The effects of Ni particle size (d Ni∼ 22–45 nm) of Ni/Ce 0.8 Ti 0.2 O 2-δ on the carbon
paths in the dry reforming of methane at 750° C have been investigated by various transient …

To fully exploit the potential of decarburization in the transport sector (eg, electric vehicles
(EV)) and energy sector (eg, building energy system), this paper proposes a new concept of …

CO2 reforming of methane (CRM) can effectively convert two greenhouse gases (CO2 and
CH4) into syngas (CO+ H2). This process can achieve the efficient resource utilization of …

Abstract The South China Sea is rich in oil and gas resources, accounting for one-third of
China's total oil and gas resources. However, the natural gas there has high concentration of …

Enhancement of sintering resistance is key to the application of iron-based oxygen carriers
in chemical looping CO 2 conversion processes. This drives research to seek the origin of …

Reaching carbon neutrality needs global actions in various industry sectors. Building energy
systems and electric vehicles (EV) are two main contributors to the decarbonization in the …

The ways of targeted design of effective nanocomposite catalysts based on metal oxide
systems and zeolites, in particular BEA type, for the processes of dry/super-dry conversion of …

This paper presents economic value estimation of improved biogas utilization systems of
public wastewater treatment plants in Republic of Korea. Since a large amount of biogas …

La/Mg ratio was evaluated in Ni–Mg–La–Al catalysts for the biogas dry reforming. The
reactions were carried out in a fixed bed tubular reactor using synthetic biogas (70% CH 4 …

This work presents a process optimization study for the production of H2 and methanol via
dark fermentation. A kinetic model is developed for dark fermentation, and it is implemented …