Hydrophobic dual metal silicate nanotubes for higher alcohol synthesisChen G.,
Syzgantseva O.A.,
Syzgantseva M.A.,
Peng L.,
Stoian D.,
Li M.,
Akpinar I.,
Yan G.,
Xue T.,
Lyu Q.,
Wang Z.,
Lei T.,
Zeng X.,
Lin L.,
Yang S. was synthesized successfully for
higher alcohol synthesis (HAS). The tubular CuCoSNTs-c was constructed
Higher alcohols synthesis from syngas and ethanol over KCoMoS2–catalysts supported on graphene nanosheets) in
synthesis gas and ethanol conversion (separately) to
higher alcohols (HAS) and other oxygenates has been
Carbon-supported kcomos2 for alcohol synthesis from synthesis gas with carbon increases the selectivity to
alcohols, but the AC-supported catalysts show even
higher alcohol Synthesis of Higher Alcohols on Silver-promoted LaCo- and LaCoCu-Perovskites, the activity and selectivity for
higher alcohols increase from 6 to 23 %. The maximum interaction of cobalt
Transfer Hydrogenation of Furfural to Furfuryl Alcohol Under Microwave Irradiation Using Mixed Oxides. The mixed oxide containing Co2+ showed complete conversion of furfural and
higher yields to furfuryl
alcohol