CO 2 electrolysis technology powered by renewable electricity is a sustainable strategy to
reduce anthropogenic carbon emissions while producing valuable chemicals. Unfortunately …

The boom of the biodiesel industry has led to an oversupply of by-product glycerol as a
direct consequence, which has been detrimental to its market value. The chemical reactivity …

Catalytic oxidation of biomass platform molecule to high value-added products has attracted
considerable attention. In this work, we report a platinum nanoparticles supported on …

Palladium catalysts supported on defective mixes of anatase, TiO 2 (II) and rutile crystalline
phases, previously obtained by high-energy ball milling, were synthesized and tested for …

The electrocatalytic glycerol oxidation reaction (GOR) is an efficient way to reduce the
overpotential of the anodic reaction of electrocatalytic water splitting with abundant high …

Electro-oxidation reaction of glycerol (GEOR) is a promising and eco-friendly technique for
producing commercially valuable organic acids. In contrast to conventional non-metallic …

With the continuous development of the industrialization process, the reserves of primary
energy sources such as petroleum have sharply decreased. The development of efficient …

Oxidation state of the catalyst is important in determining the activity and selectivity of the
catalyst in complex reaction networks. This effect is investigated here in the context of …

Selective conversion of the surplus glycerol (GLY) to a hydrogen storage material, formic
acid (FA), in heterogeneous catalytic systems is still challenging in the catalysis community …

Chiral carboxylic acid production from renewable biomass by chemocatalysis is vitally
important for reducing our carbon footprint, but remains underdeveloped. We herein …