Photocatalysis has been regarded as “21st century dream technology” and inspired
increasing scientific interest due to their environmental and economic applicability. Due to …

Deep eutectic solvents (DESs) have recently emerged as a promising reaction medium for
the synthesis of inorganic nanocrystals with controlled size and morphology. This review …

Direct converting low concentration CO2 in industrial exhaust gases to high-value multi-
carbon products via renewable-energy-powered electrochemical catalysis provides a …

Imidazolium-based ionic liquids have led to enhanced CO2 electroreduction activity due to
cation effects at the cathode surface, stabilizing the reaction intermediates and decreasing …

Hydrophobic ionic liquid (HIL) engineering on the catalyst surface represents a simple yet
potent direction for optimizing the CO2 electroreduction performance. However, the pivotal …

Carbon dioxide electrocatalytic reduction rates are strongly impacted by the choice of
electrolyte, but most studies have focused on aqueous systems. It is now reported that in non …

Electrochemical CO 2 reduction reaction (ECO 2 RR) under high current conditions in
alkaline systems is commonly hindered by salting-out effects and low carbon utilization …

As the key to open the Pandora's box of gas efficient capture, water-based porous liquids
have doubled the popular attention. Nevertheless, the synthesis of water-based porous …

Bioelectrochemical synthesis is emerging as an ecofriendly method for CO2 fixation,
typically using electrochemically regenerated NAD (P) H to supply reducing equivalents for …

In this study, we developed a sustainable nanocatalyst, AXFe, by functionalizing magnetite
nanoparticles with an alginate-xanthine conjugate (AX). This hybrid material combines …