The selective hydrodeoxygenation of lignin as a substitute for fossil resources into aviation fuel-range cycloalkanes faces significant challenges due to its complex structure and diverse reaction pathways. Herein, we introduced MoOx species onto Ni nanoparticles-loaded Beta zeolite (Ni-0.2MoOx/Beta), which catalyzed...
In the chemical pulping of lignocellulose, a substantial amount of black liquor (pH 14) is generated as a byproduct. Acid precipitation treatment can be used to convert black liquor into low-molecular-weight kraft lignin, which has potential for producing aviation fuel-range cycloalkanes. In this study, an Ni-doped M...
Beyond rational design of active sites, regulation of the local chemical environment of electrocatalysts to promote the reactant transport dynamics is crucial for enhancing the reaction kinetics, which faces significant limitations owing to the rigid hydrogen‐bond networks formed by interfacial water molecules. Here,...