Copper (Cu)-containing catalysts are preferable in the methanol steam reforming (MSR)
process because of their abundant sources, low cost, and high low-temperature activities …

The flow state has an important influence on the carbonaceous deposition for coking
formation process. To study the flow of heavy oil droplets and catalyst particles in FCC …

Chemical recycling enables plastics to be a part of the circular economy as it can cope with
contaminated as well as mixed plastics waste. Herein, two important discoveries are …

The incineration bottom ash (IBA) was impregnated with nickel to catalyze toluene (tar
surrogate) steam reforming. A toluene conversion of> 80% was achieved at 800℃ without …

Solid oxide fuel cells are one of the most attractive fuel cell technologies, promising to
establish off-grid distributed power systems in remote areas. On-site hydrogen production …

Petroleum coke is a common industrial waste and is generally considered to be an
amorphous carbonaceous or highly aromatized polymer carbide. In this study, petroleum …

Renewable hydrogen accelerates market use as costs reduce. Bioethanol is a well-
established energy carrier to blend then burn with fossil fuels and is now ready as a …

Graphene and its allotropes have attracted attention due to their special electronic,
mechanical, and thermal properties. Numerous studies investigate their wetting behavior …

This study aims to analyze the coking process and propose an effective method for the
reutilization of fluid catalytic cracking (FCC) coke block. Herein, we analyzed the basic …