Ethylene is a crucial industrial feedstock in the petrochemical sector. However, the presence
of a small amount of acetylene impurities in ethylene products will directly affect the next …

Selective electrochemical hydrogenation of alkynes to alkenes under ambient conditions is
a promising alternative to the traditional energy‐intensive and high‐cost thermocatalytic …

Tuning the crystal-phase of bimetallic particles enables a precise control of catalytically
active sites but is experimentally challenged by the averaging ensemble effects that are …

Alkyne semihydrogenation is a broadly important transformation in chemical synthesis.
Here, we introduce an electrochemical method for the selective semihydrogenation of …

Catalytic hydrogenation is the key measure to remove traces of acetylene in ethylene in the
petroleum industry. Herein we report a highly selective and stable nanocatalyst, Pd1Ag3 …

Electrochemical semihydrogenation (ESH) of alkynes to alkenes is an appealing technique
for producing pharmaceutical precursors and polymer monomers, while also preventing …

Selective semi-hydrogenation of acetylene is an extremely important reaction from both
industrial and theoretical perspectives. Palladium, due to its unique chemical and physical …

Selective hydrogenation of alkynols to alkenols is an essential process for producing fine
and intermediate chemicals. Currently, thermocatalytic alkynol hydrogenation faces several …

Alcohol-based disinfectants have protected people in the coronavirus disease 2019 (COVID-
19) pandemic, but olfactory stimuli of ethanol may evoke unpleasant memories associated …

Semihydrogenation of trace acetylene in an ethylene gas stream is a vital step for the
industrial production of polyethylene, in which Pd single-site catalysts (SSCs) have great …