Highly Selective CO Conversion to Methanol in a Bifunctional Zeolite Catalytic Membrane Reactor.

The hydrogenation of sequestrated CO to methanol can reduce CO emission and establish a sustainable carbon circuit. However, the transformation of CO into methanol is challenging because of the thermodynamic equilibrium limitation and the deactivation of catalysts by water. In the present work, different reactor types have been evaluated for CO catalytic hydrogenation to methanol.

Synthesis of Co O /Carbon Heteroaerogels with Ultrahigh Capacitance via Polyethyleneimine Intercalation of Co BIM Nanosheets.

The development of metal-organic frameworks (MOFs)-based supercapacitors have attracted intense concentration in recent years due to their regularly arranged porous and tunable pore sizes. However, the performance of the MOFs-derived supercapacitors is also low because of their poor electrical conductivity and rarely accessible active sites. In the present work, we developed a Co-MOF (namely Co BIM , BIM=benzimidazole) nanosheets derived Co O /nitrogen-doped carbon (Co BIM -Co O /NC) heteroaerogel as a novel supercapacitor electrode.