Electrocatalytic water splitting has appeared to be a sustainable green technology for
hydrogen and oxygen production, and noble metal-based electrocatalysts, like Pt for …

In the last decades, 4-nitrophenol is regarded as one of highly toxic organic pollutants in
industrial wastewater, which attracts great concern to earth sustainability. Herein, atomically …

To produce clean and green hydrogen energy from electrolytic water, better electrocatalytic
materials need to be developed. Herein, we reported the development of a Ti3C2 MXene …

Carbon nanomaterials (CNMs) are rapidly emerging in materials science research due to
their widespread environmental applications. They are useful for environmental pollutants' …

Charge redistribution across heterointerfaces is an important tactic to enhance the catalytic
activities and bifunctionality of hybrid catalysts, especially for green hydrogen production …

Alkaline electrocatalysts for hydrogen evolution reaction (HER) are important for
applications requiring long lifetime and strong catalytic activity. We have successfully …

Transition metal sulfides (TMSs) are promising electrode materials due to their high
theoretical specific capacitance, but sluggish charge transfer kinetics and an insufficient …

We report the synthesis of a new effective cobalt-based composite for catalytic reduction of
water pollutant-p-nitrophenol. ZIF-67 and its Zn-substituted analog have been used as …

The world is moving towards a more sustainable future, and hydrogen is emerging as a key
player in this transition. Hydrogen production through the use of electrocatalysts is becoming …

Nanostructured materials with unique structural properties have attracted the interest of
researchers, because these materials are rich in active sites, offer enhanced ion transport …