photodegradation --- charge separation efficiency --- coagulation --- landfill leachate --- reverse osmosis concentrate --- photo-Fenton --- LED --- lime precipitation --- ambient crystallization --- Zr/N doping --- titania --- aqueous sol-gel process --- p-nitrophenol degradation --- maprotiline --- advanced oxidation processes --- LC/HRMS coupling --- structural elucidation --- kinetics --- ecotoxicity estimations --- 6-mercaptopurine photodegradation --- wastewater --- cytostatic --- emerging pollutants --- sol–gel synthesis --- peptization --- doping --- pollutant degradation --- mild temperature --- tri-doped TiO2 --- thiacloprid --- water treatment --- nano-Ag–TiO2 nanostructured nanofibers --- electrospinning --- UV-visible light assisted photocatalytic activity --- photodegradation kinetics --- antimicrobial activity --- nanoparticles --- semi-pilot plant --- fabric --- green synthesis --- nickel oxide --- oxygen evolution reaction --- electrocatalysts --- mesoporous titania --- glass fiber --- contaminants of emerging concern --- high resolution mass spectrometry --- transformation products --- ligand-to-metal charge transfer --- anatase --- oxygen-based bidentate diketone --- sol-gel --- TGA-MS --- remediation of aqueous pollutants --- smectite --- adsorption --- pollutant removal --- environment remediation --- trimetallic --- iron oxide --- photocatalytic --- magnetic --- alcohol --- oxidation --- n/a --- sol-gel process --- UV-Vis-NIR photocatalysis --- sol-gel synthesis --- nano-Ag-TiO2 nanostructured nanofibers