Dry reforming of methane (DRM) is widely studied as one of the potential routes for syngas
production from two greenhouse gases (CH 4 & CO 2) and can reduce the net emission of …

Non‐oxidative dehydroaromatization is arguably the most promising process for the direct
upgrading of cheap and abundant methane to liquid hydrocarbons. This reaction has not …

Carbon deposit during the catalytic oxidation of volatile organic compounds (VOCs) is a key
factor to restrict long-term stability of catalysts. Herein, a modified ordered porous catalyst …

The establishment of heterojunctions between phase interfaces is an important strategy to
enhance catalytic activity, but the behavior of charge transfer and exciton dissociation is …

Natural gas, the cleanest fossil fuel, is an abundant source of methane and expected to play
an increasingly important role in powering the world's economic growth over the energy …

The challenges in direct methane conversion to higher-value chemicals include rapid
catalyst deactivation and comparatively low single-pass conversion. The most important step …

Sulfated zirconia (SZ) and its modified versions attract great interest in recent years,
because of their promising potential in n‐alkane isomerization. The oxidative and …

Non-oxidative conversion of methane over iron atoms on silica can provide a potential
catalytic route to directly produce ethylene. However, its mechanism remains elusive …

Abstract The Mo/HZSM-5 catalyzed, non-oxidative methane dehydroaromatization reaction
provides a promising direct approach for production of benzene as well as naphthalene from …

Abstract La 2 Zr 1.44 Ni 0.56 O 7-d (LNZ6), La 1.95 Ca 0.05 Zr 1.44 Ni 0.56 O 7-d (LCNZ6),
La 1.95 Sr 0.05 Zr 1.44 Ni 0.56 O 7-d (LSNZ6) catalysts were investigated for DRM reaction …