NiFe-LDH coated NiSe/Ni foam as a bifunctional electrocatalyst for overall water splitting

Hydrogen energy, heralded as a novel, clean, and highly efficient energy source, stands at the forefront of initiatives aimed at decarbonizing and fostering a sustainable carbon-neutral economy. Recent strides in hydrogen production through water splitting have marked significant progress, leveraging its inherent benefits, such as zero carbon emissions, safety, and exceptional product purity. Despite these advancements, challenges persist in surmounting the substantial energy barrier and watersplitting costs. Many efficient electrocatalysts have been innovatively designed and reported to address these hurdles. However, the translation of these advances into industrial-scale applications faces multifaceted obstacles. Urgent demands for highperformance electrocatalysts meeting industrial standards underscore the imperative for a deeper comprehension of water-splitting systems. This review delves into the latest developments in water electrolysis, synthesizing experimental findings and promising strategies with different electrochemical parameters along with high entropy metals, doping engineering, interface construction, and defect engineering. Despite considerable strides in creating efficient watersplitting electrocatalysts and numerous recent investigations, numerous challenges persist, impeding the widespread industrial implementation of electrolytic water splitting. By providing a comprehensive overview, this review aims to furnish a knowledge-driven framework in fundamental science while fostering inspiration for technical engineering endeavors to craft efficient electrocatalysts tailored for water splitting.

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NiFe-LDH coated NiSe/Ni foam as a bifunctional electrocatalyst for overall water splitting

Abstract: Electrocatalytic water splitting is promising for renewable hydrogen production, yet relies on the development of a highly active and stable electrocatalyst. Herein, we report the construction of a bifunctional heterostructure...

Cited by 2 publications

References 55 publications

Electrochemical upgrading of PET plastic wastes for hydrogen production using porous Fe–Ni2P nanosheets

Electrochemical upgrading of PET plastic wastes for hydrogen production using porous Fe–Ni2P nanosheets

Recent Advances in Electrochemical Water Splitting Electrocatalysts: Categorization by Parameters and Catalyst Types

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