Methane pyrolysis is a potential low-emission hydrogen production method by splitting CH 4
from natural gas or biogas into H 2 gas and solid carbon (CH 4→ 2H 2+ C). The utilization of …

The increasing demands of hydrogen and the recent discovery of large reserves of methane
have prompted the conversion of methane to hydrogen. The challenges raised by intensive …

Lignocelluloses' pretreatment is targeted for the improvement of hydrolysis of their
carbohydrates, ie, cellulose and hemicelluloses. Modification of the hardheaded structure of …

The rampant global energy demand is predominantly met by fossil fuels, resulting in the
reduction of their supply and an alarming increase in greenhouse gas (GHG) emissions …

With increasing global warming awareness, layered double hydroxides (LDHs),
hydrotalcites, and their related materials are key components to reduce the environmental …

The thermocatalytic decomposition (TCD) of methane is considered as a milestone towards
the production of valuable CO x-free hydrogen and carbon nanomaterials without the use of …

The reliance on natural gas as a fossil fuel often overshadows its potential for clean energy
transformation. In contrast with the steam methane reforming (SMR) process, renowned for …

The production of hydrogen to be used as an alternative renewable energy has been widely
explored. Among various methods for producing hydrogen from hydrocarbons, methane …

Decarbonization of the energy sector is a topic of paramount importance to avoid irreversible
global warming. Hydrogen has been considered as the most suitable option to replace fossil …

Toluene, as one of the representative biomass tar model compound, has been widely
chosen for investigation of biomass tar reforming. Herein, novel Ni/(Mg, Al) O x (Ni/MAO) …