Despite the potential of dry reforming of methane (DRM) to valorize CH 4 and CO 2 into
syngas, it must face the rapid catalyst deactivation and competition between reactions that …

The abundant rice husk agrowaste possesses a silicon-rich composition in the form of
natural biogenic silicon/carbon blend. This unique property of rice husk (RH) enables the …

Green hydrogen synthesis has attracted researchers due to energy resource applications.
Non‐renewable energy sources have been found to be incapable of meeting energy …

The thermocatalytic decomposition of methane is a promising method to produce CO x-free
hydrogen. The spinel powders with the common formula of AB 2 O 4 and unparalleled …

As interest in natural biogenic silica nanoparticles (NPs) from rice husks grows, it is
important to know how their preparation (ie, combustion, acid leaching, or alkali extraction) …

Rice husk is a waste generated in large quantities in various countries, although its reuse is
limited due to low nutritional quality and high silica content. Therefore, this study sought to …

In order to solve the pollution problem of agricultural waste and realize the harmlessness,
reduction and resource of abandoned rice husk, silica was successfully extracted from rice …

This novel study has demonstrated an economical and sustainable solution to utilize the
industrial waste of coal gasification ash (CGA) for the preparation of co-precipitated Ni and …

The thermocatalytic decomposition of methane is a promising method for hydrogen
production. To determine the cause of carbonaceous catalyst deactivation and to produce …

A bio-catalyst made of natural resources, such as Carica papaya latex, is very challenging
for nanoparticle separation. In addition, differences in thermal conditions between …