Direct seawater zinc‐air batteries (S‐ZABs), with their inherent properties of high energy
density, intrinsic safety, and low cost, present a compelling avenue for the development of …

Developing metal‐free carbon catalysts is critical to achieve the electrosynthesis of
hydrogen peroxide (H2O2) via two‐electron oxygen reduction reaction (2e− ORR) using …

With the development of carbon neutrality strategies, highly polluting and non–renewable
fossil fuels are gradually being replaced by electrochemical energy storage systems …

Single-atom-based catalysts are a promising catalytic system with advantages of molecular
catalysts and conductive supports. In this work, a new hybrid material (CoF/NG) is produced …

The unsatisfactory oxygen reduction reaction (ORR) kinetics caused by the inherent lean-
oxygen marine environment brings low power density for metal-dissolved oxygen seawater …

Developing seawater‐compatible hydrogen peroxide electroproduction technologies is
crucial for advancing marine resource utilization in coastal regions. However, designing …

In this work, iron/cerium doped ZIF-derived N–C nanocomposites (Fe x Ce y@ N–C) were
fabricated and their application as efficient cathode catalysts was systematically evaluated in …

Transition metal nitrogen-doped carbon composite materials are promising candidates for
electrocatalytic oxygen reduction reaction in alkaline media. Among the materials, Co-based …

Electrolysis of water for producing hydrogen is an effective and sustainable technique to
meet the continuously increasing energy demand. Nevertheless, its advancement is …

Metal recovery coupled with CO2 mineralization from sustainable sources, such as
seawater, has garnered significant attention from environmental science and resource …