Heterogeneously Functionalized Electrode Materials for Energy Conversion and Storage Processes

Abstract

Heterogeneous-based functionalized nanocomposite materials have attracted considerable attention in both energy storage and conversion processes due to their fast electron transfer process and their long life cycles. Herein, we discuss different kinds of techniques, which are used for the fabrication of carbon-based nanocomposites like sol-gel, hydrothermal (HT), in-situ polymerization and electrochemical methods, etc. In particularly, functionalized carbon decorated nanocomposites have been focused on the designing and development of rational candidate for future energy technologies. In particular, the highlighted nanocomposites have attracted more attention in the energy technology area because of their larger electrode surface area, high mechanical strength, excellent electrochemical properties, and rapid electrochemical redox behaviour. Considerable advancements in the combinations of nanoscale-based composite devices offer potential for the development of new energy storage technology to fulfill the global energy demands. Finally, we summarize the recent advantages of carbon supported composite, which significantly enhanced their electrochemical energy storage properties like high capacitance and boosted specific capacitive values.

Harnessing the power of MXenes: a comprehensive exploration of their photocatalytic potential in mitigating hazardous dyes and CO2 reduction

“…MXenes present promising opportunities in this regard due to their versatile chemistry and potential for property tuning [171]. The surface terminations of MXenes, such as hydroxyl, oxygen, or fluorine, contribute to their hydrophilicity and enhance their adsorption capabilities [172]. In the realm of sustainable carbon dioxide reduction strategies, MXenes have paved the way for new possibilities [173].…”