A widely used food and flavor compound, δ-decalactone (DDL), was produced from catalytic
transfer hydrogenation of 6-amyl-α-pyrone (6PP), which is a biomass-based platform …

Catalysis has played a crucial role in energy sustainability, environment control, and
chemical production, while the design of high‐performance catalysts is a key scientific …

Dry methane reforming (DMR) is a promising technique aiming at converting two major
greenhouse gases into useful chemical feedstocks. A major challenge in the …

For the sustainable production of fuel, biomass pyrolysis processes have appeared as a
promising alternative for the efficient utilization of biomass. The liquid product obtained from …

The advent of machine learning (ML) techniques in solving problems related to materials
science and chemical engineering is driving expectations to give faster predictions of …

A machine learning (ML) approach implementing the gradient boosting regressor (GBR)
algorithm is applied to predict the binding energies of oxygen (EO) and carbon (EC) atoms …

Electroreductive coupling is an emerging electrochemical pathway for the renewable
upgrading of CO2, CO and biomass derived oxygenates. In particular, electrochemical …

A high-performance Ni-foam-structured FeNi 3-FeO x nanocomposite catalyst is developed
for the ethanol (EtOH) synthesis from syngas via gas-phase dimethyl oxalate (DMO) …

The pristine transition metals (TMs) offer limited choices for high-performance
heterogeneous catalysts because they are usually restricted in less optimal regions on the …

Hydrodeoxygenation (HDO) is a crucial process for the synthesis of biofuels from renewable
biomass. Here, several bimetallic Ni–M/Nb2O5 catalysts (M= Fe, Co, Cu) were synthesized …